Suchismita P.

I teach B.Tech subjects related to Electronics, including VLSI Design, Digital Electronics, and Foundations of Electronics. I have been teaching these subjects for over 15 years, helping students strengthen their concepts, excel academically, and develop a practical understanding of the field. My goal is to make complex topics accessible while preparing students for both exams and real-world applications.

I hold a Master’s degree (M.E.) in VLSI Design and a Bachelor’s degree (B.Tech) in Electronics and Instrumentation Engineering. In addition, I completed a Diploma in Electronics and Communication Engineering and an advanced postgraduate-level certification in VLSI Chip Design from IISc Bengaluru. These qualifications have given me a strong foundation and deep expertise, enabling me to teach and mentor students effectively.

Over the past 15 years, I have gained extensive experience in teaching, mentoring, and research. Currently, I serve as a Professor of Practice at MIT Square, where I teach, mentor, and supervise research projects and interns in areas such as Brain-Inspired Computing and CAD VLSI design. This experience allows me to combine academic rigor with practical, hands-on learning for my students.

I am passionate about learning and exploring cutting-edge innovations, particularly in smart VLSI Chip Design. I integrate these insights into my teaching to ensure students gain exposure to the latest technological trends. Additionally, I mentor Bloom Riddhi Siddhi, a digital start-up founded by my daughter, providing guidance on VLSI-related projects and fostering innovation.

My teaching philosophy is guided by core values such as accountability, compassion, honesty, integrity, transparency, and resilience. I believe these values are essential not only for academic success but also for developing professional competence and ethical responsibility in students.

I conduct both online and offline classes, following a flexible and structured approach tailored to each student’s needs. I start with a clear lesson plan, emphasizing interactive learning and encouraging questions and discussions. Whenever possible, I incorporate practical examples, demonstrations, and project-based exercises to reinforce theoretical concepts.

I use PPTs and a whiteboard to make concepts clear and engaging. My objective is to ensure that students not only understand the subject but also learn to apply it effectively in real-world scenarios. I aim to make learning detailed, interactive, and enjoyable, helping students achieve both academic excellence and practical competence in Electronics and VLSI Design.