| Mechanical Engineering |
The University of Texas at Austin |
| Course Name |
Course Code |
Course Hours |
Classification |
| Introduction to Engineering Design and Graphics |
M E 302 |
3 |
Lower Division |
| Studies in Engineering Design Graphics |
M E 103 |
1 |
Lower Division |
| Introduction to Computers and Programming |
M E 205 |
2 |
Lower Division |
| Engineering Design Graphics |
M E 210 (TCCN: ENGR 1204) |
2 |
Lower Division |
| Engineering Design Graphics: Honors |
M E 210H |
2 |
Lower Division |
| Applied Thermodynamics |
M E 310T |
3 |
Lower Division |
| Materials Engineering |
M E 311 |
3 |
Lower Division |
| Materials Engineering Laboratory |
M E 111L |
1 |
Lower Division |
| Dynamics |
M E 314D |
3 |
Lower Division |
| Thermodynamics |
M E 316T |
3 |
Lower Division |
| Engineering Computational Methods |
M E 218 |
2 |
Lower Division |
| Programming and Engineering Computational Methods |
M E 318M |
3 |
Lower Division |
| Topics in Mechanical Engineering |
M E 119S, 219S, 319S, 419S, 519S, 619S, 719S, 819S, 919S |
1, 2, 3, 4, 5, 6, 7, 8, 9 |
Lower Division |
| Applied Thermodynamics |
M E 385M |
3 |
Graduate |
| Humanitarian Engineering Seminar |
M E 120C |
1 |
Upper Division |
| Dynamics |
M E 324 |
3 |
Upper Division |
| Thermodynamics |
M E 326 |
3 |
Upper Division |
| Thermodynamics: Honors |
M E 326H |
3 |
Upper Division |
| Topics in Mechanical Engineering |
M E 394M |
3 |
Graduate |
| Fluid Mechanics |
M E 330 |
3 |
Upper Division |
| Experimental Fluid Mechanics |
M E 130L |
1 |
Upper Division |
| Engineering Communication: Honors |
M E 333H |
3 |
Upper Division |
| Engineering Communication |
M E 333T |
3 |
Upper Division |
| Materials Engineering |
M E 334 |
3 |
Upper Division |
| Materials Engineering Laboratory |
M E 134L |
1 |
Upper Division |
| Engineering Statistics |
M E 335 |
3 |
Upper Division |
| Materials Processing |
M E 336 |
3 |
Upper Division |
| Materials Processing Laboratory |
M E 136L |
1 |
Upper Division |
| Concepts in Nuclear and Radiation Engineering |
M E 136N, 236N |
1, 2 |
Upper Division |
| Concepts in Nuclear and Radiation Engineering |
M E 336P |
3 |
Upper Division |
| Introduction to Nuclear Power Systems |
M E 337C |
3 |
Upper Division |
| Nuclear Environmental Protection |
M E 337F |
3 |
Upper Division |
| Nuclear Safety and Security |
M E 337G |
3 |
Upper Division |
| Machine Elements |
M E 338 |
3 |
Upper Division |
| Heat Transfer |
M E 339 |
3 |
Upper Division |
| Experimental Heat Transfer |
M E 139L |
1 |
Upper Division |
| Mechatronics |
M E 340 |
3 |
Upper Division |
| Mechatronics Laboratory |
M E 140L |
1 |
Upper Division |
| Thermal-Fluid Systems |
M E 343 |
3 |
Upper Division |
| Dynamic Systems and Controls |
M E 344 |
3 |
Upper Division |
| Dynamic Systems and Controls Laboratory |
M E 144L, 244L |
1, 2 |
Upper Division |
| Topics in Processing of Materials |
M E 347 |
3 |
Upper Division |
| Advanced Mechatronics I |
M E 348E |
3 |
Upper Division |
| Advanced Mechatronics II |
M E 348F |
3 |
Upper Division |
| Corrosion Engineering |
M E 349 |
3 |
Upper Division |
| Machine Tool Operations for Engineers |
M E 350 |
3 |
Upper Division |
| Design and Control of Robots for Rehabilitation |
M E 350D |
3 |
Upper Division |
| Robot Mechanism Design |
M E 350R |
3 |
Upper Division |
| Engineering Computer Graphics |
M E 352K |
3 |
Upper Division |
| Engineering Finance |
M E 353 |
3 |
Upper Division |
