ME courses
95 courses · University of Connecticut-Stamford · Fall 2026
- ME 1100 — Technical Communication for Engineers1 section
- ME 2015 — Introduction to Computing for Mechanical Engineers1 section
- ME 2016 — Introduction to Computational Fluid Dynamics1 section
- ME 2017 — Introduction to Finite Element Analysis1 section
- ME 2120 — Applied Mechanics II1 section
- ME 2140 — Computer-Aided Design and Manufacturing1 section
- ME 2193 — International Study1 section
- ME 2232 — Engineering Thermodynamics1 section
- ME 2233 — Thermodynamic Principles1 section
- ME 2234 — Applied Thermodynamics1 section
- ME 2250 — Fluid Dynamics I1 section
- ME 3120 — Advanced Dynamics1 section
- ME 3130 — Advanced Engineering Mathematics1 section
- ME 3161 — Introduction to Robotics1 section
- ME 3162 — Robot Motion Planning1 section
- ME 3163 — Robot Control and Dynamics1 section
- ME 3164 — Aerospace Control Systems1 section
- ME 3165 — Soft Robotics1 section
- ME 3166 — Aircraft Performance and Stability1 section
- ME 3193 — International Study1 section
- ME 3214 — Dynamics of Particles and Rigid Bodies1 section
- ME 3217 — Metal Cutting Principles1 section
- ME 3220 — Mechanical Vibrations1 section
- ME 3221 — Manufacturing Automation1 section
- ME 3222 — Production Engineering1 section
- ME 3225 — Computer-Aided Design, Modeling, and Graphics1 section
- ME 3227 — Design of Machine Elements1 section
- ME 3228 — Introduction to Fatigue in Mechanical Design1 section
- ME 3237 — Fundamentals of Environmentally Sustainable Aviation1 section
- ME 3238 — Sustainable Energy Sources and Systems1 section
- ME 3239 — Combustion for Energy Conversion1 section
- ME 3242 — Heat Transfer1 section
- ME 3245 — Nanoscale Heat Transfer1 section
- ME 3251 — Fluid Dynamics II1 section
- ME 3253 — Linear Systems Theory1 section
- ME 3254 — Linear Systems Theory1 section
- ME 3255 — Computational Mechanics1 section
- ME 3256W — Data-Driven Decisions and Technical Communications1 section
- ME 3262 — Applied Measurements and Data Analysis1 section
- ME 3263 — Introduction to Sensors and Data Analysis1 section
- ME 3264 — Applied Measurements Laboratory1 section
- ME 3266 — Principles of Optimum Design1 section
- ME 3267 — Mechatronics1 section
- ME 3270 — Fuel Cells1 section
- ME 3275 — Numerical Methods in Fluid Mechanics1 section
- ME 3276 — Propulsion1 section
- ME 3277 — Turbines and Centrifugal Machinery1 section
- ME 3279 — Honors Research1 section
- ME 3295 — Special Topics in Mechanical Engineering1 section
- ME 3296 — Independent Research in Mechanical Engineering1 section
- ME 3299 — Problems in Mechanical Engineering1 section
- ME 3396 — Honors Research1 section
- ME 3970 — Junior Design1 section
- ME 4161 — Robotics Systems Laboratory1 section
- ME 4972 — Senior Design Project I1 section
- ME 4973W — Senior Design Project II1 section
- ME 4974W — Ethics for Engineers1 section
- ME 4975 — Senior Design Project I1 section
- ME 4976 — Senior Design Project II1 section
- ME 5105 — Basic Concepts of Continuum Mechanics1 section
- ME 5110 — Advanced Thermodynamics1 section
- ME 5120 — Advanced Thermo-Fluids I1 section
- ME 5130 — Advanced Heat and Mass Transfer1 section
- ME 5150 — Analytical and Applied Kinematics1 section
- ME 5160 — Theory and Design of Automatic Control Systems1 section
- ME 5180 — Dynamics1 section
- ME 5190 — Advanced Solid Mechanics1 section
- ME 5210 — Intelligent Material Systems and Structures1 section
- ME 5215 — Underwater Sensor Systems Analysis and Design1 section
- ME 5245 — Nanoscale Heat Transfer1 section
- ME 5270 — Fuel Cells1 section
- ME 5311 — Computational Fluid Dynamics1 section
- ME 5341 — Radiation Heat Transfer1 section
- ME 5420 — Mechanical Vibrations I1 section
- ME 5430 — Mechanics of Composite Materials1 section
- ME 5442 — Composites Design1 section
- ME 5443 — Composites Manufacturing1 section
- ME 5507 — Engineering Analysis I1 section
- ME 5511 — Principles of Optimum Design1 section
- ME 5512 — Topology Optimization1 section
- ME 5513 — Modern Computational Mechanics1 section
- ME 5515 — Introduction to Hands-On Finite Element Analysis1 section
- ME 5516 — Theory of the Finite Element Method for Engineers1 section
- ME 5520 — Finite Element Methods in Applied Mechanics I1 section
- ME 5521 — Finite Element Methods in Applied Mechanics II1 section
- ME 5522 — Advanced Analysis of Composite Materials and Structures1 section
- ME 5650 — Design Under Uncertainty and Health Prognostics1 section
- ME 5670 — Applied Structural Optimization1 section
- ME 5702 — Data Science for Materials and Manufacturing1 section
- ME 5895 — Special Topics in Mechanical Engineering1 section
- ME 6130 — Advanced Thermo-Fluids II1 section
- ME 6160 — Turbines and Centrifugal Machinery1 section
- ME 6170 — Combustion and Air Pollution Engineering1 section
- ME 6300 — Independent Study in Mechanical Engineering1 section
- ME 6340 — Graduate Seminar1 section
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