Interest in Applying UF MS and/or MS Application Fee Waiver Request
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GPA
GPA (use 4.00 scale, if international with the following):
A+ = 97-100 = 4.00 A = 93-96 = 4.00
A- = 90-92 = 3.70 B+ = 87-89 = 3.30
B = 83-86 = 3.00 B- = 80-82 = 2.70
C+ = 77-79 = 2.30 C = 73-76 = 2.00
C- = 70-72 = 1.70
For Indian institutions, please use
this GPA conversion table
.
Demographic Information
Ethnicity
American Indian or Alaska Native
Asian
Black or African American
Hispanic
Native Hawaiian or Other Pacific Islander
White
Prefer Not to Answer
Select All That Apply
American Indian or Alaska Native:
a person having origins in any of the original peoples of North and South America (including Central America), and who maintains tribal affiliation or community attachment
.
Asian:
a person having origins in any of the original peoples of the Far East, Southeast Asia, or the Indian subcontinent including, for example, Cambodia, China, India, Japan, Korea, Malaysia, Pakistan, the Philippine Islands, Thailand, and Vietnam.
Black or African American:
a person having origins in any black racial groups of Africa.
Hispanic:
a Hispanic or Latino person of Cuban, Mexican, Chicano, Puerto Rican, South or Central American, or other Spanish culture or origin, regardless of race.
Native Hawaiian or other Pacific Islander:
a person having origins in any of the original peoples of Hawaii, Guam, Samoa, or other Pacific Islands.
White:
a person having origins in any of the original peoples of Europe, the Middle East, or North Africa.
Sex
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Female
Male
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Gender and/or Identities
Female
Male
Transgender
LGBTQ+
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Female:
Identify as a woman.
Male:
Identify as a man.
Transgender:
Having an identity that is non-binary or different than assigned at birth. This includes agender, gender fluid, gender non-conforming, genderqueer, unisex, and others.
LGBTQ+:
Select this option in addition to your gender if you identify as part of the Lesbian, Gay, Bisexual, Transgender, Queer (LGBTQ+) community.
Citizenship
U.S. Citizen
Permanent Resident
International
Country of Citizenship
Other Country
UF MS Program Information
UF MS Degree of Interest
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Masters
Online Masters
MS Program of Interest (Top Choice)
Please select...
Agricultural and Biological Engineering
Biomedical Engineering
Chemical Engineering
Civil and Coastal Engineering
Computer and Information Science and Engineering
Electrical and Computer Engineering
Engineering Education
Environmental Engineering Sciences
Industrial and Systems Engineering
Materials Science and Engineering
Mechanical and Aerospace Engineering
Nuclear Engineering Sciences
Areas of Specialization 1 (Select those that apply)
Please select...
APPROACHES: AI and Data Analytics
APPROACHES: Automation and Robotics
APPROACHES: Decision Support Systems
APPROACHES: Remote and Direct Sensing and Control
APPROACHES: Systems Modeling
APPROACHES: Technology Development and Assessment
DOMAINS: AGRICULTURAL PRODUCTION: Agronomic Management
DOMAINS: AGRICULTURAL PRODUCTION: Animal Systems
DOMAINS: AGRICULTURAL PRODUCTION: Controlled Environments
DOMAINS: AGRICULTURAL PRODUCTION: Field and Specialty Crops
DOMAINS: BIOENERGY/BIOPRODUCTS: Anaerobic Digestion
DOMAINS: BIOENERGY/BIOPRODUCTS: Biofuel Production
DOMAINS: BIOENERGY/BIOPRODUCTS: Bioplastics
DOMAINS: BUILT ECOSYSTEMS: Engineering Urban Soils
DOMAINS: BUILT ECOSYSTEMS: Green Infrastructure
DOMAINS: BUILT ECOSYSTEMS: Stormwater Management and Control
DOMAINS: CLIMATE AND WEATHER: Climate Change
DOMAINS: CLIMATE AND WEATHER: Climate Variability
DOMAINS: CLIMATE AND WEATHER: Forecasting
DOMAINS: CLIMATE AND WEATHER: Trend Identification
DOMAINS: CLIMATE AND WEATHER: Weather Quantification
DOMAINS: FOOD CHAIN SYSTEMS: Food Preproduction/Production Phases
DOMAINS: FOOD CHAIN SYSTEMS: Life Cycle Considerations
DOMAINS: FOOD CHAIN SYSTEMS: Packaging
DOMAINS: FOOD CHAIN SYSTEMS: Transportation and Distribution
DOMAINS: FOOD CHAIN SYSTEMS: Water Reuse
DOMAINS: NATURAL AND HUMAN SYSTEMS: Human Impacts on Natural Systems
DOMAINS: NATURAL AND HUMAN SYSTEMS: Impacts of Natural Systems on Humans
DOMAINS: NATURAL AND HUMAN SYSTEMS: Responses to Change
DOMAINS: PACKAGING: Byproducts of the Packaging Process
DOMAINS: PACKAGING: Extending Shelf Life
DOMAINS: PACKAGING: Food and Non-Food Material Safety
DOMAINS: PACKAGING: Improving End-of-Lifecycle Outcomes for Packaging Materials
DOMAINS: PACKAGING: Innovative Material Variants
DOMAINS: PACKAGING: Preserving Nutritious Value of Foods
DOMAINS: WATER QUALITY AND QUANTITY: Agrochemical and Nutrient Transport
DOMAINS: WATER QUALITY AND QUANTITY: Ecosystem Services
DOMAINS: WATER QUALITY AND QUANTITY: Hydrologic Cycle
BIOMATERIALS AND REGENERATIVE MEDICINE: Bioreactors
BIOMATERIALS AND REGENERATIVE MEDICINE: Cell and Tissue Repair, Regeneration, and Engineering
BIOMATERIALS AND REGENERATIVE MEDICINE: Controlled Release and Drug Delivery
BIOMATERIALS AND REGENERATIVE MEDICINE: Engineered Biomimetic Materials
BIOMATERIALS AND REGENERATIVE MEDICINE: Immunomodulatory Materials
BIOMATERIALS AND REGENERATIVE MEDICINE: Mechanostimulation
BIOMATERIALS AND REGENERATIVE MEDICINE: Micro- and Nanomedicines
BIOMATERIALS AND REGENERATIVE MEDICINE: Nanoscale Thermal Therapy
BIOMATERIALS AND REGENERATIVE MEDICINE: Vascular Patterning
BIOMECHANICS AND BIONICS: Biomechanics at the Cellular, Tissue, Organ, and Organism Levels
BIOMECHANICS AND BIONICS: Bionic Prostheses
BIOMECHANICS AND BIONICS: Gait Analysis, Models, and Interventions
BIOMECHANICS AND BIONICS: Locomotion
BIOMECHANICS AND BIONICS: Musculoskeletal Biomechanics
BIOMECHANICS AND BIONICS: Robotic Exoskeletons
BIOMEDICAL IMAGING AND APPLICATIONS: Biomedical Image Analysis, Simulations, and Modeling
BIOMEDICAL IMAGING AND APPLICATIONS: Biomedical Imaging for Diagnosis and Disease Treatment
BIOMEDICAL IMAGING AND APPLICATIONS: Biomedical Imaging Technologies
BIOMEDICAL IMAGING AND APPLICATIONS: Computational Medical Physics and Dose Assessment
BIOMEDICAL IMAGING AND APPLICATIONS: Signal Processing
BIOMEDICAL IMAGING AND APPLICATIONS: Vascular Patterning
MODELING AND BIOMEDICAL DATA SCIENCES: Biomedical and Clinical Big Data
MODELING AND BIOMEDICAL DATA SCIENCES: Biomedical and Clinical Informatics
MODELING AND BIOMEDICAL DATA SCIENCES: Biomedical Image Computing
MODELING AND BIOMEDICAL DATA SCIENCES: Brain Informatics
MODELING AND BIOMEDICAL DATA SCIENCES: Computer Aided Diagnosis
MODELING AND BIOMEDICAL DATA SCIENCES: Machine Learning
MODELING AND BIOMEDICAL DATA SCIENCES: Multivariate Signal Processing
MODELING AND BIOMEDICAL DATA SCIENCES: Musculoskeletal Modeling
MOLECULAR AND CELLULAR ENGINEERING: Cellular Differentiation
MOLECULAR AND CELLULAR ENGINEERING: Immunopathology
MOLECULAR AND CELLULAR ENGINEERING: Immunotherapies
MOLECULAR AND CELLULAR ENGINEERING: Molecular Self-Assembly
MOLECULAR AND CELLULAR ENGINEERING: Stem Cell Therapies and Engineering
MOLECULAR AND CELLULAR ENGINEERING: Targeted Gene Delivery
MOLECULAR AND CELLULAR ENGINEERING: Technologies for Biomarker Identification & Quantification
NEURAL ENGINEERING: Aging
NEURAL ENGINEERING: Brain and Cognitive Disorders
NEURAL ENGINEERING: Brain Mapping
NEURAL ENGINEERING: Brain-Computer Interfaces
NEURAL ENGINEERING: Cognitive Neuroscience
NEURAL ENGINEERING: Neural Repair
NEURAL ENGINEERING: Neurophysiology
NEURAL ENGINEERING: Neurorehabilitation
NEURAL ENGINEERING: Neurostimulation and Neuromodulation
ADVANCED MATERIALS, DEVICES, AND NANOTECHNOLOGY: Advanced Manufacturing
ADVANCED MATERIALS, DEVICES, AND NANOTECHNOLOGY: Biomaterials, Biomimetic Materials, and Antibacterial Surfaces
ADVANCED MATERIALS, DEVICES, AND NANOTECHNOLOGY: Energy Storage Materials, Semiconductive Materials, and Batteries
ADVANCED MATERIALS, DEVICES, AND NANOTECHNOLOGY: Magnetic Nanoparticles
ADVANCED MATERIALS, DEVICES, AND NANOTECHNOLOGY: Material Performance under Microgravity
ADVANCED MATERIALS, DEVICES, AND NANOTECHNOLOGY: Materials for Drug Delivery, Diagnostics, and Biosensors
ADVANCED MATERIALS, DEVICES, AND NANOTECHNOLOGY: Polymers, Membranes, and Separation Technologies
BIOMOLECULAR ENGINEERING, CELLULAR ENGINEERING, AND SYNTHETIC BIOLOGY: Cell and Tissue Engineering
BIOMOLECULAR ENGINEERING, CELLULAR ENGINEERING, AND SYNTHETIC BIOLOGY: Cell Migration and Cell-Cell Interactions
BIOMOLECULAR ENGINEERING, CELLULAR ENGINEERING, AND SYNTHETIC BIOLOGY: CRISPR and Genetic Engineering Technologies
BIOMOLECULAR ENGINEERING, CELLULAR ENGINEERING, AND SYNTHETIC BIOLOGY: Investigations of Disease, Disorders, and Cancer
BIOMOLECULAR ENGINEERING, CELLULAR ENGINEERING, AND SYNTHETIC BIOLOGY: Nanomaterials and Nanomedicines
BIOMOLECULAR ENGINEERING, CELLULAR ENGINEERING, AND SYNTHETIC BIOLOGY: Protein and Enzyme Engineering
BIOMOLECULAR ENGINEERING, CELLULAR ENGINEERING, AND SYNTHETIC BIOLOGY: Synthetic or Proto-Cells
COMPLEX AND MULTIPHASE FLOW DYNAMICS: Bubbles
COMPLEX AND MULTIPHASE FLOW DYNAMICS: Coacervates and Micelles
COMPLEX AND MULTIPHASE FLOW DYNAMICS: Colloids
COMPLEX AND MULTIPHASE FLOW DYNAMICS: Hydrodynamic Interactions
COMPLEX AND MULTIPHASE FLOW DYNAMICS: Liquid-Liquid Phase Separation
COMPLEX AND MULTIPHASE FLOW DYNAMICS: Microgravity Flow Dynamics
COMPLEX AND MULTIPHASE FLOW DYNAMICS: Pattern Formation
COMPLEX AND MULTIPHASE FLOW DYNAMICS: Rheology
ENERGY, ENVIRONMENT, AND SUSTAINABILITY: Enhanced Oil Recovery
ENERGY, ENVIRONMENT, AND SUSTAINABILITY: Plastics and Plastic Recycling
ENERGY, ENVIRONMENT, AND SUSTAINABILITY: Porous Media
ENERGY, ENVIRONMENT, AND SUSTAINABILITY: Separation Processes
ENERGY, ENVIRONMENT, AND SUSTAINABILITY: Superhydrophobic Surfaces
ENERGY, ENVIRONMENT, AND SUSTAINABILITY: Sustainable Materials and Packaging
ENERGY, ENVIRONMENT, AND SUSTAINABILITY: Water Purification
HETEROGENEOUS CATALYSIS AND SURFACE SCIENCE: Atomistic Behavior of Materials
HETEROGENEOUS CATALYSIS AND SURFACE SCIENCE: Interfacial Chemistry
HETEROGENEOUS CATALYSIS AND SURFACE SCIENCE: Kinetic Studies
HETEROGENEOUS CATALYSIS AND SURFACE SCIENCE: Surface Science
HETEROGENEOUS CATALYSIS AND SURFACE SCIENCE: Zeolites
MODELING, THEORY, AND SIMULATION: Artificial Intelligence
MODELING, THEORY, AND SIMULATION: COMSOL® Modeling
MODELING, THEORY, AND SIMULATION: Density Functional Theory
MODELING, THEORY, AND SIMULATION: Kinetic Modeling
MODELING, THEORY, AND SIMULATION: Mathematical Theory
MODELING, THEORY, AND SIMULATION: Molecular Dynamics Simulations
TRANSPORT, MOLECULAR THERMODYNAMICS, AND ELECTROCHEMICAL ENGINEERING: Charge Dynamics
TRANSPORT, MOLECULAR THERMODYNAMICS, AND ELECTROCHEMICAL ENGINEERING: Complex Diffusion Mechanisms
TRANSPORT, MOLECULAR THERMODYNAMICS, AND ELECTROCHEMICAL ENGINEERING: Corrosion
TRANSPORT, MOLECULAR THERMODYNAMICS, AND ELECTROCHEMICAL ENGINEERING: Diffusiophoresis
TRANSPORT, MOLECULAR THERMODYNAMICS, AND ELECTROCHEMICAL ENGINEERING: Electrochemical Systems for Sensing and Biomedical Applications
TRANSPORT, MOLECULAR THERMODYNAMICS, AND ELECTROCHEMICAL ENGINEERING: Hydrodynamic Instabilities for Materials Processing
TRANSPORT, MOLECULAR THERMODYNAMICS, AND ELECTROCHEMICAL ENGINEERING: Microgravity Transport Phenomena
TRANSPORT, MOLECULAR THERMODYNAMICS, AND ELECTROCHEMICAL ENGINEERING: Mixing
TRANSPORT, MOLECULAR THERMODYNAMICS, AND ELECTROCHEMICAL ENGINEERING: Taylor-Aris Dispersion Electrochemical Impedance Spectroscopy
Coastal and Oceanographic Engineering
Coastal Ecosystem Dynamics
Engineering Education
Geosystems Engineering
Infrastructure Planning & Management (Master’s Only)
Materials & Pavements
Structural Engineering
Sustainable Construction Engineering
Transportation Engineering
Water Systems Engineering
ALGORITHMS: Computational Geometry
ALGORITHMS: Data Structures
ALGORITHMS: Discrete Mathematics
COMPUTER AND INFORMATION SYSTEMSCloud Computing
COMPUTER AND INFORMATION SYSTEMSConcurrency
COMPUTER AND INFORMATION SYSTEMSEmbedded Systems
COMPUTER AND INFORMATION SYSTEMSEnergy-Aware Computing
COMPUTER AND INFORMATION SYSTEMSHigh Performance Computing
COMPUTER AND INFORMATION SYSTEMSParallelism
COMPUTER AND INFORMATION SYSTEMSSystem Security
HUMAN-CENTERED COMPUTING: Advanced Learning Technologies
HUMAN-CENTERED COMPUTING: AI Education
HUMAN-CENTERED COMPUTING: Computer Science Education
HUMAN-CENTERED COMPUTING: Graphics
HUMAN-CENTERED COMPUTING: Human Studies
HUMAN-CENTERED COMPUTING: Immersive Virtual Environments
HUMAN-CENTERED COMPUTING: IT Policy
HUMAN-CENTERED COMPUTING: Natural User Interfaces
HUMAN-CENTERED COMPUTING: Personalized Learning
HUMAN-CENTERED COMPUTING: Programming Language Translators
HUMAN-CENTERED COMPUTING: Software Engineering
HUMAN-CENTERED COMPUTING: Systems
HUMAN-CENTERED COMPUTING: Virtual Humans
HUMAN-CENTERED COMPUTING: Visualization
INFORMATION SCIENCE: Bioinformatics
INFORMATION SCIENCE: Data Science and Informatics
INFORMATION SCIENCE: Database
INTELLECT SYSTEMS: Biometrics
INTELLECT SYSTEMS: Computational Neuroscience
INTELLECT SYSTEMS: Computer Vision
INTELLECT SYSTEMS: Image and Signal Analysis
INTELLECT SYSTEMS: Machine Learning (for 3D Geometry)
INTELLECT SYSTEMS: Medical Image Computing
INTELLECT SYSTEMS: Remote Sensing
NETWORKS: Mobile Network Protocols, Measurements and Simulations
NETWORKS: Mobile Networking
NETWORKS: Network Security
NETWORKS: Pervasive and Mobile Computing
NETWORKS: Social Networks
COMPUTER ENGINEERING: AI, Deep Learning, Computer Vision, Natural Language Processing
COMPUTER ENGINEERING: Computer Architecture
COMPUTER ENGINEERING: Computer Networks, Wireless Networks and Mobile Computing
COMPUTER ENGINEERING: Cyber-Physical Systems, Internet of Things, Robotics, Autonomous Systems
COMPUTER ENGINEERING: Cybersecurity, Usable-security, Privacy, and Trust
COMPUTER ENGINEERING: Data Analytics and Complex IT Systems Management
COMPUTER ENGINEERING: Electronic Design Automation
COMPUTER ENGINEERING: Embedded Systems, Real-Time Systems
COMPUTER ENGINEERING: Formal methods, specification, model checking, verification
COMPUTER ENGINEERING: High-Performance, Parallel/Distributed, Cloud and Edge Computing
COMPUTER ENGINEERING: Reconfigurable Computing, FPGA
COMPUTER ENGINEERING: Smart and Connected Health
ELECTRONICS: 6G and Beyond Communications
ELECTRONICS: Analog-to-digital and Digital-to-analog Converters
ELECTRONICS: Analog/Mixed Signal Circuits and Systems
ELECTRONICS: Biomedical Electronics
ELECTRONICS: Electric Vehicles
ELECTRONICS: Electromagnetic Interference and Compatibility
ELECTRONICS: IC Reverse Engineering
ELECTRONICS: IC Security and Primitives
ELECTRONICS: Integrated Power Management
ELECTRONICS: Lower Power Integrated Circuits
ELECTRONICS: Power Electronics, Renewable Energy Conversion and Grid Integration