| Introduction to Biomechanical Engineering |
M E 354 |
3 |
Upper Division |
| Biomechanics of Human Movement |
M E 354M |
3 |
Upper Division |
| Engineering Vibrations |
M E 355K |
3 |
Upper Division |
| Materials Selection |
M E 259, 359 |
2, 3 |
Upper Division |
| Vehicle System Dynamics and Controls |
M E 360 |
3 |
Upper Division |
| Cyber Vehicle Systems |
M E 360C |
3 |
Upper Division |
| Propulsion Systems and Controls |
M E 360D |
3 |
Upper Division |
| Advanced Vehicle Powertrain Systems and Control |
M E 360E |
3 |
Upper Division |
| Metallurgy of Engineering Alloys |
M E 260K, 360K |
2, 3 |
Upper Division |
| Turbomachinery and Compressible Flow |
M E 360L |
3 |
Upper Division |
| Intermediate Heat Transfer |
M E 360N |
3 |
Upper Division |
| Advanced Packaging and Thermal Management |
M E 360S |
3 |
Upper Division |
| Nuclear Reactor Operations and Engineering |
M E 361E |
3 |
Upper Division |
| Radiation and Radiation Protection Laboratory |
M E 361F |
3 |
Upper Division |
| Materials Thermodynamics |
M E 261M, 361M |
2, 3 |
Upper Division |
| Readings in Engineering |
M E 362K |
3 |
Upper Division |
| Development of a Solar-Powered Vehicle |
M E 362S |
3 |
Upper Division |
| Energy Systems Laboratory |
M E 363L |
3 |
Upper Division |
| Energy Technology and Policy |
M E 363M |
3 |
Upper Division |
| Intermediate Dynamics |
M E 364D |
3 |
Upper Division |
| Automatic Control System Design |
M E 364L |
3 |
Upper Division |
| Data Science for Engineers |
M E 365D |
3 |
Upper Division |
| Engineering Entrepreneurship |
M E 365E |
3 |
Upper Division |
| Finite Element Method |
M E 365K |
3 |
Upper Division |
| Industrial Design for Production |
M E 365L |
3 |
Upper Division |
| Mechanical Engineering Design Methodology |
M E 366J |
3 |
Upper Division |
| Mechanical Engineering Design Project |
M E 266K |
2 |
Upper Division |
| Operations Research Models |
M E 366L |
3 |
Upper Division |
| Design Project Laboratory |
M E 266P |
2 |
Upper Division |
| Deterministic Methods for Operations Research |
M E 366Q |
3 |
Upper Division |
| Stochastic Methods for Operations Research |
M E 366R |
3 |
Upper Division |
| Biomems and Bionems |
M E 366T |
3 |
Upper Division |
| Simulation Modeling |
M E 367S |
3 |
Upper Division |
| Additive Manufacturing |
M E 368C |
3 |
Upper Division |
| Computer-Aided Design |
M E 368J |
3 |
Upper Division |
| Introduction to Computational Fluid Dynamics |
M E 369L |
3 |
Upper Division |
| Computational Methods in Thermal/Fluid Systems |
M E 369M |
3 |
Upper Division |
| Application Programming for Engineers |
M E 369P |
3 |
Upper Division |
| Medical Device Design and Manufacturing |
M E 371D |
3 |
Upper Division |
| Legal Aspects of Engineering Practice |
M E 371K |
3 |
Upper Division |
| Theory and Design for Mechanical Sensing and Measurements |
M E 372C |
3 |
Upper Division |
| Robotics and Automation |
M E 372J |
3 |
Upper Division |
| Mechanism Design |
M E 372M |
3 |
Upper Division |
| Design of Smart Mechanisms |
M E 372N |
3 |
Upper Division |
| Combustion Engine Processes |
M E 374C |
3 |
Upper Division |
| Automotive Engineering Laboratory |
M E 374D |
3 |
Upper Division |
| Race Car Engineering and Project Management |
M E 374E |
3 |
Upper Division |
| Fire Science |
M E 374F |
3 |
Upper Division |
| Design of Thermal Systems |
M E 374L |
3 |
Upper Division |
| Design of Air Conditioning Systems |
M E 374R |
3 |
