My lessons are designed to be interactive and hands-on, blending theoretical knowledge with practical application. I focus on Electrical and Computer Engineering courses such as Embedded System Workshop, Microprocessor System Interface, Digital System Design, and Digital Logic Design. These courses build from basic concepts to advanced applications, using creative presentations to ensure student engagement.

The hands-on component is crucial. I design lab experiments using the STM32F407VG microcontroller for the Embedded Systems Workshop, allowing students to apply theoretical concepts practically. Workshops on MIT App Inventor, MS Office, and microcontroller programming are integral, ensuring students gain practical, job-ready skills.

I also supervise final year projects, guiding students through research and development phases, with details available on my personal webpage. Involvement in research groups like EMSYS and COMVIS provides students with exposure to cutting-edge technologies and methodologies.

My curriculum covers embedded systems, microcontroller programming, digital design, and signal processing. I prioritize student-centric teaching methods, catering to different learning styles and providing regular assessments and feedback to track progress.

With a master's degree in Electrical Engineering and experience in the solar energy sector, I bring both academic and industry insights to my teaching. Recognized for my dedication with awards and honorariums, I aim to prepare students for academic success and professional careers in engineering. My lessons are comprehensive, engaging, and practically oriented, ensuring students are well-equipped for future challenges.