ELECTRONICS: RF/Microwave/Millimeter-wave Circuits and Systems
ELECTRONICS: Sensor Interface Circuitry
ELECTRONICS: Wireless Power Transfer
ELECTROPHYSICS: Advanced Materials
ELECTROPHYSICS: Biotechnology
ELECTROPHYSICS: Electrical Power Generation, Distribution/Transmission, and Utilization
ELECTROPHYSICS: Electromagnetic (EM) Fields
ELECTROPHYSICS: EM Waves – Wave Guiding, Propagation, and Interactions
ELECTROPHYSICS: Micro/Nanoelectromechanical Systems (MEMS & NEMS)
ELECTROPHYSICS: Nanotechnology
ELECTROPHYSICS: Optical Fibers and Applications
ELECTROPHYSICS: Optoelectronics (Lasers, Solar Cells, Detectors)
ELECTROPHYSICS: Photonics – Materials, Devices, and Photonic Integrated Circuits
ELECTROPHYSICS: Quantum Devices and Quantum Technologies
ELECTROPHYSICS: RF/Microwave Devices and Systems
ELECTROPHYSICS: Sensors and Actuators, Sensors for Internet of Things (IoT)
ELECTROPHYSICS: Transistors (SiGe, MIS, III-V) and Beyond-CMOS Devices
SIGNALS AND SYSTEMS: Artificial Intelligence
SIGNALS AND SYSTEMS: Automation and Control
SIGNALS AND SYSTEMS: Bio-inspired Computation and Processing
SIGNALS AND SYSTEMS: Brain-Machine Interfaces and Neuro-engineering
SIGNALS AND SYSTEMS: Machine Learning, Adaptive Learning, and Deep Learning
SIGNALS AND SYSTEMS: Multimedia Processing and Computational Photography
SIGNALS AND SYSTEMS: Network Science and Information Security
SIGNALS AND SYSTEMS: Networked Autonomous Vehicles
SIGNALS AND SYSTEMS: Remote Sensing
SIGNALS AND SYSTEMS: Smart Grid Control and Complex System Dynamics
SIGNALS AND SYSTEMS: Software-defined Radios
SIGNALS AND SYSTEMS: Statistical Signal and Array Processing
Applied Data Science: Agricultural and Biological Engineering
Applied Data Science: Artificial Intelligence
Applied Data Science: Biomedical Engineering
Applied Data Science: Data Analytics in Industrial and Systems Engineering
Applied Data Science: Environmental Engineering
Applied Data Science: Transportation Engineering
Artificial Intelligence Systems: Advanced Machine Learning and Data-Driven Modeling
Artificial Intelligence Systems: Autonomy, Robotics, and Human-Centered Computing
EDUCATIONAL APPROACHES: Active Learning
EDUCATIONAL APPROACHES: Assessment and Evaluation
EDUCATIONAL APPROACHES: Collaborative Learning
EDUCATIONAL APPROACHES: Contemporary Approaches
EDUCATIONAL APPROACHES: Curriculum and Instruction
EDUCATIONAL APPROACHES: Online and Digital Platforms
EDUCATIONAL APPROACHES: Problem-Based Learning
EDUCATIONAL APPROACHES: Project-Based Learning
EDUCATIONAL APPROACHES: Technologies and Tools
ENGINEERING FORMATION: Advising
ENGINEERING FORMATION: Communication
ENGINEERING FORMATION: Internships
ENGINEERING FORMATION: Leadership
ENGINEERING FORMATION: Mentoring
ENGINEERING FORMATION: Professional Development
ENGINEERING FORMATION: Study Abroad
HUMAN FACTORS: Affect and Emotion
HUMAN FACTORS: Identity
HUMAN FACTORS: Indicators of Success
HUMAN FACTORS: Motivation
HUMAN FACTORS: Regulation
HUMAN FACTORS: Self-efficacy
LIFELONG LEARNING IN ENGINEERING: Graduate
LIFELONG LEARNING IN ENGINEERING: Informal
LIFELONG LEARNING IN ENGINEERING: Innovations
LIFELONG LEARNING IN ENGINEERING: K-12
LIFELONG LEARNING IN ENGINEERING: Post-professional
LIFELONG LEARNING IN ENGINEERING: Professional
LIFELONG LEARNING IN ENGINEERING: Professional Development
LIFELONG LEARNING IN ENGINEERING: Undergraduate
LIFELONG LEARNING IN ENGINEERING: Upskilling
METHODS AND METHODOLOGIES IN ENGINEERING EDUCATION: Innovations
METHODS AND METHODOLOGIES IN ENGINEERING EDUCATION: Mixed-methods
METHODS AND METHODOLOGIES IN ENGINEERING EDUCATION: Multi-methods
METHODS AND METHODOLOGIES IN ENGINEERING EDUCATION: Multi-modal
METHODS AND METHODOLOGIES IN ENGINEERING EDUCATION: Qualitative
METHODS AND METHODOLOGIES IN ENGINEERING EDUCATION: Quantitative
SOCIETY AND ETHICS: Culture
SOCIETY AND ETHICS: Ethics
SOCIETY AND ETHICS: Globalization
SOCIETY AND ETHICS: Language
SOCIETY AND ETHICS: Moral reasoning
SOCIETY AND ETHICS: Policy
SOCIETY AND ETHICS: Social and Professional Responsibilities
SOCIETY AND ETHICS: Structures
SOCIETY AND ETHICS: System
Air Resources
Coastal Ecosystem Dynamics
Engineering Education Collaborative
Environmental Nanotechnology
Sustainable Materials Management
Systems Ecology & Ecological Engineering
Waters Systems Engineering
Applied AI (Artificial Intelligence)
Applied Optimization/Data Mining
Data Analytics and Systems Monitoring
Deep Learning Neural Networks
Discrete Optimization
Engineering Management
Healthcare Systems and Medical Decision Making
High-dimensional Data Analytics
Human Systems
Human-Robot Interaction
Information Technology
Occupational and Systems Safety
Occupational Biomechanics
Operations Research
Quantitative Finance
Statistical and Machine Learning
Stochastic Modeling and Analysis
Supply Chain & Logistics
Workplace Ergonomics
Advanced Materials Characterization
Biomaterials
Ceramics
Composite Materials
Computational Materials Science
Electronic Materials
Energy Materials
Engineering Education
Machine Learning/ Artificial Intelligence
Materials Processing
Metals
Nanomaterials
Nuclear Materials
Optical Materials
Polymers
Surface Science
AEROSPACE ENGINEERING: Aeronautics
AEROSPACE ENGINEERING: Aircraft and Spacecraft Guidance and Control
AEROSPACE ENGINEERING: Guidance, Navigation, and Control
AEROSPACE ENGINEERING: Micro Air Vehicles
AEROSPACE ENGINEERING: Navigation
AEROSPACE ENGINEERING: Optimization Techniques for Aerospace Systems
AEROSPACE ENGINEERING: Small Satellites
AEROSPACE ENGINEERING: Space and Atmospheric Flight Optimal Control
AEROSPACE ENGINEERING: Space Cryogenic Fluids Thermal Management
AEROSPACE ENGINEERING: Space Mission Design and Planning
AEROSPACE ENGINEERING: Space Physics/Weather
AEROSPACE ENGINEERING: Spacecraft and Vehicle Design
MECHANICAL ENGINEERING: Advanced Manufacturing
MECHANICAL ENGINEERING: Autonomous Systems
MECHANICAL ENGINEERING: Cell and Biomechanics
MECHANICAL ENGINEERING: Combustion/Propulsion
MECHANICAL ENGINEERING: Composites
MECHANICAL ENGINEERING: Computational Mechanics
MECHANICAL ENGINEERING: Dynamics and Control
MECHANICAL ENGINEERING: Energy Systems
MECHANICAL ENGINEERING: Fluid Dynamics
MECHANICAL ENGINEERING: High Strain Rate Behavior of Materials
MECHANICAL ENGINEERING: Laser Diagnostics
MECHANICAL ENGINEERING: Microsystems
MECHANICAL ENGINEERING: Mobile Power
MECHANICAL ENGINEERING: Nano- and Micro-Electromechanical Systems
MECHANICAL ENGINEERING: Nano- and Micro-Mechanics
MECHANICAL ENGINEERING: Nonlinear Controls
MECHANICAL ENGINEERING: Renewable Energy
MECHANICAL ENGINEERING: Robotics
MECHANICAL ENGINEERING: Soft Matter Mechanics and Manufacturing
MECHANICAL ENGINEERING: Solid Mechanics
MECHANICAL ENGINEERING: Structural Mechanics and Optimization
MECHANICAL ENGINEERING: Tribology
MODELING AND SIMULATION: Multi-Physics Modelling
MODELING AND SIMULATION: Multi-Scale Modeling and Simulation of Materials
MODELING AND SIMULATION: Neutron and Gamma Cross Section Data
MODELING AND SIMULATION: Nuclear Criticality Safety
MODELING AND SIMULATION: Radiation Shielding
MODELING AND SIMULATION: Reactor Neutronics
MODELING AND SIMULATION: Static and Time-Dependent Neutron Transport
NUCLEAR FUSION AND PLASMA SCIENCES: Low-Temperature Plasma Processing
NUCLEAR FUSION AND PLASMA SCIENCES: Nano-Scale Drug Delivery
NUCLEAR FUSION AND PLASMA SCIENCES: Nuclear Fusion Reactors
NUCLEAR FUSION AND PLASMA SCIENCES: Plasma Transport and Turbulences
NUCLEAR MATERIALS: Light Water Reactor Sustainability
NUCLEAR MATERIALS: Nuclear Fuels
NUCLEAR MATERIALS: Radiation Tolerant Materials
NUCLEAR MATERIALS: Stress Corrosion Cracking
NUCLEAR REACTOR ENGINEERING: Advanced Design and Analysis
NUCLEAR REACTOR ENGINEERING: Fission Technology
NUCLEAR REACTOR ENGINEERING: Nuclear Fuel Design
NUCLEAR REACTOR ENGINEERING: Quantitative Visualization
NUCLEAR REACTOR ENGINEERING: Thermal Hydraulics and Multi-Phase Flow
NUCLEAR SECURITY & NONPROLIFERATION: International Safeguards
NUCLEAR SECURITY & NONPROLIFERATION: Nonproliferation & Arms Control
NUCLEAR SECURITY & NONPROLIFERATION: Nuclear Forensics
NUCLEAR SECURITY & NONPROLIFERATION: Nuclear Materials Control & Accountability
RADIATION DETECTION AND MEASUREMENTS: New Radiation Detection Materials
RADIATION DETECTION AND MEASUREMENTS: Non-Destructive Examination
RADIATION DETECTION AND MEASUREMENTS: Nuclear Safeguards and Security
RADIATION DETECTION AND MEASUREMENTS: Radiation Dose Measurements
RADIATION DETECTION AND MEASUREMENTS: Radiation Imaging
RADIATION DETECTION AND MEASUREMENTS: Signal Processing Electronics
RADIOCHEMISTRY: Actinide and Lanthanide Species
RADIOCHEMISTRY: Fission Product Behavior
RADIOCHEMISTRY: Nuclear Forensics
RADIOCHEMISTRY: Nuclear Wastes Management
RADIOCHEMISTRY: Separation Techniques
Areas of Specialization 2 (Select those that apply)
Please select...
APPROACHES: AI and Data Analytics
APPROACHES: Automation and Robotics
APPROACHES: Decision Support Systems
APPROACHES: Remote and Direct Sensing and Control
APPROACHES: Systems Modeling
APPROACHES: Technology Development and Assessment
DOMAINS: AGRICULTURAL PRODUCTION: Agronomic Management
DOMAINS: AGRICULTURAL PRODUCTION: Animal Systems
DOMAINS: AGRICULTURAL PRODUCTION: Controlled Environments
DOMAINS: AGRICULTURAL PRODUCTION: Field and Specialty Crops
DOMAINS: BIOENERGY/BIOPRODUCTS: Anaerobic Digestion
DOMAINS: BIOENERGY/BIOPRODUCTS: Biofuel Production
DOMAINS: BIOENERGY/BIOPRODUCTS: Bioplastics
DOMAINS: BUILT ECOSYSTEMS: Engineering Urban Soils
DOMAINS: BUILT ECOSYSTEMS: Green Infrastructure
DOMAINS: BUILT ECOSYSTEMS: Stormwater Management and Control
DOMAINS: CLIMATE AND WEATHER: Climate Change
DOMAINS: CLIMATE AND WEATHER: Climate Variability
DOMAINS: CLIMATE AND WEATHER: Forecasting
DOMAINS: CLIMATE AND WEATHER: Trend Identification
DOMAINS: CLIMATE AND WEATHER: Weather Quantification
DOMAINS: FOOD CHAIN SYSTEMS: Food Preproduction/Production Phases
DOMAINS: FOOD CHAIN SYSTEMS: Life Cycle Considerations
DOMAINS: FOOD CHAIN SYSTEMS: Packaging
DOMAINS: FOOD CHAIN SYSTEMS: Transportation and Distribution
DOMAINS: FOOD CHAIN SYSTEMS: Water Reuse
DOMAINS: NATURAL AND HUMAN SYSTEMS: Human Impacts on Natural Systems
DOMAINS: NATURAL AND HUMAN SYSTEMS: Impacts of Natural Systems on Humans
DOMAINS: NATURAL AND HUMAN SYSTEMS: Responses to Change
DOMAINS: PACKAGING: Byproducts of the Packaging Process
DOMAINS: PACKAGING: Extending Shelf Life
DOMAINS: PACKAGING: Food and Non-Food Material Safety
DOMAINS: PACKAGING: Improving End-of-Lifecycle Outcomes for Packaging Materials
DOMAINS: PACKAGING: Innovative Material Variants
DOMAINS: PACKAGING: Preserving Nutritious Value of Foods
DOMAINS: WATER QUALITY AND QUANTITY: Agrochemical and Nutrient Transport
DOMAINS: WATER QUALITY AND QUANTITY: Ecosystem Services
DOMAINS: WATER QUALITY AND QUANTITY: Hydrologic Cycle
BIOMATERIALS AND REGENERATIVE MEDICINE: Bioreactors
BIOMATERIALS AND REGENERATIVE MEDICINE: Cell and Tissue Repair, Regeneration, and Engineering
BIOMATERIALS AND REGENERATIVE MEDICINE: Controlled Release and Drug Delivery
BIOMATERIALS AND REGENERATIVE MEDICINE: Engineered Biomimetic Materials
BIOMATERIALS AND REGENERATIVE MEDICINE: Immunomodulatory Materials
BIOMATERIALS AND REGENERATIVE MEDICINE: Mechanostimulation
BIOMATERIALS AND REGENERATIVE MEDICINE: Micro- and Nanomedicines
BIOMATERIALS AND REGENERATIVE MEDICINE: Nanoscale Thermal Therapy
BIOMATERIALS AND REGENERATIVE MEDICINE: Vascular Patterning
BIOMECHANICS AND BIONICS: Biomechanics at the Cellular, Tissue, Organ, and Organism Levels
BIOMECHANICS AND BIONICS: Bionic Prostheses
BIOMECHANICS AND BIONICS: Gait Analysis, Models, and Interventions
BIOMECHANICS AND BIONICS: Locomotion
BIOMECHANICS AND BIONICS: Musculoskeletal Biomechanics
BIOMECHANICS AND BIONICS: Robotic Exoskeletons
BIOMEDICAL IMAGING AND APPLICATIONS: Biomedical Image Analysis, Simulations, and Modeling
BIOMEDICAL IMAGING AND APPLICATIONS: Biomedical Imaging for Diagnosis and Disease Treatment
BIOMEDICAL IMAGING AND APPLICATIONS: Biomedical Imaging Technologies
BIOMEDICAL IMAGING AND APPLICATIONS: Computational Medical Physics and Dose Assessment
BIOMEDICAL IMAGING AND APPLICATIONS: Signal Processing
BIOMEDICAL IMAGING AND APPLICATIONS: Vascular Patterning
MODELING AND BIOMEDICAL DATA SCIENCES: Biomedical and Clinical Big Data
MODELING AND BIOMEDICAL DATA SCIENCES: Biomedical and Clinical Informatics
MODELING AND BIOMEDICAL DATA SCIENCES: Biomedical Image Computing
MODELING AND BIOMEDICAL DATA SCIENCES: Brain Informatics
MODELING AND BIOMEDICAL DATA SCIENCES: Computer Aided Diagnosis
MODELING AND BIOMEDICAL DATA SCIENCES: Machine Learning
MODELING AND BIOMEDICAL DATA SCIENCES: Multivariate Signal Processing
MODELING AND BIOMEDICAL DATA SCIENCES: Musculoskeletal Modeling
MOLECULAR AND CELLULAR ENGINEERING: Cellular Differentiation
MOLECULAR AND CELLULAR ENGINEERING: Immunopathology
MOLECULAR AND CELLULAR ENGINEERING: Immunotherapies
MOLECULAR AND CELLULAR ENGINEERING: Molecular Self-Assembly
MOLECULAR AND CELLULAR ENGINEERING: Stem Cell Therapies and Engineering
MOLECULAR AND CELLULAR ENGINEERING: Targeted Gene Delivery
MOLECULAR AND CELLULAR ENGINEERING: Technologies for Biomarker Identification & Quantification
NEURAL ENGINEERING: Aging
NEURAL ENGINEERING: Brain and Cognitive Disorders
NEURAL ENGINEERING: Brain Mapping
NEURAL ENGINEERING: Brain-Computer Interfaces
NEURAL ENGINEERING: Cognitive Neuroscience
NEURAL ENGINEERING: Neural Repair
NEURAL ENGINEERING: Neurophysiology
NEURAL ENGINEERING: Neurorehabilitation
NEURAL ENGINEERING: Neurostimulation and Neuromodulation
ADVANCED MATERIALS, DEVICES, AND NANOTECHNOLOGY: Advanced Manufacturing
ADVANCED MATERIALS, DEVICES, AND NANOTECHNOLOGY: Biomaterials, Biomimetic Materials, and Antibacterial Surfaces
ADVANCED MATERIALS, DEVICES, AND NANOTECHNOLOGY: Energy Storage Materials, Semiconductive Materials, and Batteries
ADVANCED MATERIALS, DEVICES, AND NANOTECHNOLOGY: Magnetic Nanoparticles
ADVANCED MATERIALS, DEVICES, AND NANOTECHNOLOGY: Material Performance under Microgravity
ADVANCED MATERIALS, DEVICES, AND NANOTECHNOLOGY: Materials for Drug Delivery, Diagnostics, and Biosensors
ADVANCED MATERIALS, DEVICES, AND NANOTECHNOLOGY: Polymers, Membranes, and Separation Technologies
BIOMOLECULAR ENGINEERING, CELLULAR ENGINEERING, AND SYNTHETIC BIOLOGY: Cell and Tissue Engineering
BIOMOLECULAR ENGINEERING, CELLULAR ENGINEERING, AND SYNTHETIC BIOLOGY: Cell Migration and Cell-Cell Interactions
BIOMOLECULAR ENGINEERING, CELLULAR ENGINEERING, AND SYNTHETIC BIOLOGY: CRISPR and Genetic Engineering Technologies
BIOMOLECULAR ENGINEERING, CELLULAR ENGINEERING, AND SYNTHETIC BIOLOGY: Investigations of Disease, Disorders, and Cancer
BIOMOLECULAR ENGINEERING, CELLULAR ENGINEERING, AND SYNTHETIC BIOLOGY: Nanomaterials and Nanomedicines
