• BIOM 200 - Biomedical Engineering Design and Discovery
• BIOM 201 - Physiology I
• BIOM 202 - Physiology II
• BIOM 204 - Cell and Molecular Biology for Engineers
• BIOM 310 - Biomedical Systems Analysis and Design
• BIOM 315 - Computational Biomedical Engineering
• BIOM 322 - Biomechanics
• BIOM 324 - Biotransport
• BIOM 345 - Neural Network Models of Cognition and Brain Computation
• BIOM 380 - Biomedical Engineering Integrated Design and Experimental Analysis (IDEAS) Laboratory I
• BIOM 390 - Biomedical Engineering Integrated Design and Experimental Analysis (IDEAS) Laboratory II
• BIOM 406 - Biomedical Applications of Genetic Engineering
• BIOM 411 - Bioinstrumentation and Design
• BIOM 414 - Biomaterials
• BIOM 417 - Tissue Engineering
• BIOM 428 - Motion Biomechanics
• BIOM 441 - Bioelectricity
• BIOM 453 - Biomedical Engineering Advanced Projects
• BIOM 454 - Biomedical Engineering Advanced Projects
• BIOM 463 - Biomedical Engineering Capstone Design I
• BIOM 464 - Biomedical Engineering Capstone Design II
• BIOM 483 - Medical Image Modalities
• BIOM 484 - Medical Image Analysis
• BIOM 490 - Molecular Bioengineering
• BIOM 495 - Special Topics in Biomedical Engineering
• BIOM 496 - Special Topics in Biomedical Engineering
• BIOM 499 - Independent Study

Chemical Engineering

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• Chemical Engineering

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• CH E 202 - Thermodynamics
• CH E 215 - Material and Energy Balances
• CH E 216 - Modeling and Simulation in Chemical Engineering
• CH E 246 - Introduction to Biotechnology
• CH E 316 - Chemical Thermodynamics
• CH E 318 - Chemical Reaction Engineering
• CH E 321 - Transport Processes I: Momentum and Heat Transfer
• CH E 322 - Transport Processes II: Mass Transfer and Separations
• CH E 347 - Biochemical Engineering
• CH E 398 - Chemical Engineering Laboratory I
• CH E 438 - Process Modeling, Dynamics, and Control
• CH E 442 - Applied Surface Chemistry
• CH E 448 - Bioseparations Engineering
• CH E 449 - Polymer Chemistry and Engineering
• CH E 461 - Special Topics in Chemical Engineering
• CH E 462 - Special Topics in Chemical Engineering
• CH E 476 - Chemical Engineering Design
• CH E 491 - Chemical Engineering Laboratory II
• CH E 495 - Chemical Engineering Research
• CH E 496 - Chemical Engineering Research

Civil and Environmental Engineering

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• Civil Engineering

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• CE 201 - Civil Engineering Techniques
• CE 205 - Introduction to Environmental Engineering
• CE 230 - Statics
• CE 231 - Strength of Materials
• CE 232 - Dynamics
• CE 315 - Fluid Mechanics
• CE 316 - Introduction to Geotechnical Engineering
• CE 319 - Structural Mechanics
• CE 323 - Properties and Behavior of Materials
• CE 326 - Design of Concrete Structures
• CE 330 - Water for the World
• CE 336 - Water Resources Engineering
• CE 341 - Civil Engineering Systems Analysis
• CE 344 - Transportation Facilities Design
• CE 363 - Materials Laboratory
• CE 365 - Fluid Mechanics Laboratory
• CE 401 - Design of Metal Structures I
• CE 402 - Design of Metal Structures II
• CE 403 - Advanced Reinforced Concrete Design
• CE 404 - Concrete Technology
• CE 405 - Prestressed Concrete Design
• CE 410 - Water Chemistry for Environmental Engineering
• CE 411 - Foundation Engineering
• CE 420 - Experimental Analyses in Environmental Engineering
• CE 421 - Pavement Analysis and Design
• CE 426 - Environmental Systems Management
• CE 430 - Environmental Engineering
• CE 431 - Earth Work
• CE 436 - Stormwater Management
• CE 440 - Groundwater Hydrology
• CE 441 - Construction Engineering and Economics
• CE 444 - Traffic Operations
• CE 445 - Introduction to Transportation Planning
• CE 446 - Introduction to Geographic Information Systems
• CE 451 - Special Topics in Civil Engineering
• CE 452 - Special Topics in Civil Engineering
• CE 455 - Mechanics of Composite Materials
• CE 461 - Computer Applications in Civil Engineering
• CE 462 - Advanced Structural Analysis
• CE 471 - Introduction to Finite Element Methods
• CE 490 - Civil Engineering Design and Practice
• CE 495 - Civil Engineering Research
• CE 496 - Civil Engineering Research

