Electronics Engineering made engaging and practical

As a seasoned Computer Systems Engineer with a Master’s degree from IIT Hyderabad, my expertise is anchored in the nuanced realms of system performance analysis and deep learning. My tenure at AMD and Qualcomm has been marked by pivotal roles in silicon design and hardware engineering, pushing the envelope in computational advancement. My research endeavors reached an international audience at the ACM International Conference on AI-ML Systems, where I presented on deep neural networks, echoing my academic rigor and top-ranking performance in India’s Graduate Aptitude Test in Engineering. My professional acumen is characterized by a command over programming languages like C/C++, Python, and a robust proficiency in machine learning frameworks. I have spearheaded significant projects, including the reverse-engineering of DNNs and the deployment of sophisticated object detection systems on mobile platforms. Balancing technical expertise with leadership qualities, I am adept at strategic planning and articulating complex concepts with precision. This synergy of skills is complemented by a pursuit of knowledge in advanced computer architecture and security, seamlessly integrating with personal endeavors in sports and creative arts that fuel my holistic approach to innovation and problem-solving.

My teaching philosophy is rooted in the belief that the real world is the best classroom, and I am dedicated to demystifying the intricacies of computer systems by relating them to everyday experiences. I endeavor to distill complex concepts into their fundamental parts, making subjects like computer architecture and programming accessible at the most fundamental level. Whether it's dissecting data structures or unraveling the principles of operating systems, my aim is to cultivate a deep, intuitive understanding in my students. Moreover, I recognize the importance of foundational knowledge and enjoy delving into the basics of algebra and general science for younger learners in grades 6 through 10. My approach is not just about imparting knowledge but fostering a genuine curiosity, encouraging students to see the science and mathematics that underpin the world around them. By engaging with students in this manner, I aim to spark a lifelong passion for learning and discovery.