BIOMOLECULAR ENGINEERING, CELLULAR ENGINEERING, AND SYNTHETIC BIOLOGY: Protein and Enzyme Engineering
BIOMOLECULAR ENGINEERING, CELLULAR ENGINEERING, AND SYNTHETIC BIOLOGY: Synthetic or Proto-Cells
COMPLEX AND MULTIPHASE FLOW DYNAMICS: Bubbles
COMPLEX AND MULTIPHASE FLOW DYNAMICS: Coacervates and Micelles
COMPLEX AND MULTIPHASE FLOW DYNAMICS: Colloids
COMPLEX AND MULTIPHASE FLOW DYNAMICS: Hydrodynamic Interactions
COMPLEX AND MULTIPHASE FLOW DYNAMICS: Liquid-Liquid Phase Separation
COMPLEX AND MULTIPHASE FLOW DYNAMICS: Microgravity Flow Dynamics
COMPLEX AND MULTIPHASE FLOW DYNAMICS: Pattern Formation
COMPLEX AND MULTIPHASE FLOW DYNAMICS: Rheology
ENERGY, ENVIRONMENT, AND SUSTAINABILITY: Enhanced Oil Recovery
ENERGY, ENVIRONMENT, AND SUSTAINABILITY: Plastics and Plastic Recycling
ENERGY, ENVIRONMENT, AND SUSTAINABILITY: Porous Media
ENERGY, ENVIRONMENT, AND SUSTAINABILITY: Separation Processes
ENERGY, ENVIRONMENT, AND SUSTAINABILITY: Superhydrophobic Surfaces
ENERGY, ENVIRONMENT, AND SUSTAINABILITY: Sustainable Materials and Packaging
ENERGY, ENVIRONMENT, AND SUSTAINABILITY: Water Purification
HETEROGENEOUS CATALYSIS AND SURFACE SCIENCE: Atomistic Behavior of Materials
HETEROGENEOUS CATALYSIS AND SURFACE SCIENCE: Interfacial Chemistry
HETEROGENEOUS CATALYSIS AND SURFACE SCIENCE: Kinetic Studies
HETEROGENEOUS CATALYSIS AND SURFACE SCIENCE: Surface Science
HETEROGENEOUS CATALYSIS AND SURFACE SCIENCE: Zeolites
MODELING, THEORY, AND SIMULATION: Artificial Intelligence
MODELING, THEORY, AND SIMULATION: COMSOL® Modeling
MODELING, THEORY, AND SIMULATION: Density Functional Theory
MODELING, THEORY, AND SIMULATION: Kinetic Modeling
MODELING, THEORY, AND SIMULATION: Mathematical Theory
MODELING, THEORY, AND SIMULATION: Molecular Dynamics Simulations
TRANSPORT, MOLECULAR THERMODYNAMICS, AND ELECTROCHEMICAL ENGINEERING: Charge Dynamics
TRANSPORT, MOLECULAR THERMODYNAMICS, AND ELECTROCHEMICAL ENGINEERING: Complex Diffusion Mechanisms
TRANSPORT, MOLECULAR THERMODYNAMICS, AND ELECTROCHEMICAL ENGINEERING: Corrosion
TRANSPORT, MOLECULAR THERMODYNAMICS, AND ELECTROCHEMICAL ENGINEERING: Diffusiophoresis
TRANSPORT, MOLECULAR THERMODYNAMICS, AND ELECTROCHEMICAL ENGINEERING: Electrochemical Systems for Sensing and Biomedical Applications
TRANSPORT, MOLECULAR THERMODYNAMICS, AND ELECTROCHEMICAL ENGINEERING: Hydrodynamic Instabilities for Materials Processing
TRANSPORT, MOLECULAR THERMODYNAMICS, AND ELECTROCHEMICAL ENGINEERING: Microgravity Transport Phenomena
TRANSPORT, MOLECULAR THERMODYNAMICS, AND ELECTROCHEMICAL ENGINEERING: Mixing
TRANSPORT, MOLECULAR THERMODYNAMICS, AND ELECTROCHEMICAL ENGINEERING: Taylor-Aris Dispersion Electrochemical Impedance Spectroscopy
Coastal and Oceanographic Engineering
Coastal Ecosystem Dynamics
Engineering Education
Geosystems Engineering
Infrastructure Planning & Management (Master’s Only)
Materials & Pavements
Structural Engineering
Sustainable Construction Engineering
Transportation Engineering
Water Systems Engineering
ALGORITHMS: Computational Geometry
ALGORITHMS: Data Structures
ALGORITHMS: Discrete Mathematics
COMPUTER AND INFORMATION SYSTEMSCloud Computing
COMPUTER AND INFORMATION SYSTEMSConcurrency
COMPUTER AND INFORMATION SYSTEMSEmbedded Systems
COMPUTER AND INFORMATION SYSTEMSEnergy-Aware Computing
COMPUTER AND INFORMATION SYSTEMSHigh Performance Computing
COMPUTER AND INFORMATION SYSTEMSParallelism
COMPUTER AND INFORMATION SYSTEMSSystem Security
HUMAN-CENTERED COMPUTING: Advanced Learning Technologies
HUMAN-CENTERED COMPUTING: AI Education
HUMAN-CENTERED COMPUTING: Computer Science Education
HUMAN-CENTERED COMPUTING: Graphics
HUMAN-CENTERED COMPUTING: Human Studies
HUMAN-CENTERED COMPUTING: Immersive Virtual Environments
HUMAN-CENTERED COMPUTING: IT Policy
HUMAN-CENTERED COMPUTING: Natural User Interfaces
HUMAN-CENTERED COMPUTING: Personalized Learning
HUMAN-CENTERED COMPUTING: Programming Language Translators
HUMAN-CENTERED COMPUTING: Software Engineering
HUMAN-CENTERED COMPUTING: Systems
HUMAN-CENTERED COMPUTING: Virtual Humans
HUMAN-CENTERED COMPUTING: Visualization
INFORMATION SCIENCE: Bioinformatics
INFORMATION SCIENCE: Data Science and Informatics
INFORMATION SCIENCE: Database
INTELLECT SYSTEMS: Biometrics
INTELLECT SYSTEMS: Computational Neuroscience
INTELLECT SYSTEMS: Computer Vision
INTELLECT SYSTEMS: Image and Signal Analysis
INTELLECT SYSTEMS: Machine Learning (for 3D Geometry)
INTELLECT SYSTEMS: Medical Image Computing
INTELLECT SYSTEMS: Remote Sensing
NETWORKS: Mobile Network Protocols, Measurements and Simulations
NETWORKS: Mobile Networking
NETWORKS: Network Security
NETWORKS: Pervasive and Mobile Computing
NETWORKS: Social Networks
COMPUTER ENGINEERING: AI, Deep Learning, Computer Vision, Natural Language Processing
COMPUTER ENGINEERING: Computer Architecture
COMPUTER ENGINEERING: Computer Networks, Wireless Networks and Mobile Computing
COMPUTER ENGINEERING: Cyber-Physical Systems, Internet of Things, Robotics, Autonomous Systems
COMPUTER ENGINEERING: Cybersecurity, Usable-security, Privacy, and Trust
COMPUTER ENGINEERING: Data Analytics and Complex IT Systems Management
COMPUTER ENGINEERING: Electronic Design Automation
COMPUTER ENGINEERING: Embedded Systems, Real-Time Systems
COMPUTER ENGINEERING: Formal methods, specification, model checking, verification
COMPUTER ENGINEERING: High-Performance, Parallel/Distributed, Cloud and Edge Computing
COMPUTER ENGINEERING: Reconfigurable Computing, FPGA
COMPUTER ENGINEERING: Smart and Connected Health
ELECTRONICS: 6G and Beyond Communications
ELECTRONICS: Analog-to-digital and Digital-to-analog Converters
ELECTRONICS: Analog/Mixed Signal Circuits and Systems
ELECTRONICS: Biomedical Electronics
ELECTRONICS: Electric Vehicles
ELECTRONICS: Electromagnetic Interference and Compatibility
ELECTRONICS: IC Reverse Engineering
ELECTRONICS: IC Security and Primitives
ELECTRONICS: Integrated Power Management
ELECTRONICS: Lower Power Integrated Circuits
ELECTRONICS: Power Electronics, Renewable Energy Conversion and Grid Integration
ELECTRONICS: RF/Microwave/Millimeter-wave Circuits and Systems
ELECTRONICS: Sensor Interface Circuitry
ELECTRONICS: Wireless Power Transfer
ELECTROPHYSICS: Advanced Materials
ELECTROPHYSICS: Biotechnology
ELECTROPHYSICS: Electrical Power Generation, Distribution/Transmission, and Utilization
ELECTROPHYSICS: Electromagnetic (EM) Fields
ELECTROPHYSICS: EM Waves – Wave Guiding, Propagation, and Interactions
ELECTROPHYSICS: Micro/Nanoelectromechanical Systems (MEMS & NEMS)
ELECTROPHYSICS: Nanotechnology
ELECTROPHYSICS: Optical Fibers and Applications
ELECTROPHYSICS: Optoelectronics (Lasers, Solar Cells, Detectors)
ELECTROPHYSICS: Photonics – Materials, Devices, and Photonic Integrated Circuits
ELECTROPHYSICS: Quantum Devices and Quantum Technologies
ELECTROPHYSICS: RF/Microwave Devices and Systems
ELECTROPHYSICS: Sensors and Actuators, Sensors for Internet of Things (IoT)
ELECTROPHYSICS: Transistors (SiGe, MIS, III-V) and Beyond-CMOS Devices
SIGNALS AND SYSTEMS: Artificial Intelligence
SIGNALS AND SYSTEMS: Automation and Control
SIGNALS AND SYSTEMS: Bio-inspired Computation and Processing
SIGNALS AND SYSTEMS: Brain-Machine Interfaces and Neuro-engineering
SIGNALS AND SYSTEMS: Machine Learning, Adaptive Learning, and Deep Learning
SIGNALS AND SYSTEMS: Multimedia Processing and Computational Photography
SIGNALS AND SYSTEMS: Network Science and Information Security
SIGNALS AND SYSTEMS: Networked Autonomous Vehicles
SIGNALS AND SYSTEMS: Remote Sensing
SIGNALS AND SYSTEMS: Smart Grid Control and Complex System Dynamics
SIGNALS AND SYSTEMS: Software-defined Radios
SIGNALS AND SYSTEMS: Statistical Signal and Array Processing
Applied Data Science: Agricultural and Biological Engineering
Applied Data Science: Artificial Intelligence
Applied Data Science: Biomedical Engineering
Applied Data Science: Data Analytics in Industrial and Systems Engineering
Applied Data Science: Environmental Engineering
Applied Data Science: Transportation Engineering
Artificial Intelligence Systems: Advanced Machine Learning and Data-Driven Modeling
Artificial Intelligence Systems: Autonomy, Robotics, and Human-Centered Computing
EDUCATIONAL APPROACHES: Active Learning
EDUCATIONAL APPROACHES: Assessment and Evaluation
EDUCATIONAL APPROACHES: Collaborative Learning
EDUCATIONAL APPROACHES: Contemporary Approaches
EDUCATIONAL APPROACHES: Curriculum and Instruction
EDUCATIONAL APPROACHES: Online and Digital Platforms
EDUCATIONAL APPROACHES: Problem-Based Learning
EDUCATIONAL APPROACHES: Project-Based Learning
EDUCATIONAL APPROACHES: Technologies and Tools
ENGINEERING FORMATION: Advising
ENGINEERING FORMATION: Communication
ENGINEERING FORMATION: Internships
ENGINEERING FORMATION: Leadership
ENGINEERING FORMATION: Mentoring
ENGINEERING FORMATION: Professional Development
ENGINEERING FORMATION: Study Abroad
HUMAN FACTORS: Affect and Emotion
HUMAN FACTORS: Identity
HUMAN FACTORS: Indicators of Success
HUMAN FACTORS: Motivation
HUMAN FACTORS: Regulation
HUMAN FACTORS: Self-efficacy
LIFELONG LEARNING IN ENGINEERING: Graduate
LIFELONG LEARNING IN ENGINEERING: Informal
LIFELONG LEARNING IN ENGINEERING: Innovations
LIFELONG LEARNING IN ENGINEERING: K-12
LIFELONG LEARNING IN ENGINEERING: Post-professional
LIFELONG LEARNING IN ENGINEERING: Professional
LIFELONG LEARNING IN ENGINEERING: Professional Development
LIFELONG LEARNING IN ENGINEERING: Undergraduate
LIFELONG LEARNING IN ENGINEERING: Upskilling
METHODS AND METHODOLOGIES IN ENGINEERING EDUCATION: Innovations
METHODS AND METHODOLOGIES IN ENGINEERING EDUCATION: Mixed-methods
METHODS AND METHODOLOGIES IN ENGINEERING EDUCATION: Multi-methods
METHODS AND METHODOLOGIES IN ENGINEERING EDUCATION: Multi-modal
METHODS AND METHODOLOGIES IN ENGINEERING EDUCATION: Qualitative
METHODS AND METHODOLOGIES IN ENGINEERING EDUCATION: Quantitative
SOCIETY AND ETHICS: Culture
SOCIETY AND ETHICS: Ethics
SOCIETY AND ETHICS: Globalization
SOCIETY AND ETHICS: Language
SOCIETY AND ETHICS: Moral reasoning
SOCIETY AND ETHICS: Policy
SOCIETY AND ETHICS: Social and Professional Responsibilities
SOCIETY AND ETHICS: Structures
SOCIETY AND ETHICS: System
Air Resources
Coastal Ecosystem Dynamics
Engineering Education Collaborative
Environmental Nanotechnology
Sustainable Materials Management
Systems Ecology & Ecological Engineering
Waters Systems Engineering
Applied AI (Artificial Intelligence)
Applied Optimization/Data Mining
Data Analytics and Systems Monitoring
Deep Learning Neural Networks
Discrete Optimization
Engineering Management
Healthcare Systems and Medical Decision Making
High-dimensional Data Analytics
Human Systems
Human-Robot Interaction
Information Technology
Occupational and Systems Safety
Occupational Biomechanics
Operations Research
Quantitative Finance
Statistical and Machine Learning
Stochastic Modeling and Analysis
Supply Chain & Logistics
Workplace Ergonomics
Advanced Materials Characterization
Biomaterials
Ceramics
Composite Materials
Computational Materials Science
Electronic Materials
Energy Materials
Engineering Education
Machine Learning/ Artificial Intelligence
Materials Processing
Metals
Nanomaterials
Nuclear Materials
Optical Materials
Polymers
Surface Science
AEROSPACE ENGINEERING: Aeronautics
AEROSPACE ENGINEERING: Aircraft and Spacecraft Guidance and Control
AEROSPACE ENGINEERING: Guidance, Navigation, and Control
AEROSPACE ENGINEERING: Micro Air Vehicles
AEROSPACE ENGINEERING: Navigation
AEROSPACE ENGINEERING: Optimization Techniques for Aerospace Systems
AEROSPACE ENGINEERING: Small Satellites
AEROSPACE ENGINEERING: Space and Atmospheric Flight Optimal Control
AEROSPACE ENGINEERING: Space Cryogenic Fluids Thermal Management
AEROSPACE ENGINEERING: Space Mission Design and Planning
AEROSPACE ENGINEERING: Space Physics/Weather
AEROSPACE ENGINEERING: Spacecraft and Vehicle Design
MECHANICAL ENGINEERING: Advanced Manufacturing
MECHANICAL ENGINEERING: Autonomous Systems
MECHANICAL ENGINEERING: Cell and Biomechanics
MECHANICAL ENGINEERING: Combustion/Propulsion
MECHANICAL ENGINEERING: Composites
MECHANICAL ENGINEERING: Computational Mechanics
MECHANICAL ENGINEERING: Dynamics and Control
MECHANICAL ENGINEERING: Energy Systems
MECHANICAL ENGINEERING: Fluid Dynamics
MECHANICAL ENGINEERING: High Strain Rate Behavior of Materials
MECHANICAL ENGINEERING: Laser Diagnostics
MECHANICAL ENGINEERING: Microsystems
MECHANICAL ENGINEERING: Mobile Power
MECHANICAL ENGINEERING: Nano- and Micro-Electromechanical Systems
MECHANICAL ENGINEERING: Nano- and Micro-Mechanics
MECHANICAL ENGINEERING: Nonlinear Controls
MECHANICAL ENGINEERING: Renewable Energy
MECHANICAL ENGINEERING: Robotics
MECHANICAL ENGINEERING: Soft Matter Mechanics and Manufacturing
MECHANICAL ENGINEERING: Solid Mechanics
MECHANICAL ENGINEERING: Structural Mechanics and Optimization
MECHANICAL ENGINEERING: Tribology
MODELING AND SIMULATION: Multi-Physics Modelling
MODELING AND SIMULATION: Multi-Scale Modeling and Simulation of Materials
MODELING AND SIMULATION: Neutron and Gamma Cross Section Data
MODELING AND SIMULATION: Nuclear Criticality Safety
MODELING AND SIMULATION: Radiation Shielding
MODELING AND SIMULATION: Reactor Neutronics
MODELING AND SIMULATION: Static and Time-Dependent Neutron Transport
NUCLEAR FUSION AND PLASMA SCIENCES: Low-Temperature Plasma Processing
NUCLEAR FUSION AND PLASMA SCIENCES: Nano-Scale Drug Delivery
NUCLEAR FUSION AND PLASMA SCIENCES: Nuclear Fusion Reactors
NUCLEAR FUSION AND PLASMA SCIENCES: Plasma Transport and Turbulences
NUCLEAR MATERIALS: Light Water Reactor Sustainability
NUCLEAR MATERIALS: Nuclear Fuels
NUCLEAR MATERIALS: Radiation Tolerant Materials
NUCLEAR MATERIALS: Stress Corrosion Cracking
NUCLEAR REACTOR ENGINEERING: Advanced Design and Analysis
NUCLEAR REACTOR ENGINEERING: Fission Technology
NUCLEAR REACTOR ENGINEERING: Nuclear Fuel Design
NUCLEAR REACTOR ENGINEERING: Quantitative Visualization
NUCLEAR REACTOR ENGINEERING: Thermal Hydraulics and Multi-Phase Flow
NUCLEAR SECURITY & NONPROLIFERATION: International Safeguards
NUCLEAR SECURITY & NONPROLIFERATION: Nonproliferation & Arms Control
NUCLEAR SECURITY & NONPROLIFERATION: Nuclear Forensics
NUCLEAR SECURITY & NONPROLIFERATION: Nuclear Materials Control & Accountability
RADIATION DETECTION AND MEASUREMENTS: New Radiation Detection Materials
RADIATION DETECTION AND MEASUREMENTS: Non-Destructive Examination
RADIATION DETECTION AND MEASUREMENTS: Nuclear Safeguards and Security
RADIATION DETECTION AND MEASUREMENTS: Radiation Dose Measurements
RADIATION DETECTION AND MEASUREMENTS: Radiation Imaging
RADIATION DETECTION AND MEASUREMENTS: Signal Processing Electronics
RADIOCHEMISTRY: Actinide and Lanthanide Species
RADIOCHEMISTRY: Fission Product Behavior
RADIOCHEMISTRY: Nuclear Forensics
RADIOCHEMISTRY: Nuclear Wastes Management
RADIOCHEMISTRY: Separation Techniques
Areas of Specialization 3 (Select those that apply)
Please select...
