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The program covers key areas including renewable energy generation, transmission and distribution networks, plant automation technologies, motor control systems, power infrastructure planning, and industrial management services. Combining rigorous academics with practical applications, the curriculum features extensive project-based learning. Students gain hands-on experience using cutting-edge laboratory equipment and industry-standard software. Educational visits to leading local employers further enhance classroom instruction.
This program equips graduates for careers in industrial electrical power and automation systems. The curriculum focuses on electrical energy systems (including renewables), control systems engineering, computational methods, and applied mathematics. Additional coursework covers advanced industrial automation, electromechanical systems, and engineering management. The capstone project challenges students to demonstrate their problem-solving skills by developing innovative solutions to real-world technical challenges, with emphasis on professional documentation and presentation.