I employ a mix of active learning techniques, such as problem-based learning, hands-on labs, and interactive simulations. By breaking down complex topics into relatable real-world applications, I help students connect theory to practice. I also use multimedia tools and encourage collaborative group work to foster deeper understanding and engagement.

I regularly attend industry conferences, participate in professional development workshops, and subscribe to leading journals like IEEE Transactions. Collaborating with industry professionals and integrating cutting-edge research into my curriculum ensures that my teaching aligns with current trends and technological advancements.

I have developed and revised courses to align with ABET accreditation standards, incorporating emerging technologies like renewable energy systems and IoT. My approach focuses on balancing theoretical foundations with practical skills, ensuring graduates are well-prepared for industry challenges and innovations.

I provide additional one-on-one tutoring sessions, offer supplementary resources like video tutorials, and encourage peer mentoring. By identifying individual learning gaps and tailoring my approach, I help students build confidence and master challenging concepts at their own pace.

I involve students in ongoing research projects, highlight the societal impact of engineering innovations, and mentor them in publishing their work. By showcasing exciting career opportunities and fostering a passion for discovery, I motivate students to explore advanced studies and contribute to the field.