APPROACHES: AI and Data Analytics
APPROACHES: Automation and Robotics
APPROACHES: Decision Support Systems
APPROACHES: Remote and Direct Sensing and Control
APPROACHES: Systems Modeling
APPROACHES: Technology Development and Assessment
DOMAINS: AGRICULTURAL PRODUCTION: Agronomic Management
DOMAINS: AGRICULTURAL PRODUCTION: Animal Systems
DOMAINS: AGRICULTURAL PRODUCTION: Controlled Environments
DOMAINS: AGRICULTURAL PRODUCTION: Field and Specialty Crops
DOMAINS: BIOENERGY/BIOPRODUCTS: Anaerobic Digestion
DOMAINS: BIOENERGY/BIOPRODUCTS: Biofuel Production
DOMAINS: BIOENERGY/BIOPRODUCTS: Bioplastics
DOMAINS: BUILT ECOSYSTEMS: Engineering Urban Soils
DOMAINS: BUILT ECOSYSTEMS: Green Infrastructure
DOMAINS: BUILT ECOSYSTEMS: Stormwater Management and Control
DOMAINS: CLIMATE AND WEATHER: Climate Change
DOMAINS: CLIMATE AND WEATHER: Climate Variability
DOMAINS: CLIMATE AND WEATHER: Forecasting
DOMAINS: CLIMATE AND WEATHER: Trend Identification
DOMAINS: CLIMATE AND WEATHER: Weather Quantification
DOMAINS: FOOD CHAIN SYSTEMS: Food Preproduction/Production Phases
DOMAINS: FOOD CHAIN SYSTEMS: Life Cycle Considerations
DOMAINS: FOOD CHAIN SYSTEMS: Packaging
DOMAINS: FOOD CHAIN SYSTEMS: Transportation and Distribution
DOMAINS: FOOD CHAIN SYSTEMS: Water Reuse
DOMAINS: NATURAL AND HUMAN SYSTEMS: Human Impacts on Natural Systems
DOMAINS: NATURAL AND HUMAN SYSTEMS: Impacts of Natural Systems on Humans
DOMAINS: NATURAL AND HUMAN SYSTEMS: Responses to Change
DOMAINS: PACKAGING: Byproducts of the Packaging Process
DOMAINS: PACKAGING: Extending Shelf Life
DOMAINS: PACKAGING: Food and Non-Food Material Safety
DOMAINS: PACKAGING: Improving End-of-Lifecycle Outcomes for Packaging Materials
DOMAINS: PACKAGING: Innovative Material Variants
DOMAINS: PACKAGING: Preserving Nutritious Value of Foods
DOMAINS: WATER QUALITY AND QUANTITY: Agrochemical and Nutrient Transport
DOMAINS: WATER QUALITY AND QUANTITY: Ecosystem Services
DOMAINS: WATER QUALITY AND QUANTITY: Hydrologic Cycle
BIOMATERIALS AND REGENERATIVE MEDICINE: Bioreactors
BIOMATERIALS AND REGENERATIVE MEDICINE: Cell and Tissue Repair, Regeneration, and Engineering
BIOMATERIALS AND REGENERATIVE MEDICINE: Controlled Release and Drug Delivery
BIOMATERIALS AND REGENERATIVE MEDICINE: Engineered Biomimetic Materials
BIOMATERIALS AND REGENERATIVE MEDICINE: Immunomodulatory Materials
BIOMATERIALS AND REGENERATIVE MEDICINE: Mechanostimulation
BIOMATERIALS AND REGENERATIVE MEDICINE: Micro- and Nanomedicines
BIOMATERIALS AND REGENERATIVE MEDICINE: Nanoscale Thermal Therapy
BIOMATERIALS AND REGENERATIVE MEDICINE: Vascular Patterning
BIOMECHANICS AND BIONICS: Biomechanics at the Cellular, Tissue, Organ, and Organism Levels
BIOMECHANICS AND BIONICS: Bionic Prostheses
BIOMECHANICS AND BIONICS: Gait Analysis, Models, and Interventions
BIOMECHANICS AND BIONICS: Locomotion
BIOMECHANICS AND BIONICS: Musculoskeletal Biomechanics
BIOMECHANICS AND BIONICS: Robotic Exoskeletons
BIOMEDICAL IMAGING AND APPLICATIONS: Biomedical Image Analysis, Simulations, and Modeling
BIOMEDICAL IMAGING AND APPLICATIONS: Biomedical Imaging for Diagnosis and Disease Treatment
BIOMEDICAL IMAGING AND APPLICATIONS: Biomedical Imaging Technologies
BIOMEDICAL IMAGING AND APPLICATIONS: Computational Medical Physics and Dose Assessment
BIOMEDICAL IMAGING AND APPLICATIONS: Signal Processing
BIOMEDICAL IMAGING AND APPLICATIONS: Vascular Patterning
MODELING AND BIOMEDICAL DATA SCIENCES: Biomedical and Clinical Big Data
MODELING AND BIOMEDICAL DATA SCIENCES: Biomedical and Clinical Informatics
MODELING AND BIOMEDICAL DATA SCIENCES: Biomedical Image Computing
MODELING AND BIOMEDICAL DATA SCIENCES: Brain Informatics
MODELING AND BIOMEDICAL DATA SCIENCES: Computer Aided Diagnosis
MODELING AND BIOMEDICAL DATA SCIENCES: Machine Learning
MODELING AND BIOMEDICAL DATA SCIENCES: Multivariate Signal Processing
MODELING AND BIOMEDICAL DATA SCIENCES: Musculoskeletal Modeling
MOLECULAR AND CELLULAR ENGINEERING: Cellular Differentiation
MOLECULAR AND CELLULAR ENGINEERING: Immunopathology
MOLECULAR AND CELLULAR ENGINEERING: Immunotherapies
MOLECULAR AND CELLULAR ENGINEERING: Molecular Self-Assembly
MOLECULAR AND CELLULAR ENGINEERING: Stem Cell Therapies and Engineering
MOLECULAR AND CELLULAR ENGINEERING: Targeted Gene Delivery
MOLECULAR AND CELLULAR ENGINEERING: Technologies for Biomarker Identification & Quantification
NEURAL ENGINEERING: Aging
NEURAL ENGINEERING: Brain and Cognitive Disorders
NEURAL ENGINEERING: Brain Mapping
NEURAL ENGINEERING: Brain-Computer Interfaces
NEURAL ENGINEERING: Cognitive Neuroscience
NEURAL ENGINEERING: Neural Repair
NEURAL ENGINEERING: Neurophysiology
NEURAL ENGINEERING: Neurorehabilitation
NEURAL ENGINEERING: Neurostimulation and Neuromodulation
ADVANCED MATERIALS, DEVICES, AND NANOTECHNOLOGY: Advanced Manufacturing
ADVANCED MATERIALS, DEVICES, AND NANOTECHNOLOGY: Biomaterials, Biomimetic Materials, and Antibacterial Surfaces
ADVANCED MATERIALS, DEVICES, AND NANOTECHNOLOGY: Energy Storage Materials, Semiconductive Materials, and Batteries
ADVANCED MATERIALS, DEVICES, AND NANOTECHNOLOGY: Magnetic Nanoparticles
ADVANCED MATERIALS, DEVICES, AND NANOTECHNOLOGY: Material Performance under Microgravity
ADVANCED MATERIALS, DEVICES, AND NANOTECHNOLOGY: Materials for Drug Delivery, Diagnostics, and Biosensors
ADVANCED MATERIALS, DEVICES, AND NANOTECHNOLOGY: Polymers, Membranes, and Separation Technologies
BIOMOLECULAR ENGINEERING, CELLULAR ENGINEERING, AND SYNTHETIC BIOLOGY: Cell and Tissue Engineering
BIOMOLECULAR ENGINEERING, CELLULAR ENGINEERING, AND SYNTHETIC BIOLOGY: Cell Migration and Cell-Cell Interactions
BIOMOLECULAR ENGINEERING, CELLULAR ENGINEERING, AND SYNTHETIC BIOLOGY: CRISPR and Genetic Engineering Technologies
BIOMOLECULAR ENGINEERING, CELLULAR ENGINEERING, AND SYNTHETIC BIOLOGY: Investigations of Disease, Disorders, and Cancer
BIOMOLECULAR ENGINEERING, CELLULAR ENGINEERING, AND SYNTHETIC BIOLOGY: Nanomaterials and Nanomedicines
BIOMOLECULAR ENGINEERING, CELLULAR ENGINEERING, AND SYNTHETIC BIOLOGY: Protein and Enzyme Engineering
BIOMOLECULAR ENGINEERING, CELLULAR ENGINEERING, AND SYNTHETIC BIOLOGY: Synthetic or Proto-Cells
COMPLEX AND MULTIPHASE FLOW DYNAMICS: Bubbles
COMPLEX AND MULTIPHASE FLOW DYNAMICS: Coacervates and Micelles
COMPLEX AND MULTIPHASE FLOW DYNAMICS: Colloids
COMPLEX AND MULTIPHASE FLOW DYNAMICS: Hydrodynamic Interactions
COMPLEX AND MULTIPHASE FLOW DYNAMICS: Liquid-Liquid Phase Separation
COMPLEX AND MULTIPHASE FLOW DYNAMICS: Microgravity Flow Dynamics
COMPLEX AND MULTIPHASE FLOW DYNAMICS: Pattern Formation
COMPLEX AND MULTIPHASE FLOW DYNAMICS: Rheology
ENERGY, ENVIRONMENT, AND SUSTAINABILITY: Enhanced Oil Recovery
ENERGY, ENVIRONMENT, AND SUSTAINABILITY: Plastics and Plastic Recycling
ENERGY, ENVIRONMENT, AND SUSTAINABILITY: Porous Media
ENERGY, ENVIRONMENT, AND SUSTAINABILITY: Separation Processes
ENERGY, ENVIRONMENT, AND SUSTAINABILITY: Superhydrophobic Surfaces
ENERGY, ENVIRONMENT, AND SUSTAINABILITY: Sustainable Materials and Packaging
ENERGY, ENVIRONMENT, AND SUSTAINABILITY: Water Purification
HETEROGENEOUS CATALYSIS AND SURFACE SCIENCE: Atomistic Behavior of Materials
HETEROGENEOUS CATALYSIS AND SURFACE SCIENCE: Interfacial Chemistry
HETEROGENEOUS CATALYSIS AND SURFACE SCIENCE: Kinetic Studies
HETEROGENEOUS CATALYSIS AND SURFACE SCIENCE: Surface Science
HETEROGENEOUS CATALYSIS AND SURFACE SCIENCE: Zeolites
MODELING, THEORY, AND SIMULATION: Artificial Intelligence
MODELING, THEORY, AND SIMULATION: COMSOL® Modeling
MODELING, THEORY, AND SIMULATION: Density Functional Theory
MODELING, THEORY, AND SIMULATION: Kinetic Modeling
MODELING, THEORY, AND SIMULATION: Mathematical Theory
MODELING, THEORY, AND SIMULATION: Molecular Dynamics Simulations
TRANSPORT, MOLECULAR THERMODYNAMICS, AND ELECTROCHEMICAL ENGINEERING: Charge Dynamics
TRANSPORT, MOLECULAR THERMODYNAMICS, AND ELECTROCHEMICAL ENGINEERING: Complex Diffusion Mechanisms
TRANSPORT, MOLECULAR THERMODYNAMICS, AND ELECTROCHEMICAL ENGINEERING: Corrosion
TRANSPORT, MOLECULAR THERMODYNAMICS, AND ELECTROCHEMICAL ENGINEERING: Diffusiophoresis
TRANSPORT, MOLECULAR THERMODYNAMICS, AND ELECTROCHEMICAL ENGINEERING: Electrochemical Systems for Sensing and Biomedical Applications
TRANSPORT, MOLECULAR THERMODYNAMICS, AND ELECTROCHEMICAL ENGINEERING: Hydrodynamic Instabilities for Materials Processing
TRANSPORT, MOLECULAR THERMODYNAMICS, AND ELECTROCHEMICAL ENGINEERING: Microgravity Transport Phenomena
TRANSPORT, MOLECULAR THERMODYNAMICS, AND ELECTROCHEMICAL ENGINEERING: Mixing
TRANSPORT, MOLECULAR THERMODYNAMICS, AND ELECTROCHEMICAL ENGINEERING: Taylor-Aris Dispersion Electrochemical Impedance Spectroscopy
Coastal and Oceanographic Engineering
Coastal Ecosystem Dynamics
Engineering Education
Geosystems Engineering
Infrastructure Planning & Management (Master’s Only)
Materials & Pavements
Structural Engineering
Sustainable Construction Engineering
Transportation Engineering
Water Systems Engineering
ALGORITHMS: Computational Geometry
ALGORITHMS: Data Structures
ALGORITHMS: Discrete Mathematics
COMPUTER AND INFORMATION SYSTEMSCloud Computing
COMPUTER AND INFORMATION SYSTEMSConcurrency
COMPUTER AND INFORMATION SYSTEMSEmbedded Systems
COMPUTER AND INFORMATION SYSTEMSEnergy-Aware Computing
COMPUTER AND INFORMATION SYSTEMSHigh Performance Computing
COMPUTER AND INFORMATION SYSTEMSParallelism
COMPUTER AND INFORMATION SYSTEMSSystem Security
HUMAN-CENTERED COMPUTING: Advanced Learning Technologies
HUMAN-CENTERED COMPUTING: AI Education
HUMAN-CENTERED COMPUTING: Computer Science Education
HUMAN-CENTERED COMPUTING: Graphics
HUMAN-CENTERED COMPUTING: Human Studies
HUMAN-CENTERED COMPUTING: Immersive Virtual Environments
HUMAN-CENTERED COMPUTING: IT Policy
HUMAN-CENTERED COMPUTING: Natural User Interfaces
HUMAN-CENTERED COMPUTING: Personalized Learning
HUMAN-CENTERED COMPUTING: Programming Language Translators
HUMAN-CENTERED COMPUTING: Software Engineering
HUMAN-CENTERED COMPUTING: Systems
HUMAN-CENTERED COMPUTING: Virtual Humans
HUMAN-CENTERED COMPUTING: Visualization
INFORMATION SCIENCE: Bioinformatics
INFORMATION SCIENCE: Data Science and Informatics
INFORMATION SCIENCE: Database
INTELLECT SYSTEMS: Biometrics
INTELLECT SYSTEMS: Computational Neuroscience
INTELLECT SYSTEMS: Computer Vision
INTELLECT SYSTEMS: Image and Signal Analysis
INTELLECT SYSTEMS: Machine Learning (for 3D Geometry)
INTELLECT SYSTEMS: Medical Image Computing
INTELLECT SYSTEMS: Remote Sensing
NETWORKS: Mobile Network Protocols, Measurements and Simulations
NETWORKS: Mobile Networking
NETWORKS: Network Security
NETWORKS: Pervasive and Mobile Computing
NETWORKS: Social Networks
COMPUTER ENGINEERING: AI, Deep Learning, Computer Vision, Natural Language Processing
COMPUTER ENGINEERING: Computer Architecture
COMPUTER ENGINEERING: Computer Networks, Wireless Networks and Mobile Computing
COMPUTER ENGINEERING: Cyber-Physical Systems, Internet of Things, Robotics, Autonomous Systems
COMPUTER ENGINEERING: Cybersecurity, Usable-security, Privacy, and Trust
COMPUTER ENGINEERING: Data Analytics and Complex IT Systems Management
COMPUTER ENGINEERING: Electronic Design Automation
COMPUTER ENGINEERING: Embedded Systems, Real-Time Systems
COMPUTER ENGINEERING: Formal methods, specification, model checking, verification
COMPUTER ENGINEERING: High-Performance, Parallel/Distributed, Cloud and Edge Computing
COMPUTER ENGINEERING: Reconfigurable Computing, FPGA
COMPUTER ENGINEERING: Smart and Connected Health
ELECTRONICS: 6G and Beyond Communications
ELECTRONICS: Analog-to-digital and Digital-to-analog Converters
ELECTRONICS: Analog/Mixed Signal Circuits and Systems
ELECTRONICS: Biomedical Electronics
ELECTRONICS: Electric Vehicles
ELECTRONICS: Electromagnetic Interference and Compatibility
ELECTRONICS: IC Reverse Engineering
ELECTRONICS: IC Security and Primitives
ELECTRONICS: Integrated Power Management
ELECTRONICS: Lower Power Integrated Circuits
ELECTRONICS: Power Electronics, Renewable Energy Conversion and Grid Integration
ELECTRONICS: RF/Microwave/Millimeter-wave Circuits and Systems
ELECTRONICS: Sensor Interface Circuitry
ELECTRONICS: Wireless Power Transfer
ELECTROPHYSICS: Advanced Materials
ELECTROPHYSICS: Biotechnology
ELECTROPHYSICS: Electrical Power Generation, Distribution/Transmission, and Utilization
ELECTROPHYSICS: Electromagnetic (EM) Fields
ELECTROPHYSICS: EM Waves – Wave Guiding, Propagation, and Interactions
ELECTROPHYSICS: Micro/Nanoelectromechanical Systems (MEMS & NEMS)
ELECTROPHYSICS: Nanotechnology
ELECTROPHYSICS: Optical Fibers and Applications
ELECTROPHYSICS: Optoelectronics (Lasers, Solar Cells, Detectors)
ELECTROPHYSICS: Photonics – Materials, Devices, and Photonic Integrated Circuits
ELECTROPHYSICS: Quantum Devices and Quantum Technologies
ELECTROPHYSICS: RF/Microwave Devices and Systems
ELECTROPHYSICS: Sensors and Actuators, Sensors for Internet of Things (IoT)
ELECTROPHYSICS: Transistors (SiGe, MIS, III-V) and Beyond-CMOS Devices
SIGNALS AND SYSTEMS: Artificial Intelligence
SIGNALS AND SYSTEMS: Automation and Control
SIGNALS AND SYSTEMS: Bio-inspired Computation and Processing
SIGNALS AND SYSTEMS: Brain-Machine Interfaces and Neuro-engineering
SIGNALS AND SYSTEMS: Machine Learning, Adaptive Learning, and Deep Learning
SIGNALS AND SYSTEMS: Multimedia Processing and Computational Photography
SIGNALS AND SYSTEMS: Network Science and Information Security
SIGNALS AND SYSTEMS: Networked Autonomous Vehicles
SIGNALS AND SYSTEMS: Remote Sensing
SIGNALS AND SYSTEMS: Smart Grid Control and Complex System Dynamics
SIGNALS AND SYSTEMS: Software-defined Radios
SIGNALS AND SYSTEMS: Statistical Signal and Array Processing
Applied Data Science: Agricultural and Biological Engineering
Applied Data Science: Artificial Intelligence
Applied Data Science: Biomedical Engineering
Applied Data Science: Data Analytics in Industrial and Systems Engineering
Applied Data Science: Environmental Engineering
Applied Data Science: Transportation Engineering
Artificial Intelligence Systems: Advanced Machine Learning and Data-Driven Modeling
Artificial Intelligence Systems: Autonomy, Robotics, and Human-Centered Computing
EDUCATIONAL APPROACHES: Active Learning
EDUCATIONAL APPROACHES: Assessment and Evaluation
EDUCATIONAL APPROACHES: Collaborative Learning
EDUCATIONAL APPROACHES: Contemporary Approaches
EDUCATIONAL APPROACHES: Curriculum and Instruction
EDUCATIONAL APPROACHES: Online and Digital Platforms
EDUCATIONAL APPROACHES: Problem-Based Learning
EDUCATIONAL APPROACHES: Project-Based Learning
EDUCATIONAL APPROACHES: Technologies and Tools
ENGINEERING FORMATION: Advising
ENGINEERING FORMATION: Communication
ENGINEERING FORMATION: Internships
ENGINEERING FORMATION: Leadership
ENGINEERING FORMATION: Mentoring
ENGINEERING FORMATION: Professional Development
ENGINEERING FORMATION: Study Abroad
HUMAN FACTORS: Affect and Emotion
HUMAN FACTORS: Identity
HUMAN FACTORS: Indicators of Success
HUMAN FACTORS: Motivation
HUMAN FACTORS: Regulation
HUMAN FACTORS: Self-efficacy
LIFELONG LEARNING IN ENGINEERING: Graduate
LIFELONG LEARNING IN ENGINEERING: Informal
LIFELONG LEARNING IN ENGINEERING: Innovations
LIFELONG LEARNING IN ENGINEERING: K-12
LIFELONG LEARNING IN ENGINEERING: Post-professional
LIFELONG LEARNING IN ENGINEERING: Professional
LIFELONG LEARNING IN ENGINEERING: Professional Development
LIFELONG LEARNING IN ENGINEERING: Undergraduate
LIFELONG LEARNING IN ENGINEERING: Upskilling
METHODS AND METHODOLOGIES IN ENGINEERING EDUCATION: Innovations
METHODS AND METHODOLOGIES IN ENGINEERING EDUCATION: Mixed-methods
METHODS AND METHODOLOGIES IN ENGINEERING EDUCATION: Multi-methods
METHODS AND METHODOLOGIES IN ENGINEERING EDUCATION: Multi-modal
METHODS AND METHODOLOGIES IN ENGINEERING EDUCATION: Qualitative
METHODS AND METHODOLOGIES IN ENGINEERING EDUCATION: Quantitative
SOCIETY AND ETHICS: Culture
SOCIETY AND ETHICS: Ethics
SOCIETY AND ETHICS: Globalization
SOCIETY AND ETHICS: Language
SOCIETY AND ETHICS: Moral reasoning
SOCIETY AND ETHICS: Policy
SOCIETY AND ETHICS: Social and Professional Responsibilities
SOCIETY AND ETHICS: Structures
SOCIETY AND ETHICS: System
Air Resources
Coastal Ecosystem Dynamics
Engineering Education Collaborative
Environmental Nanotechnology
Sustainable Materials Management
Systems Ecology & Ecological Engineering
Waters Systems Engineering
Applied AI (Artificial Intelligence)
Applied Optimization/Data Mining
Data Analytics and Systems Monitoring
Deep Learning Neural Networks
Discrete Optimization
Engineering Management
Healthcare Systems and Medical Decision Making
High-dimensional Data Analytics
Human Systems
Human-Robot Interaction
Information Technology
Occupational and Systems Safety
Occupational Biomechanics
Operations Research
Quantitative Finance
Statistical and Machine Learning
Stochastic Modeling and Analysis
Supply Chain & Logistics
Workplace Ergonomics
Advanced Materials Characterization
Biomaterials
Ceramics
Composite Materials
Computational Materials Science
Electronic Materials
Energy Materials
Engineering Education
Machine Learning/ Artificial Intelligence
Materials Processing
Metals
Nanomaterials
Nuclear Materials
Optical Materials
Polymers
Surface Science
AEROSPACE ENGINEERING: Aeronautics
AEROSPACE ENGINEERING: Aircraft and Spacecraft Guidance and Control
AEROSPACE ENGINEERING: Guidance, Navigation, and Control
AEROSPACE ENGINEERING: Micro Air Vehicles
AEROSPACE ENGINEERING: Navigation
AEROSPACE ENGINEERING: Optimization Techniques for Aerospace Systems
AEROSPACE ENGINEERING: Small Satellites
AEROSPACE ENGINEERING: Space and Atmospheric Flight Optimal Control
AEROSPACE ENGINEERING: Space Cryogenic Fluids Thermal Management
AEROSPACE ENGINEERING: Space Mission Design and Planning
AEROSPACE ENGINEERING: Space Physics/Weather
AEROSPACE ENGINEERING: Spacecraft and Vehicle Design
MECHANICAL ENGINEERING: Advanced Manufacturing
MECHANICAL ENGINEERING: Autonomous Systems
MECHANICAL ENGINEERING: Cell and Biomechanics
MECHANICAL ENGINEERING: Combustion/Propulsion
MECHANICAL ENGINEERING: Composites
MECHANICAL ENGINEERING: Computational Mechanics
MECHANICAL ENGINEERING: Dynamics and Control
MECHANICAL ENGINEERING: Energy Systems
MECHANICAL ENGINEERING: Fluid Dynamics
MECHANICAL ENGINEERING: High Strain Rate Behavior of Materials
MECHANICAL ENGINEERING: Laser Diagnostics
MECHANICAL ENGINEERING: Microsystems
MECHANICAL ENGINEERING: Mobile Power
MECHANICAL ENGINEERING: Nano- and Micro-Electromechanical Systems
MECHANICAL ENGINEERING: Nano- and Micro-Mechanics
MECHANICAL ENGINEERING: Nonlinear Controls
MECHANICAL ENGINEERING: Renewable Energy
MECHANICAL ENGINEERING: Robotics
MECHANICAL ENGINEERING: Soft Matter Mechanics and Manufacturing
MECHANICAL ENGINEERING: Solid Mechanics
MECHANICAL ENGINEERING: Structural Mechanics and Optimization
MECHANICAL ENGINEERING: Tribology
MODELING AND SIMULATION: Multi-Physics Modelling
MODELING AND SIMULATION: Multi-Scale Modeling and Simulation of Materials
MODELING AND SIMULATION: Neutron and Gamma Cross Section Data
MODELING AND SIMULATION: Nuclear Criticality Safety
MODELING AND SIMULATION: Radiation Shielding
MODELING AND SIMULATION: Reactor Neutronics
MODELING AND SIMULATION: Static and Time-Dependent Neutron Transport
NUCLEAR FUSION AND PLASMA SCIENCES: Low-Temperature Plasma Processing
NUCLEAR FUSION AND PLASMA SCIENCES: Nano-Scale Drug Delivery
NUCLEAR FUSION AND PLASMA SCIENCES: Nuclear Fusion Reactors
NUCLEAR FUSION AND PLASMA SCIENCES: Plasma Transport and Turbulences
NUCLEAR MATERIALS: Light Water Reactor Sustainability
NUCLEAR MATERIALS: Nuclear Fuels
NUCLEAR MATERIALS: Radiation Tolerant Materials
NUCLEAR MATERIALS: Stress Corrosion Cracking
NUCLEAR REACTOR ENGINEERING: Advanced Design and Analysis
NUCLEAR REACTOR ENGINEERING: Fission Technology
NUCLEAR REACTOR ENGINEERING: Nuclear Fuel Design
NUCLEAR REACTOR ENGINEERING: Quantitative Visualization
NUCLEAR REACTOR ENGINEERING: Thermal Hydraulics and Multi-Phase Flow
NUCLEAR SECURITY & NONPROLIFERATION: International Safeguards
NUCLEAR SECURITY & NONPROLIFERATION: Nonproliferation & Arms Control
NUCLEAR SECURITY & NONPROLIFERATION: Nuclear Forensics
NUCLEAR SECURITY & NONPROLIFERATION: Nuclear Materials Control & Accountability
RADIATION DETECTION AND MEASUREMENTS: New Radiation Detection Materials
RADIATION DETECTION AND MEASUREMENTS: Non-Destructive Examination
RADIATION DETECTION AND MEASUREMENTS: Nuclear Safeguards and Security
RADIATION DETECTION AND MEASUREMENTS: Radiation Dose Measurements
RADIATION DETECTION AND MEASUREMENTS: Radiation Imaging
RADIATION DETECTION AND MEASUREMENTS: Signal Processing Electronics
RADIOCHEMISTRY: Actinide and Lanthanide Species
RADIOCHEMISTRY: Fission Product Behavior
RADIOCHEMISTRY: Nuclear Forensics
RADIOCHEMISTRY: Nuclear Wastes Management
RADIOCHEMISTRY: Separation Techniques
MS Program of Interest (Optional Second Choice)
Please select...
