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CESB-16024
This course provides a comprehensive introduction to hydrogen fuel cell powertrains, using real-world examples such as the Toyota Mirai, Hyundai models, and commercial fleets. Participants will explore key components including the fuel cell stack, membrane layers, hydrogen tanks, and associated EV systems. The course covers startup and shutdown procedures, with a focus on hydrogen purge safety and potential hazards from residual gas. Learners will examine power and energy flow, thermal management, electrical isolation, and system operating temperatures. Attention is given to the energy management strategies, common failure modes like catalyst degradation and pinhole leaks, and the role of sensors and actuators in ensuring safe, efficient operation. Safety considerations, such as hydrogen leak detection and high-flammability hazards, are addressed throughout.
| Course | Section | Course Title | Meeting Info | Meeting Dates | Instructors | Fee/Senior Cost Fee | CEUS | Status |
|---|---|---|---|---|---|---|---|---|
| CESB-16024 | 917529 | Hydrogen Fuel Cell Propulsion System | 02/08/2027 - 02/26/2027 LEC Monday Tuesday Wednesday Thursday Friday 12:00 AM-12:00 AM, Room WEB. 3 Wks Registration closes 2/7 | 02/08/27 - 02/26/27 | J. Krueger | $400.00/ SA$400.00 | 0.60 | Open |
| Description | Details |
|---|---|
| Course: | CESB-16024 |
| Section: | 917529 |
| Course Title: | Hydrogen Fuel Cell Propulsion System |
| Meeting Info: | 02/08/2027 - 02/26/2027 LEC Monday Tuesday Wednesday Thursday Friday 12:00 AM-12:00 AM, Room WEB. 3 Wks Registration closes 2/7 |
| Meeting Dates: | 02/08/27 - 02/26/27 |
| Instructors: | J. Krueger |
| Fee/Senior Cost Fee: | $400.00/ SA$400.00 |
| CEUS: | 0.60 |
| Status: | Open |
Key:
** book required
* book and USB required
+ USB required