MECH courses
184 courses · University of Nebraska-Lincoln · Fall 2026
- MECH 98 — Research1 section
- MECH 100 — Introduction to Mechanical Engineering1 section
- MECH 130 — Introduction to Geometric Modeling and Mechanical Design Practices1 section
- MECH 200 — Engineering Thermodynamics1 section
- MECH 200H — Honors: Engineering Thermodynamics1 section
- MECH 220 — Statics1 section
- MECH 223 — Engineering Statics1 section
- MECH 223H — Honors: Engineering Statics1 section
- MECH 230 — Introduction to Mechanical Engineering Design1 section
- MECH 250 — Mechanics I1 section
- MECH 300 — Thermal Systems and Design1 section
- MECH 310 — Fluid Mechanics1 section
- MECH 310H — Honors: Fluid Mechanics1 section
- MECH 311 — Fluid Mechanics Laboratory1 section
- MECH 318 — Applied Linear Algebra and Computational Methods1 section
- MECH 321 — Engineering Statistics and Data Analysis1 section
- MECH 324 — Strength of Materials1 section
- MECH 325 — Mechanics of Elastic Bodies1 section
- MECH 325H — Honors: Mechanics of Elastic Bodies1 section
- MECH 330 — Mechanical Engineering Analysis1 section
- MECH 342 — Kinematics and Dynamics of Machinery1 section
- MECH 343 — Elements of Machine Design1 section
- MECH 350 — Introduction to Dynamics and Control of Engineering Systems1 section
- MECH 351 — Mechanics II1 section
- MECH 370 — Manufacturing Methods and Processes1 section
- MECH 373 — Engineering Dynamics1 section
- MECH 373H — Honors: Engineering Dynamics1 section
- MECH 380 — Mechanical Engineering Measurements1 section
- MECH 381 — Elements of Computer-Aided Design1 section
- MECH 399 — Undergraduate Research and Thesis1 section
- MECH 403 — Internal Combustion Engines1 section
- MECH 404 — Theory of Combustion1 section
- MECH 405 — Turbomachinery1 section
- MECH 406 — Air Conditioning Systems Design1 section
- MECH 407 — Power Plant Systems Design1 section
- MECH 408 — Heat Exchanger Design1 section
- MECH 413 — Aerodynamics1 section
- MECH 414 — Compressible Flow1 section
- MECH 415 — Two-Phase Flow and Heat Transfer1 section
- MECH 416 — Engineering Acoustics1 section
- MECH 420 — Heat Transfer1 section
- MECH 421 — Elements of Nuclear Engineering1 section
- MECH 422 — Industrial Quality Control1 section
- MECH 424 — Laser Material Processing with Compressible Flow Perspective1 section
- MECH 425 — Solar Energy Engineering1 section
- MECH 426 — Heat Transfer at Nanoscales and in Ultrashort Time Domains1 section
- MECH 428 — Analysis of Thermal Data1 section
- MECH 431 — Computational Heat Transfer and Fluid Flow1 section
- MECH 433 — Microscale Transport Phenomena in Biosystems1 section
- MECH 434 — Facility Planning and Design1 section
- MECH 435 — Introduction to Cell Mechanics1 section
- MECH 436 — Introduction to Continuum Biomechanics1 section
- MECH 437 — Biomedical Device Design1 section
- MECH 438 — Mechanics of Biomaterials1 section
- MECH 439 — Biomaterial Surface Patterning1 section
- MECH 442 — Intermediate Kinematics1 section
- MECH 444 — Intermediate Dynamics of Machinery1 section
- MECH 445 — Mechanical Engineering Design Concepts1 section
- MECH 446 — Mechanical Engineering Design I1 section
- MECH 446H — Honors: Mechanical Engineering Design I1 section
- MECH 447 — Mechanical Engineering Design II1 section
- MECH 447H — Honors: Mechanical Engineering Design II1 section
- MECH 448 — Advanced Mechanics of Materials1 section
- MECH 449 — Advanced Dynamics1 section
- MECH 450 — Mechanical Engineering Control Systems Design1 section
- MECH 451 — Introduction to Finite Element Analysis1 section
- MECH 452 — Experimental Stress Analysis I1 section
- MECH 453 — Robotics: Kinematics and Design1 section
- MECH 454 — Introduction to Continuum Modeling1 section
- MECH 455 — Vehicle Dynamics1 section
- MECH 456 — Dynamics of Internal Combustion Engines1 section
- MECH 457 — Mechatronic Systems Design1 section
- MECH 458 — Digital Control of Mechanical Systems1 section
- MECH 460 — Making for Innovation1 section
- MECH 470 — Theory and Practice of Materials Processing1 section
- MECH 472 — Additive Manufacturing1 section
- MECH 474 — Manufacturing Systems I1 section
- MECH 475 — Introduction to Mechanical Vibrations1 section
- MECH 476 — Manufacturing Information Systems1 section
- MECH 480 — Numerical Methods in Engineering1 section
- MECH 483 — Engineering Analysis with Finite Elements1 section
- MECH 487 — Thermal Fluids Laboratory1 section
- MECH 488 — Kinematics and Machine Design Laboratory1 section
- MECH 491 — Special Topics in Engineering Mechanics1 section
- MECH 492 — Special Topics1 section
- MECH 494 — Independent Study1 section
- MECH 498 — Research1 section
- MECH 499H — Honors Thesis1 section
- MECH 801 — Analytical Methods in Engineering I1 section
- MECH 802 — Analytical Methods in Engineering II1 section
- MECH 803 — Internal Combustion Engines1 section