Agricultural and Biological Engineering
Biomedical Engineering
Chemical Engineering
Civil and Coastal Engineering
Computer and Information Science and Engineering
Electrical and Computer Engineering
Engineering Education
Environmental Engineering Sciences
Industrial and Systems Engineering
Materials Science and Engineering
Mechanical and Aerospace Engineering
Nuclear Engineering Sciences
Areas of Specialization 1 (Select those that apply)
Please select...
APPROACHES: AI and Data Analytics
APPROACHES: Automation and Robotics
APPROACHES: Decision Support Systems
APPROACHES: Remote and Direct Sensing and Control
APPROACHES: Systems Modeling
APPROACHES: Technology Development and Assessment
DOMAINS: AGRICULTURAL PRODUCTION: Agronomic Management
DOMAINS: AGRICULTURAL PRODUCTION: Animal Systems
DOMAINS: AGRICULTURAL PRODUCTION: Controlled Environments
DOMAINS: AGRICULTURAL PRODUCTION: Field and Specialty Crops
DOMAINS: BIOENERGY/BIOPRODUCTS: Anaerobic Digestion
DOMAINS: BIOENERGY/BIOPRODUCTS: Biofuel Production
DOMAINS: BIOENERGY/BIOPRODUCTS: Bioplastics
DOMAINS: BUILT ECOSYSTEMS: Engineering Urban Soils
DOMAINS: BUILT ECOSYSTEMS: Green Infrastructure
DOMAINS: BUILT ECOSYSTEMS: Stormwater Management and Control
DOMAINS: CLIMATE AND WEATHER: Climate Change
DOMAINS: CLIMATE AND WEATHER: Climate Variability
DOMAINS: CLIMATE AND WEATHER: Forecasting
DOMAINS: CLIMATE AND WEATHER: Trend Identification
DOMAINS: CLIMATE AND WEATHER: Weather Quantification
DOMAINS: FOOD CHAIN SYSTEMS: Food Preproduction/Production Phases
DOMAINS: FOOD CHAIN SYSTEMS: Life Cycle Considerations
DOMAINS: FOOD CHAIN SYSTEMS: Packaging
DOMAINS: FOOD CHAIN SYSTEMS: Transportation and Distribution
DOMAINS: FOOD CHAIN SYSTEMS: Water Reuse
DOMAINS: NATURAL AND HUMAN SYSTEMS: Human Impacts on Natural Systems
DOMAINS: NATURAL AND HUMAN SYSTEMS: Impacts of Natural Systems on Humans
DOMAINS: NATURAL AND HUMAN SYSTEMS: Responses to Change
DOMAINS: PACKAGING: Byproducts of the Packaging Process
DOMAINS: PACKAGING: Extending Shelf Life
DOMAINS: PACKAGING: Food and Non-Food Material Safety
DOMAINS: PACKAGING: Improving End-of-Lifecycle Outcomes for Packaging Materials
DOMAINS: PACKAGING: Innovative Material Variants
DOMAINS: PACKAGING: Preserving Nutritious Value of Foods
DOMAINS: WATER QUALITY AND QUANTITY: Agrochemical and Nutrient Transport
DOMAINS: WATER QUALITY AND QUANTITY: Ecosystem Services
DOMAINS: WATER QUALITY AND QUANTITY: Hydrologic Cycle
BIOMATERIALS AND REGENERATIVE MEDICINE: Bioreactors
BIOMATERIALS AND REGENERATIVE MEDICINE: Cell and Tissue Repair, Regeneration, and Engineering
BIOMATERIALS AND REGENERATIVE MEDICINE: Controlled Release and Drug Delivery
BIOMATERIALS AND REGENERATIVE MEDICINE: Engineered Biomimetic Materials
BIOMATERIALS AND REGENERATIVE MEDICINE: Immunomodulatory Materials
BIOMATERIALS AND REGENERATIVE MEDICINE: Mechanostimulation
BIOMATERIALS AND REGENERATIVE MEDICINE: Micro- and Nanomedicines
BIOMATERIALS AND REGENERATIVE MEDICINE: Nanoscale Thermal Therapy
BIOMATERIALS AND REGENERATIVE MEDICINE: Vascular Patterning
BIOMECHANICS AND BIONICS: Biomechanics at the Cellular, Tissue, Organ, and Organism Levels
BIOMECHANICS AND BIONICS: Bionic Prostheses
BIOMECHANICS AND BIONICS: Gait Analysis, Models, and Interventions
BIOMECHANICS AND BIONICS: Locomotion
BIOMECHANICS AND BIONICS: Musculoskeletal Biomechanics
BIOMECHANICS AND BIONICS: Robotic Exoskeletons
BIOMEDICAL IMAGING AND APPLICATIONS: Biomedical Image Analysis, Simulations, and Modeling
BIOMEDICAL IMAGING AND APPLICATIONS: Biomedical Imaging for Diagnosis and Disease Treatment
BIOMEDICAL IMAGING AND APPLICATIONS: Biomedical Imaging Technologies
BIOMEDICAL IMAGING AND APPLICATIONS: Computational Medical Physics and Dose Assessment
BIOMEDICAL IMAGING AND APPLICATIONS: Signal Processing
BIOMEDICAL IMAGING AND APPLICATIONS: Vascular Patterning
MODELING AND BIOMEDICAL DATA SCIENCES: Biomedical and Clinical Big Data
MODELING AND BIOMEDICAL DATA SCIENCES: Biomedical and Clinical Informatics
MODELING AND BIOMEDICAL DATA SCIENCES: Biomedical Image Computing
MODELING AND BIOMEDICAL DATA SCIENCES: Brain Informatics
MODELING AND BIOMEDICAL DATA SCIENCES: Computer Aided Diagnosis
MODELING AND BIOMEDICAL DATA SCIENCES: Machine Learning
MODELING AND BIOMEDICAL DATA SCIENCES: Multivariate Signal Processing
MODELING AND BIOMEDICAL DATA SCIENCES: Musculoskeletal Modeling
MOLECULAR AND CELLULAR ENGINEERING: Cellular Differentiation
MOLECULAR AND CELLULAR ENGINEERING: Immunopathology
MOLECULAR AND CELLULAR ENGINEERING: Immunotherapies
MOLECULAR AND CELLULAR ENGINEERING: Molecular Self-Assembly
MOLECULAR AND CELLULAR ENGINEERING: Stem Cell Therapies and Engineering
MOLECULAR AND CELLULAR ENGINEERING: Targeted Gene Delivery
MOLECULAR AND CELLULAR ENGINEERING: Technologies for Biomarker Identification & Quantification
NEURAL ENGINEERING: Aging
NEURAL ENGINEERING: Brain and Cognitive Disorders
NEURAL ENGINEERING: Brain Mapping
NEURAL ENGINEERING: Brain-Computer Interfaces
NEURAL ENGINEERING: Cognitive Neuroscience
NEURAL ENGINEERING: Neural Repair
NEURAL ENGINEERING: Neurophysiology
NEURAL ENGINEERING: Neurorehabilitation
NEURAL ENGINEERING: Neurostimulation and Neuromodulation
ADVANCED MATERIALS, DEVICES, AND NANOTECHNOLOGY: Advanced Manufacturing
ADVANCED MATERIALS, DEVICES, AND NANOTECHNOLOGY: Biomaterials, Biomimetic Materials, and Antibacterial Surfaces
ADVANCED MATERIALS, DEVICES, AND NANOTECHNOLOGY: Energy Storage Materials, Semiconductive Materials, and Batteries
ADVANCED MATERIALS, DEVICES, AND NANOTECHNOLOGY: Magnetic Nanoparticles
ADVANCED MATERIALS, DEVICES, AND NANOTECHNOLOGY: Material Performance under Microgravity
ADVANCED MATERIALS, DEVICES, AND NANOTECHNOLOGY: Materials for Drug Delivery, Diagnostics, and Biosensors
ADVANCED MATERIALS, DEVICES, AND NANOTECHNOLOGY: Polymers, Membranes, and Separation Technologies
BIOMOLECULAR ENGINEERING, CELLULAR ENGINEERING, AND SYNTHETIC BIOLOGY: Cell and Tissue Engineering
BIOMOLECULAR ENGINEERING, CELLULAR ENGINEERING, AND SYNTHETIC BIOLOGY: Cell Migration and Cell-Cell Interactions
BIOMOLECULAR ENGINEERING, CELLULAR ENGINEERING, AND SYNTHETIC BIOLOGY: CRISPR and Genetic Engineering Technologies
BIOMOLECULAR ENGINEERING, CELLULAR ENGINEERING, AND SYNTHETIC BIOLOGY: Investigations of Disease, Disorders, and Cancer
BIOMOLECULAR ENGINEERING, CELLULAR ENGINEERING, AND SYNTHETIC BIOLOGY: Nanomaterials and Nanomedicines
BIOMOLECULAR ENGINEERING, CELLULAR ENGINEERING, AND SYNTHETIC BIOLOGY: Protein and Enzyme Engineering
BIOMOLECULAR ENGINEERING, CELLULAR ENGINEERING, AND SYNTHETIC BIOLOGY: Synthetic or Proto-Cells
COMPLEX AND MULTIPHASE FLOW DYNAMICS: Bubbles
COMPLEX AND MULTIPHASE FLOW DYNAMICS: Coacervates and Micelles
COMPLEX AND MULTIPHASE FLOW DYNAMICS: Colloids
COMPLEX AND MULTIPHASE FLOW DYNAMICS: Hydrodynamic Interactions
COMPLEX AND MULTIPHASE FLOW DYNAMICS: Liquid-Liquid Phase Separation
COMPLEX AND MULTIPHASE FLOW DYNAMICS: Microgravity Flow Dynamics
COMPLEX AND MULTIPHASE FLOW DYNAMICS: Pattern Formation
COMPLEX AND MULTIPHASE FLOW DYNAMICS: Rheology
ENERGY, ENVIRONMENT, AND SUSTAINABILITY: Enhanced Oil Recovery
ENERGY, ENVIRONMENT, AND SUSTAINABILITY: Plastics and Plastic Recycling
ENERGY, ENVIRONMENT, AND SUSTAINABILITY: Porous Media
ENERGY, ENVIRONMENT, AND SUSTAINABILITY: Separation Processes
ENERGY, ENVIRONMENT, AND SUSTAINABILITY: Superhydrophobic Surfaces
ENERGY, ENVIRONMENT, AND SUSTAINABILITY: Sustainable Materials and Packaging
ENERGY, ENVIRONMENT, AND SUSTAINABILITY: Water Purification
HETEROGENEOUS CATALYSIS AND SURFACE SCIENCE: Atomistic Behavior of Materials
HETEROGENEOUS CATALYSIS AND SURFACE SCIENCE: Interfacial Chemistry
HETEROGENEOUS CATALYSIS AND SURFACE SCIENCE: Kinetic Studies
HETEROGENEOUS CATALYSIS AND SURFACE SCIENCE: Surface Science
HETEROGENEOUS CATALYSIS AND SURFACE SCIENCE: Zeolites
MODELING, THEORY, AND SIMULATION: Artificial Intelligence
MODELING, THEORY, AND SIMULATION: COMSOL® Modeling
MODELING, THEORY, AND SIMULATION: Density Functional Theory
MODELING, THEORY, AND SIMULATION: Kinetic Modeling
MODELING, THEORY, AND SIMULATION: Mathematical Theory
MODELING, THEORY, AND SIMULATION: Molecular Dynamics Simulations
TRANSPORT, MOLECULAR THERMODYNAMICS, AND ELECTROCHEMICAL ENGINEERING: Charge Dynamics
TRANSPORT, MOLECULAR THERMODYNAMICS, AND ELECTROCHEMICAL ENGINEERING: Complex Diffusion Mechanisms
TRANSPORT, MOLECULAR THERMODYNAMICS, AND ELECTROCHEMICAL ENGINEERING: Corrosion
TRANSPORT, MOLECULAR THERMODYNAMICS, AND ELECTROCHEMICAL ENGINEERING: Diffusiophoresis
TRANSPORT, MOLECULAR THERMODYNAMICS, AND ELECTROCHEMICAL ENGINEERING: Electrochemical Systems for Sensing and Biomedical Applications
TRANSPORT, MOLECULAR THERMODYNAMICS, AND ELECTROCHEMICAL ENGINEERING: Hydrodynamic Instabilities for Materials Processing
TRANSPORT, MOLECULAR THERMODYNAMICS, AND ELECTROCHEMICAL ENGINEERING: Microgravity Transport Phenomena
TRANSPORT, MOLECULAR THERMODYNAMICS, AND ELECTROCHEMICAL ENGINEERING: Mixing
TRANSPORT, MOLECULAR THERMODYNAMICS, AND ELECTROCHEMICAL ENGINEERING: Taylor-Aris Dispersion Electrochemical Impedance Spectroscopy
Coastal and Oceanographic Engineering
Coastal Ecosystem Dynamics
Engineering Education
Geosystems Engineering
Infrastructure Planning & Management (Master’s Only)
Materials & Pavements
Structural Engineering
Sustainable Construction Engineering
Transportation Engineering
Water Systems Engineering
ALGORITHMS: Computational Geometry
ALGORITHMS: Data Structures
ALGORITHMS: Discrete Mathematics
COMPUTER AND INFORMATION SYSTEMSCloud Computing
COMPUTER AND INFORMATION SYSTEMSConcurrency
COMPUTER AND INFORMATION SYSTEMSEmbedded Systems
COMPUTER AND INFORMATION SYSTEMSEnergy-Aware Computing
COMPUTER AND INFORMATION SYSTEMSHigh Performance Computing
COMPUTER AND INFORMATION SYSTEMSParallelism
COMPUTER AND INFORMATION SYSTEMSSystem Security
HUMAN-CENTERED COMPUTING: Advanced Learning Technologies
HUMAN-CENTERED COMPUTING: AI Education
HUMAN-CENTERED COMPUTING: Computer Science Education
HUMAN-CENTERED COMPUTING: Graphics
HUMAN-CENTERED COMPUTING: Human Studies
HUMAN-CENTERED COMPUTING: Immersive Virtual Environments
HUMAN-CENTERED COMPUTING: IT Policy
HUMAN-CENTERED COMPUTING: Natural User Interfaces
HUMAN-CENTERED COMPUTING: Personalized Learning
HUMAN-CENTERED COMPUTING: Programming Language Translators
HUMAN-CENTERED COMPUTING: Software Engineering
HUMAN-CENTERED COMPUTING: Systems
HUMAN-CENTERED COMPUTING: Virtual Humans
HUMAN-CENTERED COMPUTING: Visualization
INFORMATION SCIENCE: Bioinformatics
INFORMATION SCIENCE: Data Science and Informatics
INFORMATION SCIENCE: Database
INTELLECT SYSTEMS: Biometrics
INTELLECT SYSTEMS: Computational Neuroscience
INTELLECT SYSTEMS: Computer Vision
INTELLECT SYSTEMS: Image and Signal Analysis
INTELLECT SYSTEMS: Machine Learning (for 3D Geometry)
INTELLECT SYSTEMS: Medical Image Computing
INTELLECT SYSTEMS: Remote Sensing
NETWORKS: Mobile Network Protocols, Measurements and Simulations
NETWORKS: Mobile Networking
NETWORKS: Network Security
NETWORKS: Pervasive and Mobile Computing
NETWORKS: Social Networks
COMPUTER ENGINEERING: AI, Deep Learning, Computer Vision, Natural Language Processing
COMPUTER ENGINEERING: Computer Architecture
COMPUTER ENGINEERING: Computer Networks, Wireless Networks and Mobile Computing
COMPUTER ENGINEERING: Cyber-Physical Systems, Internet of Things, Robotics, Autonomous Systems
COMPUTER ENGINEERING: Cybersecurity, Usable-security, Privacy, and Trust
COMPUTER ENGINEERING: Data Analytics and Complex IT Systems Management
COMPUTER ENGINEERING: Electronic Design Automation
COMPUTER ENGINEERING: Embedded Systems, Real-Time Systems
COMPUTER ENGINEERING: Formal methods, specification, model checking, verification
COMPUTER ENGINEERING: High-Performance, Parallel/Distributed, Cloud and Edge Computing
COMPUTER ENGINEERING: Reconfigurable Computing, FPGA
COMPUTER ENGINEERING: Smart and Connected Health
ELECTRONICS: 6G and Beyond Communications
ELECTRONICS: Analog-to-digital and Digital-to-analog Converters
ELECTRONICS: Analog/Mixed Signal Circuits and Systems
ELECTRONICS: Biomedical Electronics
ELECTRONICS: Electric Vehicles
ELECTRONICS: Electromagnetic Interference and Compatibility
ELECTRONICS: IC Reverse Engineering
ELECTRONICS: IC Security and Primitives
ELECTRONICS: Integrated Power Management
ELECTRONICS: Lower Power Integrated Circuits
ELECTRONICS: Power Electronics, Renewable Energy Conversion and Grid Integration
ELECTRONICS: RF/Microwave/Millimeter-wave Circuits and Systems
ELECTRONICS: Sensor Interface Circuitry
ELECTRONICS: Wireless Power Transfer
ELECTROPHYSICS: Advanced Materials
ELECTROPHYSICS: Biotechnology
ELECTROPHYSICS: Electrical Power Generation, Distribution/Transmission, and Utilization
ELECTROPHYSICS: Electromagnetic (EM) Fields
ELECTROPHYSICS: EM Waves – Wave Guiding, Propagation, and Interactions
ELECTROPHYSICS: Micro/Nanoelectromechanical Systems (MEMS & NEMS)
ELECTROPHYSICS: Nanotechnology
ELECTROPHYSICS: Optical Fibers and Applications
ELECTROPHYSICS: Optoelectronics (Lasers, Solar Cells, Detectors)
ELECTROPHYSICS: Photonics – Materials, Devices, and Photonic Integrated Circuits
ELECTROPHYSICS: Quantum Devices and Quantum Technologies
ELECTROPHYSICS: RF/Microwave Devices and Systems
ELECTROPHYSICS: Sensors and Actuators, Sensors for Internet of Things (IoT)
ELECTROPHYSICS: Transistors (SiGe, MIS, III-V) and Beyond-CMOS Devices
SIGNALS AND SYSTEMS: Artificial Intelligence
SIGNALS AND SYSTEMS: Automation and Control
SIGNALS AND SYSTEMS: Bio-inspired Computation and Processing
SIGNALS AND SYSTEMS: Brain-Machine Interfaces and Neuro-engineering
SIGNALS AND SYSTEMS: Machine Learning, Adaptive Learning, and Deep Learning
SIGNALS AND SYSTEMS: Multimedia Processing and Computational Photography
SIGNALS AND SYSTEMS: Network Science and Information Security
SIGNALS AND SYSTEMS: Networked Autonomous Vehicles
SIGNALS AND SYSTEMS: Remote Sensing
SIGNALS AND SYSTEMS: Smart Grid Control and Complex System Dynamics
SIGNALS AND SYSTEMS: Software-defined Radios
SIGNALS AND SYSTEMS: Statistical Signal and Array Processing
Applied Data Science: Agricultural and Biological Engineering
Applied Data Science: Artificial Intelligence
Applied Data Science: Biomedical Engineering
Applied Data Science: Data Analytics in Industrial and Systems Engineering
Applied Data Science: Environmental Engineering
Applied Data Science: Transportation Engineering
Artificial Intelligence Systems: Advanced Machine Learning and Data-Driven Modeling
Artificial Intelligence Systems: Autonomy, Robotics, and Human-Centered Computing
EDUCATIONAL APPROACHES: Active Learning
EDUCATIONAL APPROACHES: Assessment and Evaluation
EDUCATIONAL APPROACHES: Collaborative Learning
EDUCATIONAL APPROACHES: Contemporary Approaches
EDUCATIONAL APPROACHES: Curriculum and Instruction
EDUCATIONAL APPROACHES: Online and Digital Platforms
EDUCATIONAL APPROACHES: Problem-Based Learning
EDUCATIONAL APPROACHES: Project-Based Learning
EDUCATIONAL APPROACHES: Technologies and Tools
ENGINEERING FORMATION: Advising
ENGINEERING FORMATION: Communication
ENGINEERING FORMATION: Internships
ENGINEERING FORMATION: Leadership
ENGINEERING FORMATION: Mentoring
ENGINEERING FORMATION: Professional Development
ENGINEERING FORMATION: Study Abroad
HUMAN FACTORS: Affect and Emotion
HUMAN FACTORS: Identity
HUMAN FACTORS: Indicators of Success
HUMAN FACTORS: Motivation
HUMAN FACTORS: Regulation
HUMAN FACTORS: Self-efficacy
LIFELONG LEARNING IN ENGINEERING: Graduate
LIFELONG LEARNING IN ENGINEERING: Informal
LIFELONG LEARNING IN ENGINEERING: Innovations
LIFELONG LEARNING IN ENGINEERING: K-12
LIFELONG LEARNING IN ENGINEERING: Post-professional
LIFELONG LEARNING IN ENGINEERING: Professional
LIFELONG LEARNING IN ENGINEERING: Professional Development
LIFELONG LEARNING IN ENGINEERING: Undergraduate
