This page is a portal to courses with on line content, not a list of course offerings.
| • | AME 400 | : | Senior Mechanical Lab |
| • | AME 401 | : | Senior Aerospace Lab |
| • | AME 403A | : | Computer-Aided Design and Analysis with MATLAB |
| • | AME 412A | : | Mechanical Engineering Design |
| • | AME 412B | : | Mechanical Engineering Design |
| • | AME 413A | : | Mechanical Engineering Design Lab I |
| • | AME 413B | : | Mechanical Engineering Design Lab II |
| • | AME 416 | : | Material Selection |
| • | AME 420 | : | Aircraft Conceptual Design |
| • | AME 422A | : | Aerospace Engineering Design |
| • | AME 424 | : | Introduction To Space Technologies |
| • | AME 425 | : | Aerospace Propulsion |
| • | AME 427 | : | Stability and Control |
| • | AME 428 | : | Space Mission Concept Design |
| • | AME 430 | : | Intermediate Thermodynamics |
| • | AME 431 | : | Numerical Methods in Fluid Mechanics and Heat Transfer |
| • | AME 432 | : | Heat Transfer |
| • | AME 433 | : | Intermediate Fluid Mechanics |
| • | AME 443 | : | Power Systems Analysis |
| • | AME 444 | : | Applied Thermodynamics and Cryogenic Systems |
| • | AME 445 | : | Renewable Energy Systems |
| • | AME 446 | : | Fuel Cell Fundamentals and Design |
| • | AME 452 | : | Planar Multibody Dynamics with Applications |
| • | AME 455 | : | Control System Design |
| • | AME 460 | : | Mechanical Vibrations |
| • | AME 461A | : | Finite Element Methods |
| • | AME 462 | : | Composite Materials |
| • | AME 463 | : | Finite Element Analysis with ANSYS |
| • | AME 465 | : | Design Optimization |
| • | AME 466 | : | Biomechanical Engineering |
| • | AME 472 | : | Reliability Engineering |
| • | AME 473 | : | Engineering Design by Reliability |
| • | AME 474 | : | Reliability and Quality Analysis |
| • | AME 480 | : | Introduction to Nuclear Engineering |
| • | AME 483 | : | Micro Biomechanics |
| • | AME 488 | : | Micro and Nano Transducer Physics and Design |
| • | AME 489 | : | Engineering Properties and Micro/Nano Technologies for Biological Systems |
| • | AME 495S | : | Senior Colloquium |
| • | AME 499 | : | Introduction to Nuclear Reactor Theory |
| • | AME 500a | : | Advanced Engineering Analysis |
| • | AME 500b | : | Advanced Engineering Analysis |
| • | AME 522 | : | Aerospace Engineering Design |
| • | AME 528 | : | Space Mission Design |
| • | AME 530 | : | Advanced Thermodynamics |
| • | AME 531 | : | Numerical Methods in Fluid Mechanics and Heat Transfer |
| • | AME 532 | : | Convective Transport Phenomena |
| • | AME 535 | : | Boundary Layers |
| • | AME 536A | : | Fundamentals of Fluid Mechanics |
| • | AME 536B | : | Fundamentals of Fluid Mechanics |
| • | AME 536C | : | Compressible Fluid Dynamics |
| • | AME 538 | : | Nature of Turbulent Shear Flow |
| • | AME 544 | : | Applied Thermodynamics and Cryogenic Systems |
| • | AME 545 | : | Renewable Energy Systems |
| • | AME 546 | : | Fuel Cell Fundamentals and Design |
| • | AME 550 | : | Advanced Dynamics |
| • | AME 552 | : | Planar Multibody Dynamics with Applications |
| • | AME 553 | : | Computational Multibody Dynamics |
| • | AME 558 | : | Advanced Modern Control Theory of Mechanical Systems |
| • | AME 560 | : | Advanced Vibrations |
| • | AME 561A | : | Finite Element Methods |
| • | AME 562 | : | Composite Materials |
| • | AME 563 | : | Nonlinear Finite Element Analysis in Solid Mechanics |
| • | AME 564A | : | Mechanics of Deformable Solids |
| • | AME 564B | : | Mechanics of Deformable Solids |
| • | AME 565 | : | Design Optimization |
| • | AME 566 | : | Biomechanical Engineering |
| • | AME 572 | : | Reliability Engineering |
| • | AME 573 | : | Engineering Design by Reliability |
| • | AME 574 | : | Reliability and Quality Analysis |
| • | AME 575 | : | Reliability Testing |
| • | AME 576 | : | Advanced Engineering Design By Reliability |
| • | AME 577 | : | Maintainability Engineering |
| • | AME 583 | : | Micro Biomechanics |
| • | AME 586 | : | Microfluidics |
| • | AME 588 | : | Micro and Nano Transducer Physics and Design |
| • | AME 589 | : | Engineering Properties and Micro/Nano Technologies for Biological Systems |