Upper Division |
| Solar Energy Systems Design |
M E 374S |
3 |
Upper Division |
| Renewable Energy Technology |
M E 374T |
3 |
Upper Division |
| High Throughput Nanopatterning |
M E 376N |
3 |
Upper Division |
| Projects in Mechanical Engineering |
M E 177K, 277K, 377K |
1, 2, 3 |
Upper Division |
| Electroceramics |
M E 378C |
3 |
Upper Division |
| Failure Analysis |
M E 378D |
3 |
Upper Division |
| Nanotechnology for Sustainable Energy |
M E 378E |
3 |
Upper Division |
| Enhancing Sustainability Through Tribology |
M E 378F |
3 |
Upper Division |
| Mechanical Behavior of Materials |
M E 378K |
3 |
Upper Division |
| Properties and Applications of Polymers |
M E 378P |
3 |
Upper Division |
| Polymer Nanocomposites |
M E 378Q |
3 |
Upper Division |
| Structural Ceramics |
M E 378S |
3 |
Upper Division |
| Undergraduate Honors Thesis |
M E 679H |
6 |
Upper Division |
| Engineering Acoustics |
M E 379N |
3 |
Upper Division |
| Musical Acoustics |
M E 379Q |
3 |
Upper Division |
| Special Topics in Mechanical Engineering |
M E 180E, 280E, 380E |
1, 2, 3 |
Graduate |
| Research |
M E 180M, 280M, 380M, 680M, 980M |
1, 2, 3, 6, 9 |
Graduate |
| Topics in Mathematical Methods in Engineering |
M E 380Q |
3 |
Graduate |
| Robot Mechanism Design |
M E 380R |
3 |
Graduate |
| Statistical Methods for Process Control & Manufacturing |
M E 381M |
3 |
Graduate |
| Topics in Dynamics of Fluids |
M E 381P |
3 |
Graduate |
| Topics in Thermodynamics |
M E 381Q |
3 |
Graduate |
| Topics in Heat Transfer and Rate Processes |
M E 381R |
3 |
Graduate |
| Topics in Computational Fluid Dynamics |
M E 382N |
3 |
Graduate |
| Topics in Experimental Thermal/Fluid Systems |
M E 382P |
3 |
Graduate |
| Topics in Design of Thermal and Fluid Systems |
M E 382Q |
3 |
Graduate |
| Topics in Combustion |
M E 382R |
3 |
Graduate |
| Fire Science |
M E 382T |
3 |
Graduate |
| Theory and Design for Mechanical Sensing and Measurements |
M E 383D |
3 |
Graduate |
| Heat Transfer in Industrial Systems |
M E 383M |
3 |
Graduate |
| Topics in Analysis of Mechanical Systems |
M E 383Q |
3 |
Graduate |
| Topics in Lubrication, Wear, and Bearing Technology |
M E 383S |
3 |
Graduate |
| Intermediate Dynamics |
M E 384D |
3 |
Graduate |
| Topics in Electromechanics |
M E 384E |
3 |
Graduate |
| Fluid Mechanics in Industrial Processes |
M E 384M |
3 |
Graduate |
| Topics in Acoustics |
M E 384N |
3 |
Graduate |
| Topics in Design of Control Systems |
M E 384Q |
3 |
Graduate |
| Topics in Robotics |
M E 384R |
3 |
Graduate |
| Topics in Biomedical Engineering |
M E 385J |
3 |
Graduate |
| Modeling, Simulation, and Control of Physical Systems |
M E 386M |
3 |
Graduate |
| Topics in Materials Science: Fundamentals |
M E 386P |
3 |
Graduate |
| Topics in Materials Science: Structure and Properties |
M E 386Q |
3 |
Graduate |
| Topics in Materials Science: Physical and Electronic Properties |
M E 386R |
3 |
Graduate |
| Topics in Materials Science: Microelectronics and Thin Films |
M E 386S |
3 |
Graduate |
| Topics in Materials Science: The Design of Technical Materials |
M E 386T |
3 |
Graduate |
| Applied Dynamics and Feedback Control |
M E 387M |
3 |
Graduate |
| Topics in Materials Science: Thermodynamics and Kinetics |
M E 387Q |
3 |
Graduate |
| Topics in Materials Science: Experimental Techniques |
M E 387R |
3 |
Graduate |
| Topics in Materials Processing |
M E 387S |
3 |
Graduate |
| Nuclear Power Engineering |