Computer Science

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• Computer Science

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• CS 101 - Introduction to Programming
• CS 101E - Introduction to Programming
• CS 101X - Introduction to Programming
• CS 110 - Introduction to Information Technology
• CS 120 - Introduction to Business Computing
• CS 150 - From Ada and Euclid to Quantum Computing and the World Wide Web
• CS 201 - Software Development Methods
• CS 201K - Software Development Methods
• CS 202 - Discrete Mathematics I
• CS 205 - Engineering Software
• CS 216 - Program and Data Representation
• CS 230 - Digital Logic Design
• CS 290 - Computer Science Seminar I
• CS 302 - Discrete Mathematics II
• CS 305 - HCI in Software Development
• CS 333 - Computer Architecture
• CS 340 - Advanced Software Development Techniques
• CS 414 - Operating Systems
• CS 415 - Programming Languages
• CS 416 - Artificial Intelligence
• CS 432 - Algorithms
• CS 434 - Fault-tolerant Computing
• CS 445 - Introduction to Computer Graphics
• CS 446 - Real Time Rendering
• CS 447 - Image Synthesis
• CS 448 - Computer Animation
• CS 453 - Electronic Commerce Technologies
• CS 457 - Computer Networks
• CS 458 - Internet Engineering
• CS 462 - Database Systems
• CS 471 - Compilers
• CS 493 - Independent Study
• CS 494 - Special Topics in Computer Science
• CS 551 - Selected Topics in Computer Science
• CS 586 - Real-Time Systems
• CS 587 - Security in Information Systems
• CS 588 - Cryptology: Principles and Applications

Electrical and Computer Engineering

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• Computer Engineering
• Electrical Engineering

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• ECE 200 - Science of Information
• ECE 203 - Introductory Circuit Analysis
• ECE 204 - Electronics I
• ECE 230 - Digital Logic Design
• ECE 303 - Solid State Devices
• ECE 307 - Electronics II
• ECE 309 - Electromagnetic Fields
• ECE 310 - Electromechanical Energy Conversion
• ECE 323 - Signals and Systems I
• ECE 324 - Signals and Systems II
• ECE 333 - Computer Architecture
• ECE 363 - Digital Integrated Circuits
• ECE 402 - Linear Control Systems
• ECE 403 - Control Laboratory
• ECE 407 - Electrical Engineering Projects
• ECE 408 - Electrical Engineering Projects
• ECE 409 - RF Circuit Design and Wireless Systems
• ECE 410 - Electromechanical Energy Conversion Laboratory
• ECE 411 - Bioelectricity
• ECE 412 - Digital Control Systems
• ECE 415 - Microelectronic Integrated Circuit Fabrication Laboratory
• ECE 420 - Communications
• ECE 422 - Communication Systems Laboratory
• ECE 432 - Introduction to VLSI Design
• ECE 434 - Fault-Tolerant Computing
• ECE 435 - Computer Organization and Design
• ECE 436 - Advanced Digital Design
• ECE 457 - Computer Networks
• ECE 473 - Analog Integrated Circuits
• ECE 482 - Microwave Engineering Laboratory
• ECE 484 - Wireless Communications
• ECE 485 - Optical Communications
• ECE 525 - Introduction to Robotics
• ECE 541 - Optics and Lasers
• ECE 556 - Microwave Engineering I
• ECE 563 - Introduction to VLSI
• ECE 564 - Microelectronic Integrated Circuit Fabrication
• ECE 576 - Digital Signal Processing
• ECE 578 - Digital Signal Processing Laboratory
• ECE 586 - Special Topics in Electrical and Computer Engineering
• ECE 587 - Special Topics in Electrical and Computer Engineering

Materials Science and Engineering

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• Materials Science and Engineering

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• MSE 201 - Materials That Shape Our Civilization
• MSE 209 - Introduction to the Science and Engineering of Materials
• MSE 301 - Corrosion and its Prevention
• MSE 301L - Corrosion Engineering Laboratory
• MSE 304 - Structure and Properties of Polymeric Materials
• MSE 304L - Structures and Properties Laboratory
• MSE 305 - Phase Diagrams and Kinetics of Materials
• MSE 306 - Physical Metallurgy Principles: Structures and Properties of Metals
• MSE 310 - Materials Science Laboratory
• MSE 367 - Materials for Electronic, Optical and Magnetic Applications
• MSE 451 - Special Project in Materials Science and Engineering
• MSE 452 - Special Project in Materials Science and Engineering
• MSE 491 - Special Topics in Materials Science
• MSE 492 - Special Topics in Materials Science
• MSE 512 - Introduction to Biomaterials
• MSE 524 - Modeling in Materials Science
• MSE 532 - Deformation and Fracture Mechanics of Structural Materials
• MSE 567 - Electronic, Optical, and Magnetic Properties of Materials

