Courses
Mechatronics, Controls and Robotics
| Quarter | Course | Cr. | Title |
|---|
| Autumn |
ME 545
| 4 | Introduction to Control Theory |
| Winter |
ME 547
| 4 |
Linear Systems Theory [Course website]
|
| Autumn (odd) |
ME 550
| 3 | Nonlinear Optimal Control |
| Autumn |
ME 586
| 3 |
Biology-Inspired Robot Control [Course website]
|
| Spring |
ME 548
| 3 | Linear Multivariable Control |
| Winter |
ME 578
| 4 | Convex Optimization |
| Spring |
ME 549
| 3 | Estimation and System Identification |
| Spring |
ME 581
| 3 | Digital Control |
| Spring (even) |
ME 585
| 3 | System Identification and Adaptive Control |
| Spring (even) |
ME 593
| 3 | Feedforward Control |
| Spring (odd) |
ME 594
| 3 | Robust Control |
| Spring (even) |
ME 597
| 3 | Networked Dynamic Systems |
Dynamics
| Quarter | Course | Cr. | Title |
|---|
| Winter |
ME 588
| 3 | Dynamics and Vibrations |
| Autumn |
AA 571
| 3 | Principles of Dynamics I |
| Winter (even) |
ME 589
| 3 | Vibrations |
Flight controls
| Quarter | Course | Cr. | Title |
|---|
| Autumn |
AA 516
| 3 | Stability and Control of Flight Vehicles |
| Winter (odd) |
AA 528
| 3 | Spacecraft Dynamics and Control |
| Spring (odd) |
AA 518
| 3 | Automatic Control of Flight Vehicles |
Undergraduate courses
| Quarter | Course | Cr. | Title |
|---|
| Autumn |
ME 469
| 4 | Dynamics |
| Autumn |
ME 471
| 4 | Automatic Control |
| Autumn |
ME 473
| 4 | Instrumentation |
| Winter |
ME 477
| 4 | Embedded Computing |
| Winter |
Phys 334*
| 3 | Electric Circuits Laboratory I |
| Spring |
Phys 335*
| 3 | Electric Circuits Laboratory II |
Access to 400-level ME courses is subject to space availability. Please review the undergraduate course registration policy here.
*300-level courses do not count toward Graduate School degree requirements. Please use this list as a guiding reference only.
Recommended curriculum
MS students, even start year
MS students, odd start year
Consider taking ME 520 Seminar or research credits (as needed).
PhD students, even start year
PhD students, odd start year
Consider taking research credits (as needed) early on and taking no more than 2 courses (+ seminar) each quarter. If your controls/dynamics background is not strong, take ME 471/ME 469 in your first year to help with the qualifying exam.