LIFELONG LEARNING IN ENGINEERING: Upskilling
METHODS AND METHODOLOGIES IN ENGINEERING EDUCATION: Innovations
METHODS AND METHODOLOGIES IN ENGINEERING EDUCATION: Mixed-methods
METHODS AND METHODOLOGIES IN ENGINEERING EDUCATION: Multi-methods
METHODS AND METHODOLOGIES IN ENGINEERING EDUCATION: Multi-modal
METHODS AND METHODOLOGIES IN ENGINEERING EDUCATION: Qualitative
METHODS AND METHODOLOGIES IN ENGINEERING EDUCATION: Quantitative
SOCIETY AND ETHICS: Culture
SOCIETY AND ETHICS: Ethics
SOCIETY AND ETHICS: Globalization
SOCIETY AND ETHICS: Language
SOCIETY AND ETHICS: Moral reasoning
SOCIETY AND ETHICS: Policy
SOCIETY AND ETHICS: Social and Professional Responsibilities
SOCIETY AND ETHICS: Structures
SOCIETY AND ETHICS: System
Air Resources
Coastal Ecosystem Dynamics
Engineering Education Collaborative
Environmental Nanotechnology
Sustainable Materials Management
Systems Ecology & Ecological Engineering
Waters Systems Engineering
Applied AI (Artificial Intelligence)
Applied Optimization/Data Mining
Data Analytics and Systems Monitoring
Deep Learning Neural Networks
Discrete Optimization
Engineering Management
Healthcare Systems and Medical Decision Making
High-dimensional Data Analytics
Human Systems
Human-Robot Interaction
Information Technology
Occupational and Systems Safety
Occupational Biomechanics
Operations Research
Quantitative Finance
Statistical and Machine Learning
Stochastic Modeling and Analysis
Supply Chain & Logistics
Workplace Ergonomics
Advanced Materials Characterization
Biomaterials
Ceramics
Composite Materials
Computational Materials Science
Electronic Materials
Energy Materials
Engineering Education
Machine Learning/ Artificial Intelligence
Materials Processing
Metals
Nanomaterials
Nuclear Materials
Optical Materials
Polymers
Surface Science
AEROSPACE ENGINEERING: Aeronautics
AEROSPACE ENGINEERING: Aircraft and Spacecraft Guidance and Control
AEROSPACE ENGINEERING: Guidance, Navigation, and Control
AEROSPACE ENGINEERING: Micro Air Vehicles
AEROSPACE ENGINEERING: Navigation
AEROSPACE ENGINEERING: Optimization Techniques for Aerospace Systems
AEROSPACE ENGINEERING: Small Satellites
AEROSPACE ENGINEERING: Space and Atmospheric Flight Optimal Control
AEROSPACE ENGINEERING: Space Cryogenic Fluids Thermal Management
AEROSPACE ENGINEERING: Space Mission Design and Planning
AEROSPACE ENGINEERING: Space Physics/Weather
AEROSPACE ENGINEERING: Spacecraft and Vehicle Design
MECHANICAL ENGINEERING: Advanced Manufacturing
MECHANICAL ENGINEERING: Autonomous Systems
MECHANICAL ENGINEERING: Cell and Biomechanics
MECHANICAL ENGINEERING: Combustion/Propulsion
MECHANICAL ENGINEERING: Composites
MECHANICAL ENGINEERING: Computational Mechanics
MECHANICAL ENGINEERING: Dynamics and Control
MECHANICAL ENGINEERING: Energy Systems
MECHANICAL ENGINEERING: Fluid Dynamics
MECHANICAL ENGINEERING: High Strain Rate Behavior of Materials
MECHANICAL ENGINEERING: Laser Diagnostics
MECHANICAL ENGINEERING: Microsystems
MECHANICAL ENGINEERING: Mobile Power
MECHANICAL ENGINEERING: Nano- and Micro-Electromechanical Systems
MECHANICAL ENGINEERING: Nano- and Micro-Mechanics
MECHANICAL ENGINEERING: Nonlinear Controls
MECHANICAL ENGINEERING: Renewable Energy
MECHANICAL ENGINEERING: Robotics
MECHANICAL ENGINEERING: Soft Matter Mechanics and Manufacturing
MECHANICAL ENGINEERING: Solid Mechanics
MECHANICAL ENGINEERING: Structural Mechanics and Optimization
MECHANICAL ENGINEERING: Tribology
MODELING AND SIMULATION: Multi-Physics Modelling
MODELING AND SIMULATION: Multi-Scale Modeling and Simulation of Materials
MODELING AND SIMULATION: Neutron and Gamma Cross Section Data
MODELING AND SIMULATION: Nuclear Criticality Safety
MODELING AND SIMULATION: Radiation Shielding
MODELING AND SIMULATION: Reactor Neutronics
MODELING AND SIMULATION: Static and Time-Dependent Neutron Transport
NUCLEAR FUSION AND PLASMA SCIENCES: Low-Temperature Plasma Processing
NUCLEAR FUSION AND PLASMA SCIENCES: Nano-Scale Drug Delivery
NUCLEAR FUSION AND PLASMA SCIENCES: Nuclear Fusion Reactors
NUCLEAR FUSION AND PLASMA SCIENCES: Plasma Transport and Turbulences
NUCLEAR MATERIALS: Light Water Reactor Sustainability
NUCLEAR MATERIALS: Nuclear Fuels
NUCLEAR MATERIALS: Radiation Tolerant Materials
NUCLEAR MATERIALS: Stress Corrosion Cracking
NUCLEAR REACTOR ENGINEERING: Advanced Design and Analysis
NUCLEAR REACTOR ENGINEERING: Fission Technology
NUCLEAR REACTOR ENGINEERING: Nuclear Fuel Design
NUCLEAR REACTOR ENGINEERING: Quantitative Visualization
NUCLEAR REACTOR ENGINEERING: Thermal Hydraulics and Multi-Phase Flow
NUCLEAR SECURITY & NONPROLIFERATION: International Safeguards
NUCLEAR SECURITY & NONPROLIFERATION: Nonproliferation & Arms Control
NUCLEAR SECURITY & NONPROLIFERATION: Nuclear Forensics
NUCLEAR SECURITY & NONPROLIFERATION: Nuclear Materials Control & Accountability
RADIATION DETECTION AND MEASUREMENTS: New Radiation Detection Materials
RADIATION DETECTION AND MEASUREMENTS: Non-Destructive Examination
RADIATION DETECTION AND MEASUREMENTS: Nuclear Safeguards and Security
RADIATION DETECTION AND MEASUREMENTS: Radiation Dose Measurements
RADIATION DETECTION AND MEASUREMENTS: Radiation Imaging
RADIATION DETECTION AND MEASUREMENTS: Signal Processing Electronics
RADIOCHEMISTRY: Actinide and Lanthanide Species
RADIOCHEMISTRY: Fission Product Behavior
RADIOCHEMISTRY: Nuclear Forensics
RADIOCHEMISTRY: Nuclear Wastes Management
RADIOCHEMISTRY: Separation Techniques
Areas of Specialization 2 (Select those that apply)
Please select...
APPROACHES: AI and Data Analytics
APPROACHES: Automation and Robotics
APPROACHES: Decision Support Systems
APPROACHES: Remote and Direct Sensing and Control
APPROACHES: Systems Modeling
APPROACHES: Technology Development and Assessment
DOMAINS: AGRICULTURAL PRODUCTION: Agronomic Management
DOMAINS: AGRICULTURAL PRODUCTION: Animal Systems
DOMAINS: AGRICULTURAL PRODUCTION: Controlled Environments
DOMAINS: AGRICULTURAL PRODUCTION: Field and Specialty Crops
DOMAINS: BIOENERGY/BIOPRODUCTS: Anaerobic Digestion
DOMAINS: BIOENERGY/BIOPRODUCTS: Biofuel Production
DOMAINS: BIOENERGY/BIOPRODUCTS: Bioplastics
DOMAINS: BUILT ECOSYSTEMS: Engineering Urban Soils
DOMAINS: BUILT ECOSYSTEMS: Green Infrastructure
DOMAINS: BUILT ECOSYSTEMS: Stormwater Management and Control
DOMAINS: CLIMATE AND WEATHER: Climate Change
DOMAINS: CLIMATE AND WEATHER: Climate Variability
DOMAINS: CLIMATE AND WEATHER: Forecasting
DOMAINS: CLIMATE AND WEATHER: Trend Identification
DOMAINS: CLIMATE AND WEATHER: Weather Quantification
DOMAINS: FOOD CHAIN SYSTEMS: Food Preproduction/Production Phases
DOMAINS: FOOD CHAIN SYSTEMS: Life Cycle Considerations
DOMAINS: FOOD CHAIN SYSTEMS: Packaging
DOMAINS: FOOD CHAIN SYSTEMS: Transportation and Distribution
DOMAINS: FOOD CHAIN SYSTEMS: Water Reuse
DOMAINS: NATURAL AND HUMAN SYSTEMS: Human Impacts on Natural Systems
DOMAINS: NATURAL AND HUMAN SYSTEMS: Impacts of Natural Systems on Humans
DOMAINS: NATURAL AND HUMAN SYSTEMS: Responses to Change
DOMAINS: PACKAGING: Byproducts of the Packaging Process
DOMAINS: PACKAGING: Extending Shelf Life
DOMAINS: PACKAGING: Food and Non-Food Material Safety
DOMAINS: PACKAGING: Improving End-of-Lifecycle Outcomes for Packaging Materials
DOMAINS: PACKAGING: Innovative Material Variants
DOMAINS: PACKAGING: Preserving Nutritious Value of Foods
DOMAINS: WATER QUALITY AND QUANTITY: Agrochemical and Nutrient Transport
DOMAINS: WATER QUALITY AND QUANTITY: Ecosystem Services
DOMAINS: WATER QUALITY AND QUANTITY: Hydrologic Cycle
BIOMATERIALS AND REGENERATIVE MEDICINE: Bioreactors
BIOMATERIALS AND REGENERATIVE MEDICINE: Cell and Tissue Repair, Regeneration, and Engineering
BIOMATERIALS AND REGENERATIVE MEDICINE: Controlled Release and Drug Delivery
BIOMATERIALS AND REGENERATIVE MEDICINE: Engineered Biomimetic Materials
BIOMATERIALS AND REGENERATIVE MEDICINE: Immunomodulatory Materials
BIOMATERIALS AND REGENERATIVE MEDICINE: Mechanostimulation
BIOMATERIALS AND REGENERATIVE MEDICINE: Micro- and Nanomedicines
BIOMATERIALS AND REGENERATIVE MEDICINE: Nanoscale Thermal Therapy
BIOMATERIALS AND REGENERATIVE MEDICINE: Vascular Patterning
BIOMECHANICS AND BIONICS: Biomechanics at the Cellular, Tissue, Organ, and Organism Levels
BIOMECHANICS AND BIONICS: Bionic Prostheses
BIOMECHANICS AND BIONICS: Gait Analysis, Models, and Interventions
BIOMECHANICS AND BIONICS: Locomotion
BIOMECHANICS AND BIONICS: Musculoskeletal Biomechanics
BIOMECHANICS AND BIONICS: Robotic Exoskeletons
BIOMEDICAL IMAGING AND APPLICATIONS: Biomedical Image Analysis, Simulations, and Modeling
BIOMEDICAL IMAGING AND APPLICATIONS: Biomedical Imaging for Diagnosis and Disease Treatment
BIOMEDICAL IMAGING AND APPLICATIONS: Biomedical Imaging Technologies
BIOMEDICAL IMAGING AND APPLICATIONS: Computational Medical Physics and Dose Assessment
BIOMEDICAL IMAGING AND APPLICATIONS: Signal Processing
BIOMEDICAL IMAGING AND APPLICATIONS: Vascular Patterning
MODELING AND BIOMEDICAL DATA SCIENCES: Biomedical and Clinical Big Data
MODELING AND BIOMEDICAL DATA SCIENCES: Biomedical and Clinical Informatics
MODELING AND BIOMEDICAL DATA SCIENCES: Biomedical Image Computing
MODELING AND BIOMEDICAL DATA SCIENCES: Brain Informatics
MODELING AND BIOMEDICAL DATA SCIENCES: Computer Aided Diagnosis
MODELING AND BIOMEDICAL DATA SCIENCES: Machine Learning
MODELING AND BIOMEDICAL DATA SCIENCES: Multivariate Signal Processing
MODELING AND BIOMEDICAL DATA SCIENCES: Musculoskeletal Modeling
MOLECULAR AND CELLULAR ENGINEERING: Cellular Differentiation
MOLECULAR AND CELLULAR ENGINEERING: Immunopathology
MOLECULAR AND CELLULAR ENGINEERING: Immunotherapies
MOLECULAR AND CELLULAR ENGINEERING: Molecular Self-Assembly
MOLECULAR AND CELLULAR ENGINEERING: Stem Cell Therapies and Engineering
MOLECULAR AND CELLULAR ENGINEERING: Targeted Gene Delivery
MOLECULAR AND CELLULAR ENGINEERING: Technologies for Biomarker Identification & Quantification
NEURAL ENGINEERING: Aging
NEURAL ENGINEERING: Brain and Cognitive Disorders
NEURAL ENGINEERING: Brain Mapping
NEURAL ENGINEERING: Brain-Computer Interfaces
NEURAL ENGINEERING: Cognitive Neuroscience
NEURAL ENGINEERING: Neural Repair
NEURAL ENGINEERING: Neurophysiology
NEURAL ENGINEERING: Neurorehabilitation
NEURAL ENGINEERING: Neurostimulation and Neuromodulation
ADVANCED MATERIALS, DEVICES, AND NANOTECHNOLOGY: Advanced Manufacturing
ADVANCED MATERIALS, DEVICES, AND NANOTECHNOLOGY: Biomaterials, Biomimetic Materials, and Antibacterial Surfaces
ADVANCED MATERIALS, DEVICES, AND NANOTECHNOLOGY: Energy Storage Materials, Semiconductive Materials, and Batteries
ADVANCED MATERIALS, DEVICES, AND NANOTECHNOLOGY: Magnetic Nanoparticles
ADVANCED MATERIALS, DEVICES, AND NANOTECHNOLOGY: Material Performance under Microgravity
ADVANCED MATERIALS, DEVICES, AND NANOTECHNOLOGY: Materials for Drug Delivery, Diagnostics, and Biosensors
ADVANCED MATERIALS, DEVICES, AND NANOTECHNOLOGY: Polymers, Membranes, and Separation Technologies
BIOMOLECULAR ENGINEERING, CELLULAR ENGINEERING, AND SYNTHETIC BIOLOGY: Cell and Tissue Engineering
BIOMOLECULAR ENGINEERING, CELLULAR ENGINEERING, AND SYNTHETIC BIOLOGY: Cell Migration and Cell-Cell Interactions
BIOMOLECULAR ENGINEERING, CELLULAR ENGINEERING, AND SYNTHETIC BIOLOGY: CRISPR and Genetic Engineering Technologies
BIOMOLECULAR ENGINEERING, CELLULAR ENGINEERING, AND SYNTHETIC BIOLOGY: Investigations of Disease, Disorders, and Cancer
BIOMOLECULAR ENGINEERING, CELLULAR ENGINEERING, AND SYNTHETIC BIOLOGY: Nanomaterials and Nanomedicines
BIOMOLECULAR ENGINEERING, CELLULAR ENGINEERING, AND SYNTHETIC BIOLOGY: Protein and Enzyme Engineering
BIOMOLECULAR ENGINEERING, CELLULAR ENGINEERING, AND SYNTHETIC BIOLOGY: Synthetic or Proto-Cells
COMPLEX AND MULTIPHASE FLOW DYNAMICS: Bubbles
COMPLEX AND MULTIPHASE FLOW DYNAMICS: Coacervates and Micelles
COMPLEX AND MULTIPHASE FLOW DYNAMICS: Colloids
COMPLEX AND MULTIPHASE FLOW DYNAMICS: Hydrodynamic Interactions
COMPLEX AND MULTIPHASE FLOW DYNAMICS: Liquid-Liquid Phase Separation
COMPLEX AND MULTIPHASE FLOW DYNAMICS: Microgravity Flow Dynamics
COMPLEX AND MULTIPHASE FLOW DYNAMICS: Pattern Formation
COMPLEX AND MULTIPHASE FLOW DYNAMICS: Rheology
ENERGY, ENVIRONMENT, AND SUSTAINABILITY: Enhanced Oil Recovery
ENERGY, ENVIRONMENT, AND SUSTAINABILITY: Plastics and Plastic Recycling
ENERGY, ENVIRONMENT, AND SUSTAINABILITY: Porous Media
ENERGY, ENVIRONMENT, AND SUSTAINABILITY: Separation Processes
ENERGY, ENVIRONMENT, AND SUSTAINABILITY: Superhydrophobic Surfaces
ENERGY, ENVIRONMENT, AND SUSTAINABILITY: Sustainable Materials and Packaging
ENERGY, ENVIRONMENT, AND SUSTAINABILITY: Water Purification
HETEROGENEOUS CATALYSIS AND SURFACE SCIENCE: Atomistic Behavior of Materials
HETEROGENEOUS CATALYSIS AND SURFACE SCIENCE: Interfacial Chemistry
HETEROGENEOUS CATALYSIS AND SURFACE SCIENCE: Kinetic Studies
HETEROGENEOUS CATALYSIS AND SURFACE SCIENCE: Surface Science
HETEROGENEOUS CATALYSIS AND SURFACE SCIENCE: Zeolites
MODELING, THEORY, AND SIMULATION: Artificial Intelligence
MODELING, THEORY, AND SIMULATION: COMSOL® Modeling
MODELING, THEORY, AND SIMULATION: Density Functional Theory
MODELING, THEORY, AND SIMULATION: Kinetic Modeling
MODELING, THEORY, AND SIMULATION: Mathematical Theory
MODELING, THEORY, AND SIMULATION: Molecular Dynamics Simulations
TRANSPORT, MOLECULAR THERMODYNAMICS, AND ELECTROCHEMICAL ENGINEERING: Charge Dynamics
TRANSPORT, MOLECULAR THERMODYNAMICS, AND ELECTROCHEMICAL ENGINEERING: Complex Diffusion Mechanisms
TRANSPORT, MOLECULAR THERMODYNAMICS, AND ELECTROCHEMICAL ENGINEERING: Corrosion
TRANSPORT, MOLECULAR THERMODYNAMICS, AND ELECTROCHEMICAL ENGINEERING: Diffusiophoresis
TRANSPORT, MOLECULAR THERMODYNAMICS, AND ELECTROCHEMICAL ENGINEERING: Electrochemical Systems for Sensing and Biomedical Applications
TRANSPORT, MOLECULAR THERMODYNAMICS, AND ELECTROCHEMICAL ENGINEERING: Hydrodynamic Instabilities for Materials Processing
TRANSPORT, MOLECULAR THERMODYNAMICS, AND ELECTROCHEMICAL ENGINEERING: Microgravity Transport Phenomena
TRANSPORT, MOLECULAR THERMODYNAMICS, AND ELECTROCHEMICAL ENGINEERING: Mixing
TRANSPORT, MOLECULAR THERMODYNAMICS, AND ELECTROCHEMICAL ENGINEERING: Taylor-Aris Dispersion Electrochemical Impedance Spectroscopy
Coastal and Oceanographic Engineering
Coastal Ecosystem Dynamics
Engineering Education
Geosystems Engineering
Infrastructure Planning & Management (Master’s Only)
Materials & Pavements
Structural Engineering
Sustainable Construction Engineering
Transportation Engineering
Water Systems Engineering
ALGORITHMS: Computational Geometry
ALGORITHMS: Data Structures
ALGORITHMS: Discrete Mathematics
COMPUTER AND INFORMATION SYSTEMSCloud Computing
COMPUTER AND INFORMATION SYSTEMSConcurrency
COMPUTER AND INFORMATION SYSTEMSEmbedded Systems
COMPUTER AND INFORMATION SYSTEMSEnergy-Aware Computing
COMPUTER AND INFORMATION SYSTEMSHigh Performance Computing
COMPUTER AND INFORMATION SYSTEMSParallelism
COMPUTER AND INFORMATION SYSTEMSSystem Security
HUMAN-CENTERED COMPUTING: Advanced Learning Technologies
HUMAN-CENTERED COMPUTING: AI Education
HUMAN-CENTERED COMPUTING: Computer Science Education
HUMAN-CENTERED COMPUTING: Graphics
HUMAN-CENTERED COMPUTING: Human Studies
HUMAN-CENTERED COMPUTING: Immersive Virtual Environments
HUMAN-CENTERED COMPUTING: IT Policy
HUMAN-CENTERED COMPUTING: Natural User Interfaces
HUMAN-CENTERED COMPUTING: Personalized Learning
HUMAN-CENTERED COMPUTING: Programming Language Translators
HUMAN-CENTERED COMPUTING: Software Engineering
HUMAN-CENTERED COMPUTING: Systems
HUMAN-CENTERED COMPUTING: Virtual Humans
HUMAN-CENTERED COMPUTING: Visualization
INFORMATION SCIENCE: Bioinformatics
INFORMATION SCIENCE: Data Science and Informatics
INFORMATION SCIENCE: Database
INTELLECT SYSTEMS: Biometrics
INTELLECT SYSTEMS: Computational Neuroscience
INTELLECT SYSTEMS: Computer Vision
INTELLECT SYSTEMS: Image and Signal Analysis