- MECH 804 — Theory of Combustion1 section
- MECH 805 — Turbomachinery1 section
- MECH 806 — Air Conditioning Systems Design1 section
- MECH 807 — Power Plant Systems Design1 section
- MECH 808 — Heat Exchanger Design1 section
- MECH 810 — Viscous Flow I1 section
- MECH 812 — Viscous Flow II1 section
- MECH 813 — Aerodynamics1 section
- MECH 814 — Compressible Flow1 section
- MECH 815 — Two-Phase Flow and Heat Transfer1 section
- MECH 816 — Engineering Acoustics1 section
- MECH 820 — Heat Transfer1 section
- MECH 821 — Elements of Nuclear Engineering1 section
- MECH 822 — Industrial Quality Control1 section
- MECH 824 — Laser Material Processing with Compressible Flow Perspective1 section
- MECH 825 — Solar Energy Engineering1 section
- MECH 826 — Heat Transfer at Nanoscales and in Ultrashort Time Domains1 section
- MECH 828 — Analysis of Thermal Data1 section
- MECH 831 — Computational Heat Transfer and Fluid Flow1 section
- MECH 833 — Microscale Transport Phenomena in Biosystems1 section
- MECH 835 — Introduction to Cell Mechanics1 section
- MECH 836 — Introduction to Continuum Biomechanics1 section
- MECH 837 — Biomedical Device Design1 section
- MECH 838 — Mechanics of Biomaterials1 section
- MECH 839 — Biomaterial Surface Patterning1 section
- MECH 842 — Intermediate Kinematics1 section
- MECH 843 — Introduction to Piezoelectricity with Applications1 section
- MECH 844 — Intermediate Dynamics of Machinery1 section
- MECH 845 — Mechanical Engineering Design Concepts1 section
- MECH 848 — Advanced Mechanics of Materials1 section
- MECH 849 — Advanced Dynamics1 section
- MECH 850 — Mechanical Engineering Control Systems Design1 section
- MECH 851 — Introduction to Finite Element Analysis1 section
- MECH 852 — Experimental Stress Analysis I1 section
- MECH 853 — Robotics: Kinematics and Design1 section
- MECH 854 — Introduction to Continuum Modeling1 section
- MECH 855 — Vehicle Dynamics1 section
- MECH 856 — Dynamics of Internal Combustion Engines1 section
- MECH 857 — Mechatronic Systems Design1 section
- MECH 858 — Digital Control of Mechanical Systems1 section
- MECH 860 — Making for Innovation1 section
- MECH 870 — Theory and Practice of Materials Processing1 section
- MECH 872 — Additive Manufacturing1 section
- MECH 874 — Manufacturing Systems I1 section
- MECH 875 — Introduction to Mechanical Vibrations1 section
- MECH 876 — Manufacturing Information Systems1 section
- MECH 880 — Numerical Methods in Engineering1 section
- MECH 881 — Introduction to Nuclear Engineering1 section
- MECH 883 — Engineering Analysis with Finite Elements1 section
- MECH 888 — Nonlinear Optimization in Engineering1 section
- MECH 890 — Advanced Analysis of Mechanical Engineering Systems1 section
- MECH 891 — Special Topics in Engineering Mechanics1 section
- MECH 892 — Special Topics1 section
- MECH 894 — Independent Study1 section
- MECH 898 — Research1 section
- MECH 899 — Masters Thesis1 section
- MECH 900 — Advanced Thermodynamics1 section
- MECH 902 — Optimal Control Theory1 section
- MECH 904 — Advanced Combustion Theory1 section
- MECH 910 — Continuum Mechanics1 section
- MECH 912 — Advanced Topics in Fluid Dynamics1 section
- MECH 915 — Stress Waves in Solids1 section
- MECH 916 — Turbulent Flows1 section
- MECH 918 — Fundamentals of Finite Elements1 section
- MECH 921 — Quality Engineering: Use of Experimental Design and Other Techniques1 section
- MECH 922 — Conduction Heat Transfer1 section
- MECH 923 — Convection Heat Transfer1 section
- MECH 924 — Radiation Heat Transfer1 section
- MECH 925 — Manufacturing and Dynamic Systems Modeling1 section
- MECH 929 — Functional Tissue Engineering1 section
- MECH 930 — Mechanics of Composite Materials1 section
- MECH 932 — Advanced Finite Element Methods1 section
- MECH 933 — Theory of Elasticity I1 section
- MECH 934 — Theory of Elasticity II1 section
- MECH 935 — Nonlinear Mechanics1 section
- MECH 936 — Theory of Elastic Stability1 section
- MECH 937 — Theory of Plates and Shells I1 section
- MECH 938 — Theory of Plates and Shells II1 section
- MECH 939 — Viscoelasticity1 section
- MECH 940 — Fracture Mechanics1 section
- MECH 941 — Mechanics of Dislocations and Cracks1 section
- MECH 942 — Theory of Plasticity1 section
- MECH 943 — Machine Design1 section
- MECH 945 — Probabilistic Design of Machine Elements1 section
- MECH 950 — Impact Engineering1 section
- MECH 951 — Advanced Topics in Finite Element Methods1 section
- MECH 952 — Experimental Stress Analysis II1 section
- MECH 958 — Advanced Mechatronics1 section
- MECH 970 — Advanced Manufacturing Processes1 section
- MECH 975 — Advanced Vibrations1 section
- MECH 991 — Seminar1 section
- MECH 996 — Advanced Laboratory and Analytical Investigations1 section
- MECH 999 — Doctoral Dissertation1 section
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