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EE332 introduces students to the fundamental concepts of power systems engineering, essential for understanding electricity generation, transmission, and distribution. Students explore the dynamics of electric utility systems and the integrations of power approaches. The course offers hands-on experience through various projects, preparing future engineers for challenges in the electric utility industry. Offered through the Klipsch School of Energy Systems and supported by industry fellows, this program enhances both undergraduate and graduate studies with opportunities for collaboration, mentoring, and capstone projects in power engineering.
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1. EE332Introduction to Power Systems Engineering
2. EE332Introduction to Power Systems Engineering
3. EE332Introduction to Power Systems Engineering
4. A simple Power System
5. Generation
6. 1100 kV Line
10. Electric Utility Systems
12. Integrated Power System Approach
15. Power Engineers
16. Klipsch School Energy System Programs Electric Utility Management Program (EUMP)
Industry Supported Programs provides fellowships/tuition for Graduate Study
Directed Mentoring Program
Provides small scholarships/jobs for Undergraduates to collaborate/work with Faculty and graduate students
http://www.ece.nmsu.edu/~eump
17. Klipsch School Energy System Programs Curricula Undergraduate
EE332 Power 1 the basics CORE
EE431 Power II Analysis and Design BREADTH
EE493 Power III Unbalanced/Transients DEPTH
EE432 Power Electronics
EE494 Distribution
EE498/499 Capstone
18. Klipsch School Energy System Programs Capstones
PV System
Scale model power system
Distribution Feeder Design
Substation Design
Ultrcapacitors
Energy Storage for Stability
19. EE332Introduction to Power Systems Engineering