Mechanical Engineering
2026-2027
80 courses
- ME 170Computer-Aided Design credit:
- ME 199Undergraduate Open Seminar credit: 1 to
- ME 200Thermodynamics credit:
- ME 270Design for Manufacturability credit:
- ME 290Seminar credit:
- ME 297Introductory Independent Study credit: 1 to
- ME 310Fundamentals of Fluid Dynamics credit:
- ME 320Heat Transfer credit:
- ME 330Engineering Materials credit:
- ME 340Dynamics of Mechanical Systems credit:
- ME 360Signal Processing credit:
- ME 370Mechanical Design I credit:
- ME 371Mechanical Design II credit:
- ME 400Energy Conversion Systems credit: 3 or
- ME 401Refrigeration and Cryogenics credit: 3 or
- ME 402Design of Thermal Systems credit: 3 or
- ME 403Internal Combustion Engines credit: 3 or
- ME 404Intermediate Thermodynamics credit:
- ME 410Intermediate Gas Dynamics credit: 3 or
- ME 411Viscous Flow & Heat Transfer credit:
- ME 412Numerical Thermo-Fluid Mechs credit: 2 to
- ME 420Intermediate Heat Transfer credit:
- ME 430Failure of Engrg Materials credit: 3 or
- ME 431Mechanical Component Failure credit: 3 or
- ME 432Fundamentals of Photovoltaics credit: 3 or
- ME 440Kinem & Dynamics of Mech Syst credit: 3 or
- ME 445Introduction to Robotics credit:
- ME 446Robot Dynamics and Control credit:
- ME 447Computational Design and Dynamics of Soft Systems credit:
- ME 451Computer-Aided Mfg Systems credit: 3 or
- ME 452Num Control of Mfg Processes credit: 3 or
- ME 453Data Science in Manufacturing Quality Control credit: 3 or
- ME 455Micromanufacturing Process & Automation credit: 3 or
- ME 458Additive Manufacturing and Product Design credit: 3 or
- ME 460Industrial Control Systems credit:
- ME 461Computer Cntrl of Mech Systems credit: 3 or
- ME 462Advanced Computer Control credit:
- ME 470Senior Design Project credit:
- ME 471Finite Element Analysis credit: 3 or
- ME 472Introduction to Tribology credit: 3 or
- ME 475Bioinspired Design credit: 3 or
- ME 481Whole-Body Musculoskel Biomech credit: 3 or
- ME 482Musculoskel Tissue Mechanics credit: 3 or
- ME 483Mechanobiology credit:
- ME 485MEMS Devices & Systems credit:
- ME 487MEMS-NEMS Theory & Fabrication credit:
- ME 497Independent Study credit: 1 to
- ME 498Special Topics credit: 1 to
- ME 501Combustion Fundamentals credit:
- ME 502Thermal Systems credit:
- ME 503Design of IC Engines credit:
- ME 504Multiphase Systems & Processes credit:
- ME 505Carbon Capture and Storage credit:
- ME 510Advanced Gas Dynamics credit:
- ME 512Physicochemical Hydrodynamics credit:
- ME 520Heat Conduction credit:
- ME 521Convective Heat Transfer credit:
- ME 522Thermal Radiation credit:
- ME 523Nanoscale Energy Transport credit:
- ME 524Electronics Cooling and Thermal Management credit:
- ME 525Applied Heat Transfer credit:
- ME 530Fatigue Analysis credit:
- ME 531Inelastic Design Methods credit:
- ME 540Control System Theory & Design credit:
- ME 543Applied Control System Design & Analysis credit:
- ME 544Dynamic System Reliability credit:
- ME 546Analysis of Nonlinear Systems credit:
- ME 547Robust and Adaptive Control with Aerospace Applications credit:
- ME 561Convex Methods in Control credit:
- ME 562Robust Adaptive Control credit:
- ME 570Nonlinear Solid Mech Design credit:
- ME 586Mechanics of MEMS credit:
- ME 588Nanoscale Fabrication and Characterization credit: 3 or
- ME 590Seminar credit:
- ME 591Interest Group Seminar credit:
- ME 592Science Communication for Mechanical Engineers I credit:
- ME 593Science Communication for Mechanical Engineers II credit:
- ME 597Independent Study credit: 1 to
- ME 598Special Topics credit: 1 to
- ME 599Thesis Research credit: 0 to
No courses found.