INTELLECT SYSTEMS: Machine Learning (for 3D Geometry)
INTELLECT SYSTEMS: Medical Image Computing
INTELLECT SYSTEMS: Remote Sensing
NETWORKS: Mobile Network Protocols, Measurements and Simulations
NETWORKS: Mobile Networking
NETWORKS: Network Security
NETWORKS: Pervasive and Mobile Computing
NETWORKS: Social Networks
COMPUTER ENGINEERING: AI, Deep Learning, Computer Vision, Natural Language Processing
COMPUTER ENGINEERING: Computer Architecture
COMPUTER ENGINEERING: Computer Networks, Wireless Networks and Mobile Computing
COMPUTER ENGINEERING: Cyber-Physical Systems, Internet of Things, Robotics, Autonomous Systems
COMPUTER ENGINEERING: Cybersecurity, Usable-security, Privacy, and Trust
COMPUTER ENGINEERING: Data Analytics and Complex IT Systems Management
COMPUTER ENGINEERING: Electronic Design Automation
COMPUTER ENGINEERING: Embedded Systems, Real-Time Systems
COMPUTER ENGINEERING: Formal methods, specification, model checking, verification
COMPUTER ENGINEERING: High-Performance, Parallel/Distributed, Cloud and Edge Computing
COMPUTER ENGINEERING: Reconfigurable Computing, FPGA
COMPUTER ENGINEERING: Smart and Connected Health
ELECTRONICS: 6G and Beyond Communications
ELECTRONICS: Analog-to-digital and Digital-to-analog Converters
ELECTRONICS: Analog/Mixed Signal Circuits and Systems
ELECTRONICS: Biomedical Electronics
ELECTRONICS: Electric Vehicles
ELECTRONICS: Electromagnetic Interference and Compatibility
ELECTRONICS: IC Reverse Engineering
ELECTRONICS: IC Security and Primitives
ELECTRONICS: Integrated Power Management
ELECTRONICS: Lower Power Integrated Circuits
ELECTRONICS: Power Electronics, Renewable Energy Conversion and Grid Integration
ELECTRONICS: RF/Microwave/Millimeter-wave Circuits and Systems
ELECTRONICS: Sensor Interface Circuitry
ELECTRONICS: Wireless Power Transfer
ELECTROPHYSICS: Advanced Materials
ELECTROPHYSICS: Biotechnology
ELECTROPHYSICS: Electrical Power Generation, Distribution/Transmission, and Utilization
ELECTROPHYSICS: Electromagnetic (EM) Fields
ELECTROPHYSICS: EM Waves – Wave Guiding, Propagation, and Interactions
ELECTROPHYSICS: Micro/Nanoelectromechanical Systems (MEMS & NEMS)
ELECTROPHYSICS: Nanotechnology
ELECTROPHYSICS: Optical Fibers and Applications
ELECTROPHYSICS: Optoelectronics (Lasers, Solar Cells, Detectors)
ELECTROPHYSICS: Photonics – Materials, Devices, and Photonic Integrated Circuits
ELECTROPHYSICS: Quantum Devices and Quantum Technologies
ELECTROPHYSICS: RF/Microwave Devices and Systems
ELECTROPHYSICS: Sensors and Actuators, Sensors for Internet of Things (IoT)
ELECTROPHYSICS: Transistors (SiGe, MIS, III-V) and Beyond-CMOS Devices
SIGNALS AND SYSTEMS: Artificial Intelligence
SIGNALS AND SYSTEMS: Automation and Control
SIGNALS AND SYSTEMS: Bio-inspired Computation and Processing
SIGNALS AND SYSTEMS: Brain-Machine Interfaces and Neuro-engineering
SIGNALS AND SYSTEMS: Machine Learning, Adaptive Learning, and Deep Learning
SIGNALS AND SYSTEMS: Multimedia Processing and Computational Photography
SIGNALS AND SYSTEMS: Network Science and Information Security
SIGNALS AND SYSTEMS: Networked Autonomous Vehicles
SIGNALS AND SYSTEMS: Remote Sensing
SIGNALS AND SYSTEMS: Smart Grid Control and Complex System Dynamics
SIGNALS AND SYSTEMS: Software-defined Radios
SIGNALS AND SYSTEMS: Statistical Signal and Array Processing
Applied Data Science: Agricultural and Biological Engineering
Applied Data Science: Artificial Intelligence
Applied Data Science: Biomedical Engineering
Applied Data Science: Data Analytics in Industrial and Systems Engineering
Applied Data Science: Environmental Engineering
Applied Data Science: Transportation Engineering
Artificial Intelligence Systems: Advanced Machine Learning and Data-Driven Modeling
Artificial Intelligence Systems: Autonomy, Robotics, and Human-Centered Computing
EDUCATIONAL APPROACHES: Active Learning
EDUCATIONAL APPROACHES: Assessment and Evaluation
EDUCATIONAL APPROACHES: Collaborative Learning
EDUCATIONAL APPROACHES: Contemporary Approaches
EDUCATIONAL APPROACHES: Curriculum and Instruction
EDUCATIONAL APPROACHES: Online and Digital Platforms
EDUCATIONAL APPROACHES: Problem-Based Learning
EDUCATIONAL APPROACHES: Project-Based Learning
EDUCATIONAL APPROACHES: Technologies and Tools
ENGINEERING FORMATION: Advising
ENGINEERING FORMATION: Communication
ENGINEERING FORMATION: Internships
ENGINEERING FORMATION: Leadership
ENGINEERING FORMATION: Mentoring
ENGINEERING FORMATION: Professional Development
ENGINEERING FORMATION: Study Abroad
HUMAN FACTORS: Affect and Emotion
HUMAN FACTORS: Identity
HUMAN FACTORS: Indicators of Success
HUMAN FACTORS: Motivation
HUMAN FACTORS: Regulation
HUMAN FACTORS: Self-efficacy
LIFELONG LEARNING IN ENGINEERING: Graduate
LIFELONG LEARNING IN ENGINEERING: Informal
LIFELONG LEARNING IN ENGINEERING: Innovations
LIFELONG LEARNING IN ENGINEERING: K-12
LIFELONG LEARNING IN ENGINEERING: Post-professional
LIFELONG LEARNING IN ENGINEERING: Professional
LIFELONG LEARNING IN ENGINEERING: Professional Development
LIFELONG LEARNING IN ENGINEERING: Undergraduate
LIFELONG LEARNING IN ENGINEERING: Upskilling
METHODS AND METHODOLOGIES IN ENGINEERING EDUCATION: Innovations
METHODS AND METHODOLOGIES IN ENGINEERING EDUCATION: Mixed-methods
METHODS AND METHODOLOGIES IN ENGINEERING EDUCATION: Multi-methods
METHODS AND METHODOLOGIES IN ENGINEERING EDUCATION: Multi-modal
METHODS AND METHODOLOGIES IN ENGINEERING EDUCATION: Qualitative
METHODS AND METHODOLOGIES IN ENGINEERING EDUCATION: Quantitative
SOCIETY AND ETHICS: Culture
SOCIETY AND ETHICS: Ethics
SOCIETY AND ETHICS: Globalization
SOCIETY AND ETHICS: Language
SOCIETY AND ETHICS: Moral reasoning
SOCIETY AND ETHICS: Policy
SOCIETY AND ETHICS: Social and Professional Responsibilities
SOCIETY AND ETHICS: Structures
SOCIETY AND ETHICS: System
Air Resources
Coastal Ecosystem Dynamics
Engineering Education Collaborative
Environmental Nanotechnology
Sustainable Materials Management
Systems Ecology & Ecological Engineering
Waters Systems Engineering
Applied AI (Artificial Intelligence)
Applied Optimization/Data Mining
Data Analytics and Systems Monitoring
Deep Learning Neural Networks
Discrete Optimization
Engineering Management
Healthcare Systems and Medical Decision Making
High-dimensional Data Analytics
Human Systems
Human-Robot Interaction
Information Technology
Occupational and Systems Safety
Occupational Biomechanics
Operations Research
Quantitative Finance
Statistical and Machine Learning
Stochastic Modeling and Analysis
Supply Chain & Logistics
Workplace Ergonomics
Advanced Materials Characterization
Biomaterials
Ceramics
Composite Materials
Computational Materials Science
Electronic Materials
Energy Materials
Engineering Education
Machine Learning/ Artificial Intelligence
Materials Processing
Metals
Nanomaterials
Nuclear Materials
Optical Materials
Polymers
Surface Science
AEROSPACE ENGINEERING: Aeronautics
AEROSPACE ENGINEERING: Aircraft and Spacecraft Guidance and Control
AEROSPACE ENGINEERING: Guidance, Navigation, and Control
AEROSPACE ENGINEERING: Micro Air Vehicles
AEROSPACE ENGINEERING: Navigation
AEROSPACE ENGINEERING: Optimization Techniques for Aerospace Systems
AEROSPACE ENGINEERING: Small Satellites
AEROSPACE ENGINEERING: Space and Atmospheric Flight Optimal Control
AEROSPACE ENGINEERING: Space Cryogenic Fluids Thermal Management
AEROSPACE ENGINEERING: Space Mission Design and Planning
AEROSPACE ENGINEERING: Space Physics/Weather
AEROSPACE ENGINEERING: Spacecraft and Vehicle Design
MECHANICAL ENGINEERING: Advanced Manufacturing
MECHANICAL ENGINEERING: Autonomous Systems
MECHANICAL ENGINEERING: Cell and Biomechanics
MECHANICAL ENGINEERING: Combustion/Propulsion
MECHANICAL ENGINEERING: Composites
MECHANICAL ENGINEERING: Computational Mechanics
MECHANICAL ENGINEERING: Dynamics and Control
MECHANICAL ENGINEERING: Energy Systems
MECHANICAL ENGINEERING: Fluid Dynamics
MECHANICAL ENGINEERING: High Strain Rate Behavior of Materials
MECHANICAL ENGINEERING: Laser Diagnostics
MECHANICAL ENGINEERING: Microsystems
MECHANICAL ENGINEERING: Mobile Power
MECHANICAL ENGINEERING: Nano- and Micro-Electromechanical Systems
MECHANICAL ENGINEERING: Nano- and Micro-Mechanics
MECHANICAL ENGINEERING: Nonlinear Controls
MECHANICAL ENGINEERING: Renewable Energy
MECHANICAL ENGINEERING: Robotics
MECHANICAL ENGINEERING: Soft Matter Mechanics and Manufacturing
MECHANICAL ENGINEERING: Solid Mechanics
MECHANICAL ENGINEERING: Structural Mechanics and Optimization
MECHANICAL ENGINEERING: Tribology
MODELING AND SIMULATION: Multi-Physics Modelling
MODELING AND SIMULATION: Multi-Scale Modeling and Simulation of Materials
MODELING AND SIMULATION: Neutron and Gamma Cross Section Data
MODELING AND SIMULATION: Nuclear Criticality Safety
MODELING AND SIMULATION: Radiation Shielding
MODELING AND SIMULATION: Reactor Neutronics
MODELING AND SIMULATION: Static and Time-Dependent Neutron Transport
NUCLEAR FUSION AND PLASMA SCIENCES: Low-Temperature Plasma Processing
NUCLEAR FUSION AND PLASMA SCIENCES: Nano-Scale Drug Delivery
NUCLEAR FUSION AND PLASMA SCIENCES: Nuclear Fusion Reactors
NUCLEAR FUSION AND PLASMA SCIENCES: Plasma Transport and Turbulences
NUCLEAR MATERIALS: Light Water Reactor Sustainability
NUCLEAR MATERIALS: Nuclear Fuels
NUCLEAR MATERIALS: Radiation Tolerant Materials
NUCLEAR MATERIALS: Stress Corrosion Cracking
NUCLEAR REACTOR ENGINEERING: Advanced Design and Analysis
NUCLEAR REACTOR ENGINEERING: Fission Technology
NUCLEAR REACTOR ENGINEERING: Nuclear Fuel Design
NUCLEAR REACTOR ENGINEERING: Quantitative Visualization
NUCLEAR REACTOR ENGINEERING: Thermal Hydraulics and Multi-Phase Flow
NUCLEAR SECURITY & NONPROLIFERATION: International Safeguards
NUCLEAR SECURITY & NONPROLIFERATION: Nonproliferation & Arms Control
NUCLEAR SECURITY & NONPROLIFERATION: Nuclear Forensics
NUCLEAR SECURITY & NONPROLIFERATION: Nuclear Materials Control & Accountability
RADIATION DETECTION AND MEASUREMENTS: New Radiation Detection Materials
RADIATION DETECTION AND MEASUREMENTS: Non-Destructive Examination
RADIATION DETECTION AND MEASUREMENTS: Nuclear Safeguards and Security
RADIATION DETECTION AND MEASUREMENTS: Radiation Dose Measurements
RADIATION DETECTION AND MEASUREMENTS: Radiation Imaging
RADIATION DETECTION AND MEASUREMENTS: Signal Processing Electronics
RADIOCHEMISTRY: Actinide and Lanthanide Species
RADIOCHEMISTRY: Fission Product Behavior
RADIOCHEMISTRY: Nuclear Forensics
RADIOCHEMISTRY: Nuclear Wastes Management
RADIOCHEMISTRY: Separation Techniques
Areas of Specialization 3 (Select those that apply)
Please select...
APPROACHES: AI and Data Analytics
APPROACHES: Automation and Robotics
APPROACHES: Decision Support Systems
APPROACHES: Remote and Direct Sensing and Control
APPROACHES: Systems Modeling
APPROACHES: Technology Development and Assessment
DOMAINS: AGRICULTURAL PRODUCTION: Agronomic Management
DOMAINS: AGRICULTURAL PRODUCTION: Animal Systems
DOMAINS: AGRICULTURAL PRODUCTION: Controlled Environments
DOMAINS: AGRICULTURAL PRODUCTION: Field and Specialty Crops
DOMAINS: BIOENERGY/BIOPRODUCTS: Anaerobic Digestion
DOMAINS: BIOENERGY/BIOPRODUCTS: Biofuel Production
DOMAINS: BIOENERGY/BIOPRODUCTS: Bioplastics
DOMAINS: BUILT ECOSYSTEMS: Engineering Urban Soils
DOMAINS: BUILT ECOSYSTEMS: Green Infrastructure
DOMAINS: BUILT ECOSYSTEMS: Stormwater Management and Control
DOMAINS: CLIMATE AND WEATHER: Climate Change
DOMAINS: CLIMATE AND WEATHER: Climate Variability
DOMAINS: CLIMATE AND WEATHER: Forecasting
DOMAINS: CLIMATE AND WEATHER: Trend Identification
DOMAINS: CLIMATE AND WEATHER: Weather Quantification
DOMAINS: FOOD CHAIN SYSTEMS: Food Preproduction/Production Phases
DOMAINS: FOOD CHAIN SYSTEMS: Life Cycle Considerations
DOMAINS: FOOD CHAIN SYSTEMS: Packaging
DOMAINS: FOOD CHAIN SYSTEMS: Transportation and Distribution
DOMAINS: FOOD CHAIN SYSTEMS: Water Reuse
DOMAINS: NATURAL AND HUMAN SYSTEMS: Human Impacts on Natural Systems
DOMAINS: NATURAL AND HUMAN SYSTEMS: Impacts of Natural Systems on Humans
DOMAINS: NATURAL AND HUMAN SYSTEMS: Responses to Change
DOMAINS: PACKAGING: Byproducts of the Packaging Process
DOMAINS: PACKAGING: Extending Shelf Life
DOMAINS: PACKAGING: Food and Non-Food Material Safety
DOMAINS: PACKAGING: Improving End-of-Lifecycle Outcomes for Packaging Materials
DOMAINS: PACKAGING: Innovative Material Variants
DOMAINS: PACKAGING: Preserving Nutritious Value of Foods
DOMAINS: WATER QUALITY AND QUANTITY: Agrochemical and Nutrient Transport
DOMAINS: WATER QUALITY AND QUANTITY: Ecosystem Services
DOMAINS: WATER QUALITY AND QUANTITY: Hydrologic Cycle
BIOMATERIALS AND REGENERATIVE MEDICINE: Bioreactors
BIOMATERIALS AND REGENERATIVE MEDICINE: Cell and Tissue Repair, Regeneration, and Engineering
BIOMATERIALS AND REGENERATIVE MEDICINE: Controlled Release and Drug Delivery
BIOMATERIALS AND REGENERATIVE MEDICINE: Engineered Biomimetic Materials
BIOMATERIALS AND REGENERATIVE MEDICINE: Immunomodulatory Materials
BIOMATERIALS AND REGENERATIVE MEDICINE: Mechanostimulation
BIOMATERIALS AND REGENERATIVE MEDICINE: Micro- and Nanomedicines
BIOMATERIALS AND REGENERATIVE MEDICINE: Nanoscale Thermal Therapy
BIOMATERIALS AND REGENERATIVE MEDICINE: Vascular Patterning
BIOMECHANICS AND BIONICS: Biomechanics at the Cellular, Tissue, Organ, and Organism Levels
BIOMECHANICS AND BIONICS: Bionic Prostheses
BIOMECHANICS AND BIONICS: Gait Analysis, Models, and Interventions
BIOMECHANICS AND BIONICS: Locomotion
BIOMECHANICS AND BIONICS: Musculoskeletal Biomechanics
BIOMECHANICS AND BIONICS: Robotic Exoskeletons
BIOMEDICAL IMAGING AND APPLICATIONS: Biomedical Image Analysis, Simulations, and Modeling
BIOMEDICAL IMAGING AND APPLICATIONS: Biomedical Imaging for Diagnosis and Disease Treatment
BIOMEDICAL IMAGING AND APPLICATIONS: Biomedical Imaging Technologies
BIOMEDICAL IMAGING AND APPLICATIONS: Computational Medical Physics and Dose Assessment
BIOMEDICAL IMAGING AND APPLICATIONS: Signal Processing
BIOMEDICAL IMAGING AND APPLICATIONS: Vascular Patterning
MODELING AND BIOMEDICAL DATA SCIENCES: Biomedical and Clinical Big Data
MODELING AND BIOMEDICAL DATA SCIENCES: Biomedical and Clinical Informatics
MODELING AND BIOMEDICAL DATA SCIENCES: Biomedical Image Computing
MODELING AND BIOMEDICAL DATA SCIENCES: Brain Informatics
MODELING AND BIOMEDICAL DATA SCIENCES: Computer Aided Diagnosis
MODELING AND BIOMEDICAL DATA SCIENCES: Machine Learning
MODELING AND BIOMEDICAL DATA SCIENCES: Multivariate Signal Processing
MODELING AND BIOMEDICAL DATA SCIENCES: Musculoskeletal Modeling
MOLECULAR AND CELLULAR ENGINEERING: Cellular Differentiation
MOLECULAR AND CELLULAR ENGINEERING: Immunopathology
MOLECULAR AND CELLULAR ENGINEERING: Immunotherapies
MOLECULAR AND CELLULAR ENGINEERING: Molecular Self-Assembly
MOLECULAR AND CELLULAR ENGINEERING: Stem Cell Therapies and Engineering
MOLECULAR AND CELLULAR ENGINEERING: Targeted Gene Delivery
MOLECULAR AND CELLULAR ENGINEERING: Technologies for Biomarker Identification & Quantification
NEURAL ENGINEERING: Aging
NEURAL ENGINEERING: Brain and Cognitive Disorders
NEURAL ENGINEERING: Brain Mapping
NEURAL ENGINEERING: Brain-Computer Interfaces
NEURAL ENGINEERING: Cognitive Neuroscience
NEURAL ENGINEERING: Neural Repair
NEURAL ENGINEERING: Neurophysiology
NEURAL ENGINEERING: Neurorehabilitation
NEURAL ENGINEERING: Neurostimulation and Neuromodulation
ADVANCED MATERIALS, DEVICES, AND NANOTECHNOLOGY: Advanced Manufacturing
ADVANCED MATERIALS, DEVICES, AND NANOTECHNOLOGY: Biomaterials, Biomimetic Materials, and Antibacterial Surfaces
ADVANCED MATERIALS, DEVICES, AND NANOTECHNOLOGY: Energy Storage Materials, Semiconductive Materials, and Batteries
ADVANCED MATERIALS, DEVICES, AND NANOTECHNOLOGY: Magnetic Nanoparticles
ADVANCED MATERIALS, DEVICES, AND NANOTECHNOLOGY: Material Performance under Microgravity
ADVANCED MATERIALS, DEVICES, AND NANOTECHNOLOGY: Materials for Drug Delivery, Diagnostics, and Biosensors
