EMCH courses
75 courses · University of South Carolina-Columbia · Fall 2026
- EMCH 101 — Introduction to Mechanical Engineering1 section
- EMCH 111 — Introduction to Computer-Aided Design1 section
- EMCH 200 — Statics1 section
- EMCH 201 — Introduction to Applied Numerical Methods1 section
- EMCH 220 — Mechanical Engineering Fundamentals for Non-Majors1 section
- EMCH 260 — Solid Mechanics1 section
- EMCH 290 — Thermodynamics1 section
- EMCH 308 — Introduction to Finite Element Stress Analysis1 section
- EMCH 310 — Dynamics1 section
- EMCH 327 — Machine Design1 section
- EMCH 330 — Mechanical Vibrations1 section
- EMCH 332 — Kinematics1 section
- EMCH 354 — Heat Transfer1 section
- EMCH 360 — Fluid Mechanics1 section
- EMCH 361 — Laboratory I1 section
- EMCH 362 — Laboratory II1 section
- EMCH 363 — Mechanical Engineering Laboratory III1 section
- EMCH 367 — Controls1 section
- EMCH 368 — Mechatronics1 section
- EMCH 371 — Materials1 section
- EMCH 377 — Manufacturing1 section
- EMCH 380 — Project Management1 section
- EMCH 394 — Applied Thermodynamics1 section
- EMCH 427 — Design I1 section
- EMCH 428 — Design II1 section
- EMCH 441 — Automotive System Fundamentals1 section
- EMCH 460 — Special Problems1 section
- EMCH 497 — Design of Thermal Systems1 section
- EMCH 499 — Fundamentals of Engineering Preparation1 section
- EMCH 501 — Engineering Analysis I1 section
- EMCH 502 — Engineering Analysis II1 section
- EMCH 507 — Computer-Aided Design1 section
- EMCH 508 — Finite Element Analysis in Mechanical Engineering1 section
- EMCH 509 — Computer-Aided Manufacturing1 section
- EMCH 514 — Digital Control Systems1 section
- EMCH 515 — Industrial Control1 section
- EMCH 516 — Control Theory in Mechanical Engineering1 section
- EMCH 520 — Technology Planning1 section
- EMCH 521 — Concurrent Engineering1 section
- EMCH 522 — Design for Manufacture and Assembly1 section
- EMCH 527 — Design of Mechanical Systems1 section
- EMCH 528 — Product Safety Engineering1 section
- EMCH 529 — Sustainable Design and Development1 section
- EMCH 530 — Introduction to Engineering Optimization1 section
- EMCH 532 — Intermediate Dynamics1 section
- EMCH 535 — Robotics in Mechanical Engineering1 section
- EMCH 544 — Compressible Fluid Flow1 section
- EMCH 550 — Introduction to Nuclear Safeguards1 section
- EMCH 552 — Introduction to Nuclear Engineering1 section
- EMCH 553 — Nuclear Fuel Cycles1 section
- EMCH 554 — Intermediate Heat Transfer1 section
- EMCH 555 — Instrumentation for Nuclear Engineering1 section
- EMCH 555L — Nuclear Instrumentation Laboratory1 section
- EMCH 556 — Introduction to Risk Analysis and Reactor Safety1 section
- EMCH 557 — Introduction to Radiation Shielding and Sources1 section
- EMCH 558 — Introduction to Nuclear Reactor Systems1 section
- EMCH 560 — Intermediate Fluid Mechanics1 section
- EMCH 561 — Current Topics in Mechanical Engineering1 section
- EMCH 562 — Micro/nanofluidics and Lab-on-a-Chip1 section
- EMCH 567 — Bio Nano/Micro Electro-Mechanical Systems1 section
- EMCH 571 — Mechanical Behavior of Materials1 section
- EMCH 572 — Physical Metallurgy1 section
- EMCH 573 — Introduction to Nuclear Materials1 section
- EMCH 574 — Vibration and Waves1 section
- EMCH 575 — Adaptive Materials and Smart Structures1 section
- EMCH 576 — Fundamentals and Applications of Fuel Cells1 section
- EMCH 577 — Aerospace Structures I1 section
- EMCH 578 — Introduction to Aerodynamics1 section
- EMCH 580 — Mechanics of Solid Biomaterials1 section
- EMCH 584 — Advanced Mechanics of Materials1 section
- EMCH 585 — Introduction to Composite Materials1 section
- EMCH 586 — Experimental Stress Analysis1 section
- EMCH 592 — Introduction to Combustion1 section
- EMCH 594 — Solar Heating1 section
- EMCH 597 — Thermal Environmental Engineering1 section
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