M E 388C |
3 |
Graduate |
| Nuclear Reactor Theory I |
M E 388D |
3 |
Graduate |
| Nuclear Reactor Theory II |
M E 388E |
3 |
Graduate |
| Computational Methods in Radiation Transport |
M E 388F |
3 |
Graduate |
| Nuclear Radiation Shielding |
M E 388G |
3 |
Graduate |
| Nuclear Safety and Security |
M E 388H |
3 |
Graduate |
| Neutron Interactions and Their Applications in Nuclear Science and Engineering |
M E 388J |
3 |
Graduate |
| Mathematical Methods for Nuclear and Radiation Engineering |
M E 388M |
3 |
Graduate |
| Design of Nuclear Systems |
M E 388N |
3 |
Graduate |
| Applied Nuclear Physics |
M E 388P |
3 |
Graduate |
| Modern Trends in Nuclear and Radiation Engineering |
M E 388S |
3 |
Graduate |
| Nuclear Environmental Protection |
M E 389C |
3 |
Graduate |
| The Nuclear Fuel Cycle |
M E 389F |
3 |
Graduate |
| Materials Processing |
M E 389M |
3 |
Graduate |
| Topics in Nuclear and Radiation Engineering: Design of Systems |
M E 389Q |
3 |
Graduate |
| Vehicle System Dynamics and Controls |
M E 390 |
3 |
Graduate |
| Cyber Vehicle Systems |
M E 390C |
3 |
Graduate |
| Nuclear Security System Design |
M E 390E |
3 |
Graduate |
| Nuclear Analysis Techniques |
M E 390F |
3 |
Graduate |
| Nuclear Engineering Laboratory |
M E 390G |
3 |
Graduate |
| The Enterprise of Technology |
M E 390M |
3 |
Graduate |
| Health Physics Laboratory |
M E 390N |
3 |
Graduate |
| Nuclear and Radiochemistry |
M E 390T |
3 |
Graduate |
| Advanced Nuclear Engineering |
M E 390V |
3 |
Graduate |
| Proposal Writing |
M E 390W |
3 |
Graduate |
| Introduction to Manufacturing Systems |
M E 391M |
3 |
Graduate |
| Artificial Intelligence Programming for Engineers |
M E 391R |
3 |
Graduate |
| Design Optimization and Automation |
M E 392C |
3 |
Graduate |
| Topics in Computer Graphics and Computer-Aided Design |
M E 392G |
3 |
Graduate |
| Topics in Advanced Mechanical Design |
M E 392M |
3 |
Graduate |
| Topics in Manufacturing |
M E 392Q |
3 |
Graduate |
| Engineering Design & Innovation |
M E 393M |
3 |
Graduate |
| The Enterprise of Technology |
M E 395 |
3 |
Graduate |
| Engineering Design and Innovation with Product Design |
M E 395M |
3 |
Graduate |
| Decision and Control of Human-Centered Robots |
M E 396D |
3 |
Graduate |
| Materials Science and Engineering |
M E 396M |
3 |
Graduate |
| Application Programming for Engineers |
M E 396P |
3 |
Graduate |
| Topics in Current Engineering Studies |
M E 397 |
3 |
Graduate |
| Topics in Graduate Seminar |
M E 197K, 297K, 397K |
1, 2, 3 |
Graduate |
| Graduate Research Internship |
M E 397M |
3 |
Graduate |
| Projects in Mechanical Engineering |
M E 197P, 297P, 397P |
1, 2, 3 |
Graduate |
| Introduction to Graduate Studies |
M E 097S |
0 |
Graduate |
| Thesis |
M E 698 |
6 |
Graduate |
| Engineering Teaching Practicum |
M E 198C, 398C, 698C |
1, 3, 6 |
Graduate |
| Introduction to Automatic Control |
M E 398M |
3 |
Graduate |
| Topics in Engineering Teaching Practicum |
M E 198P, 398P, 698P |
1, 3, 6 |
Graduate |
| Topics in Teaching Portfolio Preparation |
M E 198Q, 398Q |
1, 3 |
Graduate |
| Master's Report |
M E 398R |
3 |
Graduate |
| Assessment and Curriculum Design in Engineering |
M E 398S |
3 |
Graduate |
| Supervised Teaching in Mechanical Engineering |
M E 398T |
3 |
Graduate |
| Dissertation |
M E 399W, 699W, 999W |
3, 6, 9 |
Graduate |
| DegreeView |
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