Research interests include nonlinear system dynamics, electrical power losses, reactive power compensation, and advanced optimization techniques for enhancing efficiency and reliability in power and energy systems. Additional focus areas involve challenges and solutions in renewable energy integration, voltage stability, and the development of sustainable power and energy systems.

Creating an engaging, student-centered learning environment that blends theory with practical applications. Fostering critical thinking, problem-solving, and lifelong learning to prepare students for creative and ethical application of knowledge in real-world contexts.

Focuses on advancing the efficiency, reliability, and sustainability of power and energy systems through a combination of analytical modeling, optimization techniques, and practical solutions. Emphasizes addressing practical industrial challenges, integrating renewable energy technologies, and fostering innovative approaches to complex electrical engineering problems.