Electrical Machines Systems v2.0
Electrical Machines Systems v2.0 gives students a structured way to study how different motor types behave in practical electrical engineering applications. Designed for use with Matrix TSL’s Electrical Machines platform, this curriculum helps learners build a clearer understanding of machine performance, control, and system relationships through applied investigation and comparison.
The curriculum supports the study of key motor characteristics across a range of machine types, including DC, AC, three-phase, brushless, and stepper machines. Students explore how speed, torque, and mass interact, while also developing knowledge of three-phase generation, phase shift, delta motor configuration, and comparative motor performance. The curriculum also introduces Electrical Machines and MATLAB, helping connect hands-on experimentation with software-based analysis.
- Key motor characteristics, including DC, AC, three-phase, brushless, and stepper machines
- Understanding speed, torque, and mass
- Three-phase generation
- Phase shift in motors
- Delta configuration of motors
- Motor characteristic comparisons
- Electrical Machines and MATLAB
With this curriculum, students can move beyond basic theory and investigate how electrical machines respond under different operating conditions. It is well-suited for electrical engineering, electromechanical, automation, and workforce training programs that want to combine machine fundamentals with practical analysis.
Because the content emphasizes both machine behavior and system-level understanding, it can support instruction in motor technology, rotating machinery, power systems fundamentals, and applied control concepts. The inclusion of MATLAB-related activities also helps bridge hands-on training, data interpretation, and engineering software skills.
- EM5154 Electrical Machines Training System v2.0
- EM9922 Electrical Machines Core Set v2.0
- EM3828 compatible Electrical Machines platform resource