Mechanical and Aerospace Engineering

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• Aerospace Engineering
• Mechanical Engineering

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• MAE 200 - Introduction to Mechanical Engineering
• MAE 200L - Mechanics Familiarity Laboratory
• MAE 201 - Introduction to Aerospace Engineering
• MAE 209 - Applied Probability and Statistics
• MAE 210 - Thermodynamics
• MAE 210L - Thermo/Fluids Familiarity Laboratory
• MAE 230 - Statics
• MAE 231 - Strength of Materials
• MAE 232 - Dynamics
• MAE 301 - Astronautics
• MAE 312 - Thermal Systems Analysis
• MAE 314 - Elements of Heat and Mass Transfer
• MAE 321 - Fluid Mechanics
• MAE 322 - Advanced Fluid Mechanics
• MAE 331 - Aerospace Structures
• MAE 342 - Computational Methods in Aerospace Engineering
• MAE 352 - Aerospace Materials
• MAE 362 - Machine Elements and Fatigue in Design
• MAE 371 - Mechanical Systems Modeling
• MAE 373 - Flight Vehicle Dynamics
• MAE 381 - Experimental Methods Laboratory
• MAE 382 - Aerodynamics Laboratory
• MAE 384 - Mechanical Engineering Laboratory
• MAE 412 - Air Breathing Propulsion
• MAE 413 - Rocket Propulsion
• MAE 428 - Motion Biomechanics
• MAE 452 - Manufacturing and Process Technology
• MAE 461 - Machine Design I
• MAE 462 - Machine Design II
• MAE 463 - Energy Systems Design I
• MAE 464 - Energy Systems Design II
• MAE 465 - Aerospace Design I
• MAE 466 - Aerospace Design II
• MAE 467 - Creativity and New Product Development I
• MAE 468 - Creativity and New Product Development II
• MAE 471 - Mechatronics
• MAE 473 - Introduction to Automatic Controls
• MAE 474 - Mechanical Vibrations
• MAE 476 - Automobile Dynamics
• MAE 491 - Special Topics in Mechanical Engineering
• MAE 492 - Special Topics in Mechanical Engineering
• MAE 493 - Special Topics in Aerospace Engineering
• MAE 494 - Special Topics in Aerospace Engineering
• MAE 495 - Mechanical Engineering Special Project
• MAE 496 - Mechanical Engineering Special Project
• MAE 497 - Aerospace Engineering Special Projects
• MAE 498 - Aerospace Engineering Special Projects
• MAE 499 - Professional Development in Mechanical and Aerospace Engineering

Science, Technology, and Society

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• Minors in Science, Technology, and Society

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• APMA 109 - Single Variable Calculus I
• APMA 111 - Single Variable Calculus II
• APMA 202 - Discrete Mathematics I
• APMA 212 - Multivariable Calculus
• APMA 213 - Ordinary Differential Equations
• APMA 302 - Discrete Mathematics II
• APMA 308 - Linear Algebra
• APMA 310 - Probability
• APMA 311 - Applied Statistics and Probability
• APMA 312 - Statistics
• APMA 314 - Applied Partial Differential Equations
• APMA 334 - Complex Variables with Applications
• APMA 495 - Independent Reading and Research
• APMA 496 - Independent Reading and Research
• APMA 507 - Numerical Methods
• STS 100 - Introduction to Technical Communications for Non-native Speakers
• STS 101 - Engineering, Technology, and Society
• STS 200 - Topics in Technology and Society
• STS 201 - Thomas Jefferson’s Interests in Science and Technology
• STS 202 - History of Technology and Invention
• STS 203 - Humans and Machines: Visions of Tyranny and Freedom in 19th- and 20th-Century Literature
• STS 206 - American Environmental History
• STS 207 - Utopias and the Technological Society
• STS 208 - History of Flight
• STS 209 - The History of Space Flight
• STS 210 - Technology and Social Change in 19th-Century America
• STS 211 - Values of Professionals
• STS 212 - Religion and Technology
• STS 213 - American Technological and Industrial History in the Twentieth Century
• STS 214 - Earth Systems Technology and Management
• STS 215 - Technology and the U.S. Civil War
• STS 216 - Intellectual Property, Engineering, and Society
• STS 218 - Invention and Design
• STS 300 - Advanced Topics in Technology and Culture
• STS 395 - Independent Study: Technology in Culture
• STS 401 - Western Technology and Culture
• STS 402 - The Engineer, Ethics, and Society