2016
A dedicated lab facility for training, testing, and experimental research in smart grid and microgrid control, monitoring, and management.
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An advanced course on understanding, analyzing, and controlling systems that must remain stable and perform reliably despite model uncertainty, disturbances, and imperfect knowledge.
Prof. Hassan Bevrani
A practical, thinking-centered course that guides students from an initial research idea to a clear, defensible, and complete research proposal with particular attention to critical thinking, responsible use of AI, and the realities of doing research.
Prof. Hassan BEVRANI
A concept-driven course connecting advanced mathematical tools to the physical and engineering problems they were created to solve from Fourier analysis and PDEs to complex-variable methods and transforms.
Prof. Hassan BEVRANI
This course introduces the fundamental principles of linear control systems, including modeling, analysis, and design of feedback systems. Students will learn to apply classical control techniques using time- and frequency-domain methods to ensure stability and performance in engineering systems.
Prof. Hassan BEVRANI
This course designed to enhance English communication skills for electrical engineering students, focusing on technical vocabulary, reading comprehension, and professional expression
Prof. Hassan BEVRANI
Short-Term
2026
A specialized lecture series exploring frontier topics and emerging research directions in electrical engineering, with emphasis on recent technologies and innovative applications.
Prof. Hassan Bevrani
Short-Term
2026
Fundamental principles of electrical power systems, covering generation, transmission, distribution, system operation, stability, and essential control techniques.
Prof. Hassan Bevrani
Short-Term
2026
An introduction to modern control methodologies, including state-space modeling, stability analysis, feedback design, and advanced control techniques for dynamic systems.
Prof. Hassan Bevrani
Short-Term
2025
An overview of emerging scientific and technological developments, highlighting innovative concepts, interdisciplinary research, and their applications in modern engineering.
Prof. Hassan Bevrani
Short-Term
2025
Advanced analysis of electrical circuits, covering network theorems, transient and steady-state behavior, frequency-domain analysis, and complex circuit systems.
Prof. Hassan Bevrani
Short-Term
2025
Advanced concepts and techniques in automatic control, focusing on system modeling, stability, feedback control, and modern control strategies.
Prof. Hassan Bevrani
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