SUMMARY
The discussion centers on the lack of dedicated electric motor design courses in Electrical Engineering (EE) curricula, with participants noting that most programs focus more on software than hardware. Key courses mentioned include "Transducers and Electrical Machinery" and "Electrical Machines and Actuators," which cover fundamental concepts of electric machines. Participants emphasize the importance of self-directed learning and suggest resources like TI's "Motor Compendium" for further study. The consensus is that motor design is primarily an EE domain, with minimal involvement from Mechanical Engineering.
PREREQUISITES
- Understanding of basic Electrical Engineering principles
- Familiarity with AC and DC motor operation
- Knowledge of electromagnetic theory
- Experience with laboratory equipment such as dynamometers
NEXT STEPS
- Research TI's "Motor Compendium" for foundational knowledge on motor design
- Explore the course "Electrical Machines and Actuators" for structured learning
- Learn about Field Oriented Control techniques in modern electric motors
- Investigate self-study resources on electric machinery design and applications
USEFUL FOR
Electrical engineering students, educators developing motor design curricula, and professionals interested in electric motor technology and design methodologies.