ADVANCED MATERIALS, DEVICES, AND NANOTECHNOLOGY: Polymers, Membranes, and Separation Technologies
BIOMOLECULAR ENGINEERING, CELLULAR ENGINEERING, AND SYNTHETIC BIOLOGY: Cell and Tissue Engineering
BIOMOLECULAR ENGINEERING, CELLULAR ENGINEERING, AND SYNTHETIC BIOLOGY: Cell Migration and Cell-Cell Interactions
BIOMOLECULAR ENGINEERING, CELLULAR ENGINEERING, AND SYNTHETIC BIOLOGY: CRISPR and Genetic Engineering Technologies
BIOMOLECULAR ENGINEERING, CELLULAR ENGINEERING, AND SYNTHETIC BIOLOGY: Investigations of Disease, Disorders, and Cancer
BIOMOLECULAR ENGINEERING, CELLULAR ENGINEERING, AND SYNTHETIC BIOLOGY: Nanomaterials and Nanomedicines
BIOMOLECULAR ENGINEERING, CELLULAR ENGINEERING, AND SYNTHETIC BIOLOGY: Protein and Enzyme Engineering
BIOMOLECULAR ENGINEERING, CELLULAR ENGINEERING, AND SYNTHETIC BIOLOGY: Synthetic or Proto-Cells
COMPLEX AND MULTIPHASE FLOW DYNAMICS: Bubbles
COMPLEX AND MULTIPHASE FLOW DYNAMICS: Coacervates and Micelles
COMPLEX AND MULTIPHASE FLOW DYNAMICS: Colloids
COMPLEX AND MULTIPHASE FLOW DYNAMICS: Hydrodynamic Interactions
COMPLEX AND MULTIPHASE FLOW DYNAMICS: Liquid-Liquid Phase Separation
COMPLEX AND MULTIPHASE FLOW DYNAMICS: Microgravity Flow Dynamics
COMPLEX AND MULTIPHASE FLOW DYNAMICS: Pattern Formation
COMPLEX AND MULTIPHASE FLOW DYNAMICS: Rheology
ENERGY, ENVIRONMENT, AND SUSTAINABILITY: Enhanced Oil Recovery
ENERGY, ENVIRONMENT, AND SUSTAINABILITY: Plastics and Plastic Recycling
ENERGY, ENVIRONMENT, AND SUSTAINABILITY: Porous Media
ENERGY, ENVIRONMENT, AND SUSTAINABILITY: Separation Processes
ENERGY, ENVIRONMENT, AND SUSTAINABILITY: Superhydrophobic Surfaces
ENERGY, ENVIRONMENT, AND SUSTAINABILITY: Sustainable Materials and Packaging
ENERGY, ENVIRONMENT, AND SUSTAINABILITY: Water Purification
HETEROGENEOUS CATALYSIS AND SURFACE SCIENCE: Atomistic Behavior of Materials
HETEROGENEOUS CATALYSIS AND SURFACE SCIENCE: Interfacial Chemistry
HETEROGENEOUS CATALYSIS AND SURFACE SCIENCE: Kinetic Studies
HETEROGENEOUS CATALYSIS AND SURFACE SCIENCE: Surface Science
HETEROGENEOUS CATALYSIS AND SURFACE SCIENCE: Zeolites
MODELING, THEORY, AND SIMULATION: Artificial Intelligence
MODELING, THEORY, AND SIMULATION: COMSOL® Modeling
MODELING, THEORY, AND SIMULATION: Density Functional Theory
MODELING, THEORY, AND SIMULATION: Kinetic Modeling
MODELING, THEORY, AND SIMULATION: Mathematical Theory
MODELING, THEORY, AND SIMULATION: Molecular Dynamics Simulations
TRANSPORT, MOLECULAR THERMODYNAMICS, AND ELECTROCHEMICAL ENGINEERING: Charge Dynamics
TRANSPORT, MOLECULAR THERMODYNAMICS, AND ELECTROCHEMICAL ENGINEERING: Complex Diffusion Mechanisms
TRANSPORT, MOLECULAR THERMODYNAMICS, AND ELECTROCHEMICAL ENGINEERING: Corrosion
TRANSPORT, MOLECULAR THERMODYNAMICS, AND ELECTROCHEMICAL ENGINEERING: Diffusiophoresis
TRANSPORT, MOLECULAR THERMODYNAMICS, AND ELECTROCHEMICAL ENGINEERING: Electrochemical Systems for Sensing and Biomedical Applications
TRANSPORT, MOLECULAR THERMODYNAMICS, AND ELECTROCHEMICAL ENGINEERING: Hydrodynamic Instabilities for Materials Processing
TRANSPORT, MOLECULAR THERMODYNAMICS, AND ELECTROCHEMICAL ENGINEERING: Microgravity Transport Phenomena
TRANSPORT, MOLECULAR THERMODYNAMICS, AND ELECTROCHEMICAL ENGINEERING: Mixing
TRANSPORT, MOLECULAR THERMODYNAMICS, AND ELECTROCHEMICAL ENGINEERING: Taylor-Aris Dispersion Electrochemical Impedance Spectroscopy
Coastal and Oceanographic Engineering
Coastal Ecosystem Dynamics
Engineering Education
Geosystems Engineering
Infrastructure Planning & Management (Master’s Only)
Materials & Pavements
Structural Engineering
Sustainable Construction Engineering
Transportation Engineering
Water Systems Engineering
ALGORITHMS: Computational Geometry
ALGORITHMS: Data Structures
ALGORITHMS: Discrete Mathematics
COMPUTER AND INFORMATION SYSTEMSCloud Computing
COMPUTER AND INFORMATION SYSTEMSConcurrency
COMPUTER AND INFORMATION SYSTEMSEmbedded Systems
COMPUTER AND INFORMATION SYSTEMSEnergy-Aware Computing
COMPUTER AND INFORMATION SYSTEMSHigh Performance Computing
COMPUTER AND INFORMATION SYSTEMSParallelism
COMPUTER AND INFORMATION SYSTEMSSystem Security
HUMAN-CENTERED COMPUTING: Advanced Learning Technologies
HUMAN-CENTERED COMPUTING: AI Education
HUMAN-CENTERED COMPUTING: Computer Science Education
HUMAN-CENTERED COMPUTING: Graphics
HUMAN-CENTERED COMPUTING: Human Studies
HUMAN-CENTERED COMPUTING: Immersive Virtual Environments
HUMAN-CENTERED COMPUTING: IT Policy
HUMAN-CENTERED COMPUTING: Natural User Interfaces
HUMAN-CENTERED COMPUTING: Personalized Learning
HUMAN-CENTERED COMPUTING: Programming Language Translators
HUMAN-CENTERED COMPUTING: Software Engineering
HUMAN-CENTERED COMPUTING: Systems
HUMAN-CENTERED COMPUTING: Virtual Humans
HUMAN-CENTERED COMPUTING: Visualization
INFORMATION SCIENCE: Bioinformatics
INFORMATION SCIENCE: Data Science and Informatics
INFORMATION SCIENCE: Database
INTELLECT SYSTEMS: Biometrics
INTELLECT SYSTEMS: Computational Neuroscience
INTELLECT SYSTEMS: Computer Vision
INTELLECT SYSTEMS: Image and Signal Analysis
INTELLECT SYSTEMS: Machine Learning (for 3D Geometry)
INTELLECT SYSTEMS: Medical Image Computing
INTELLECT SYSTEMS: Remote Sensing
NETWORKS: Mobile Network Protocols, Measurements and Simulations
NETWORKS: Mobile Networking
NETWORKS: Network Security
NETWORKS: Pervasive and Mobile Computing
NETWORKS: Social Networks
COMPUTER ENGINEERING: AI, Deep Learning, Computer Vision, Natural Language Processing
COMPUTER ENGINEERING: Computer Architecture
COMPUTER ENGINEERING: Computer Networks, Wireless Networks and Mobile Computing
COMPUTER ENGINEERING: Cyber-Physical Systems, Internet of Things, Robotics, Autonomous Systems
COMPUTER ENGINEERING: Cybersecurity, Usable-security, Privacy, and Trust
COMPUTER ENGINEERING: Data Analytics and Complex IT Systems Management
COMPUTER ENGINEERING: Electronic Design Automation
COMPUTER ENGINEERING: Embedded Systems, Real-Time Systems
COMPUTER ENGINEERING: Formal methods, specification, model checking, verification
COMPUTER ENGINEERING: High-Performance, Parallel/Distributed, Cloud and Edge Computing
COMPUTER ENGINEERING: Reconfigurable Computing, FPGA
COMPUTER ENGINEERING: Smart and Connected Health
ELECTRONICS: 6G and Beyond Communications
ELECTRONICS: Analog-to-digital and Digital-to-analog Converters
ELECTRONICS: Analog/Mixed Signal Circuits and Systems
ELECTRONICS: Biomedical Electronics
ELECTRONICS: Electric Vehicles
ELECTRONICS: Electromagnetic Interference and Compatibility
ELECTRONICS: IC Reverse Engineering
ELECTRONICS: IC Security and Primitives
ELECTRONICS: Integrated Power Management
ELECTRONICS: Lower Power Integrated Circuits
ELECTRONICS: Power Electronics, Renewable Energy Conversion and Grid Integration
ELECTRONICS: RF/Microwave/Millimeter-wave Circuits and Systems
ELECTRONICS: Sensor Interface Circuitry
ELECTRONICS: Wireless Power Transfer
ELECTROPHYSICS: Advanced Materials
ELECTROPHYSICS: Biotechnology
ELECTROPHYSICS: Electrical Power Generation, Distribution/Transmission, and Utilization
ELECTROPHYSICS: Electromagnetic (EM) Fields
ELECTROPHYSICS: EM Waves – Wave Guiding, Propagation, and Interactions
ELECTROPHYSICS: Micro/Nanoelectromechanical Systems (MEMS & NEMS)
ELECTROPHYSICS: Nanotechnology
ELECTROPHYSICS: Optical Fibers and Applications
ELECTROPHYSICS: Optoelectronics (Lasers, Solar Cells, Detectors)
ELECTROPHYSICS: Photonics – Materials, Devices, and Photonic Integrated Circuits
ELECTROPHYSICS: Quantum Devices and Quantum Technologies
ELECTROPHYSICS: RF/Microwave Devices and Systems
ELECTROPHYSICS: Sensors and Actuators, Sensors for Internet of Things (IoT)
ELECTROPHYSICS: Transistors (SiGe, MIS, III-V) and Beyond-CMOS Devices
SIGNALS AND SYSTEMS: Artificial Intelligence
SIGNALS AND SYSTEMS: Automation and Control
SIGNALS AND SYSTEMS: Bio-inspired Computation and Processing
SIGNALS AND SYSTEMS: Brain-Machine Interfaces and Neuro-engineering
SIGNALS AND SYSTEMS: Machine Learning, Adaptive Learning, and Deep Learning
SIGNALS AND SYSTEMS: Multimedia Processing and Computational Photography
SIGNALS AND SYSTEMS: Network Science and Information Security
SIGNALS AND SYSTEMS: Networked Autonomous Vehicles
SIGNALS AND SYSTEMS: Remote Sensing
SIGNALS AND SYSTEMS: Smart Grid Control and Complex System Dynamics
SIGNALS AND SYSTEMS: Software-defined Radios
SIGNALS AND SYSTEMS: Statistical Signal and Array Processing
Applied Data Science: Agricultural and Biological Engineering
Applied Data Science: Artificial Intelligence
Applied Data Science: Biomedical Engineering
Applied Data Science: Data Analytics in Industrial and Systems Engineering
Applied Data Science: Environmental Engineering
Applied Data Science: Transportation Engineering
Artificial Intelligence Systems: Advanced Machine Learning and Data-Driven Modeling
Artificial Intelligence Systems: Autonomy, Robotics, and Human-Centered Computing
EDUCATIONAL APPROACHES: Active Learning
EDUCATIONAL APPROACHES: Assessment and Evaluation
EDUCATIONAL APPROACHES: Collaborative Learning
EDUCATIONAL APPROACHES: Contemporary Approaches
EDUCATIONAL APPROACHES: Curriculum and Instruction
EDUCATIONAL APPROACHES: Online and Digital Platforms
EDUCATIONAL APPROACHES: Problem-Based Learning
EDUCATIONAL APPROACHES: Project-Based Learning
EDUCATIONAL APPROACHES: Technologies and Tools
ENGINEERING FORMATION: Advising
ENGINEERING FORMATION: Communication
ENGINEERING FORMATION: Internships
ENGINEERING FORMATION: Leadership
ENGINEERING FORMATION: Mentoring
ENGINEERING FORMATION: Professional Development
ENGINEERING FORMATION: Study Abroad
HUMAN FACTORS: Affect and Emotion
HUMAN FACTORS: Identity
HUMAN FACTORS: Indicators of Success
HUMAN FACTORS: Motivation
HUMAN FACTORS: Regulation
HUMAN FACTORS: Self-efficacy
LIFELONG LEARNING IN ENGINEERING: Graduate
LIFELONG LEARNING IN ENGINEERING: Informal
LIFELONG LEARNING IN ENGINEERING: Innovations
LIFELONG LEARNING IN ENGINEERING: K-12
LIFELONG LEARNING IN ENGINEERING: Post-professional
LIFELONG LEARNING IN ENGINEERING: Professional
LIFELONG LEARNING IN ENGINEERING: Professional Development
LIFELONG LEARNING IN ENGINEERING: Undergraduate
LIFELONG LEARNING IN ENGINEERING: Upskilling
METHODS AND METHODOLOGIES IN ENGINEERING EDUCATION: Innovations
METHODS AND METHODOLOGIES IN ENGINEERING EDUCATION: Mixed-methods
METHODS AND METHODOLOGIES IN ENGINEERING EDUCATION: Multi-methods
METHODS AND METHODOLOGIES IN ENGINEERING EDUCATION: Multi-modal
METHODS AND METHODOLOGIES IN ENGINEERING EDUCATION: Qualitative
METHODS AND METHODOLOGIES IN ENGINEERING EDUCATION: Quantitative
SOCIETY AND ETHICS: Culture
SOCIETY AND ETHICS: Ethics
SOCIETY AND ETHICS: Globalization
SOCIETY AND ETHICS: Language
SOCIETY AND ETHICS: Moral reasoning
SOCIETY AND ETHICS: Policy
SOCIETY AND ETHICS: Social and Professional Responsibilities
SOCIETY AND ETHICS: Structures
SOCIETY AND ETHICS: System
Air Resources
Coastal Ecosystem Dynamics
Engineering Education Collaborative
Environmental Nanotechnology
Sustainable Materials Management
Systems Ecology & Ecological Engineering
Waters Systems Engineering
Applied AI (Artificial Intelligence)
Applied Optimization/Data Mining
Data Analytics and Systems Monitoring
Deep Learning Neural Networks
Discrete Optimization
Engineering Management
Healthcare Systems and Medical Decision Making
High-dimensional Data Analytics
Human Systems
Human-Robot Interaction
Information Technology
Occupational and Systems Safety
Occupational Biomechanics
Operations Research
Quantitative Finance
Statistical and Machine Learning
Stochastic Modeling and Analysis
Supply Chain & Logistics
Workplace Ergonomics
Advanced Materials Characterization
Biomaterials
Ceramics
Composite Materials
Computational Materials Science
Electronic Materials
Energy Materials
Engineering Education
Machine Learning/ Artificial Intelligence
Materials Processing
Metals
Nanomaterials
Nuclear Materials
Optical Materials
Polymers
Surface Science
AEROSPACE ENGINEERING: Aeronautics
AEROSPACE ENGINEERING: Aircraft and Spacecraft Guidance and Control
AEROSPACE ENGINEERING: Guidance, Navigation, and Control
AEROSPACE ENGINEERING: Micro Air Vehicles
AEROSPACE ENGINEERING: Navigation
AEROSPACE ENGINEERING: Optimization Techniques for Aerospace Systems
AEROSPACE ENGINEERING: Small Satellites
AEROSPACE ENGINEERING: Space and Atmospheric Flight Optimal Control
AEROSPACE ENGINEERING: Space Cryogenic Fluids Thermal Management
AEROSPACE ENGINEERING: Space Mission Design and Planning
AEROSPACE ENGINEERING: Space Physics/Weather
AEROSPACE ENGINEERING: Spacecraft and Vehicle Design
MECHANICAL ENGINEERING: Advanced Manufacturing
MECHANICAL ENGINEERING: Autonomous Systems
MECHANICAL ENGINEERING: Cell and Biomechanics
MECHANICAL ENGINEERING: Combustion/Propulsion
MECHANICAL ENGINEERING: Composites
MECHANICAL ENGINEERING: Computational Mechanics
MECHANICAL ENGINEERING: Dynamics and Control
MECHANICAL ENGINEERING: Energy Systems
MECHANICAL ENGINEERING: Fluid Dynamics
MECHANICAL ENGINEERING: High Strain Rate Behavior of Materials
MECHANICAL ENGINEERING: Laser Diagnostics
MECHANICAL ENGINEERING: Microsystems
MECHANICAL ENGINEERING: Mobile Power
MECHANICAL ENGINEERING: Nano- and Micro-Electromechanical Systems
MECHANICAL ENGINEERING: Nano- and Micro-Mechanics
MECHANICAL ENGINEERING: Nonlinear Controls
MECHANICAL ENGINEERING: Renewable Energy
MECHANICAL ENGINEERING: Robotics
MECHANICAL ENGINEERING: Soft Matter Mechanics and Manufacturing
MECHANICAL ENGINEERING: Solid Mechanics
MECHANICAL ENGINEERING: Structural Mechanics and Optimization
MECHANICAL ENGINEERING: Tribology
MODELING AND SIMULATION: Multi-Physics Modelling
MODELING AND SIMULATION: Multi-Scale Modeling and Simulation of Materials
MODELING AND SIMULATION: Neutron and Gamma Cross Section Data
MODELING AND SIMULATION: Nuclear Criticality Safety
MODELING AND SIMULATION: Radiation Shielding
MODELING AND SIMULATION: Reactor Neutronics
MODELING AND SIMULATION: Static and Time-Dependent Neutron Transport
NUCLEAR FUSION AND PLASMA SCIENCES: Low-Temperature Plasma Processing
NUCLEAR FUSION AND PLASMA SCIENCES: Nano-Scale Drug Delivery
NUCLEAR FUSION AND PLASMA SCIENCES: Nuclear Fusion Reactors
NUCLEAR FUSION AND PLASMA SCIENCES: Plasma Transport and Turbulences
NUCLEAR MATERIALS: Light Water Reactor Sustainability
NUCLEAR MATERIALS: Nuclear Fuels
NUCLEAR MATERIALS: Radiation Tolerant Materials
NUCLEAR MATERIALS: Stress Corrosion Cracking
NUCLEAR REACTOR ENGINEERING: Advanced Design and Analysis
NUCLEAR REACTOR ENGINEERING: Fission Technology
NUCLEAR REACTOR ENGINEERING: Nuclear Fuel Design
NUCLEAR REACTOR ENGINEERING: Quantitative Visualization
NUCLEAR REACTOR ENGINEERING: Thermal Hydraulics and Multi-Phase Flow
NUCLEAR SECURITY & NONPROLIFERATION: International Safeguards
NUCLEAR SECURITY & NONPROLIFERATION: Nonproliferation & Arms Control
NUCLEAR SECURITY & NONPROLIFERATION: Nuclear Forensics
NUCLEAR SECURITY & NONPROLIFERATION: Nuclear Materials Control & Accountability
RADIATION DETECTION AND MEASUREMENTS: New Radiation Detection Materials
RADIATION DETECTION AND MEASUREMENTS: Non-Destructive Examination
RADIATION DETECTION AND MEASUREMENTS: Nuclear Safeguards and Security
RADIATION DETECTION AND MEASUREMENTS: Radiation Dose Measurements
RADIATION DETECTION AND MEASUREMENTS: Radiation Imaging
RADIATION DETECTION AND MEASUREMENTS: Signal Processing Electronics
RADIOCHEMISTRY: Actinide and Lanthanide Species
RADIOCHEMISTRY: Fission Product Behavior
RADIOCHEMISTRY: Nuclear Forensics
RADIOCHEMISTRY: Nuclear Wastes Management
RADIOCHEMISTRY: Separation Techniques
Term of Enrollment
Please select...
Spring 2025
Fall 2025
Spring 2026
Fall 2026
Spring 2027
Fall 2027
I am interested in the following faculty member(s). Please list specific faculty names or if "open to any"
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Contact Information