I’m from Visakhapatnam, Andhra Pradesh, and currently a junior at NIT Calicut, studying Electronics and Communication Engineering.

As an electronics student, I mainly work on digital and mixed-signal hardware design, along with computer architecture and optimization. I spend most of my time building RTL blocks, writing testbenches, and using both industry and open-source EDA flows. I take designs through synthesis, timing analysis, and basic physical stages. I try to break my own designs in whatever ways possible, and most of my understanding comes from debugging and fixing them.

On the analog side, I design circuits like amplifiers, filters, and data converters, with focus on practical behavior like noise, offset, speed, and stability. I like looking at device-level physics and how it actually affects circuit behavior.

In my personal time, I contribute to and build on open-source hardware flows, and take part in competitions and design challenges where I work on smaller systems and implementations to test ideas outside structured projects. I am also involved in robotics and computer vision work through my college’s Mechatronics Lab.

I’m actively seeking internship / full-time opportunities in electronics and hardware roles. To build toward that, I am working on a few projects and learning by building and debugging them, while strengthening my fundamentals.

If you have an open role and think I might be a fit, feel free to reach out. I can share my resume and other details as needed.

My Blog

This blog is a place where I document things I learn while working on my projects. Most of what I write comes from small issues, mistakes, and debugging sessions that helped me understand something better.

I focus on parts of the process, things I explored, what I learned along the way, and how I improved them through debugging. Some posts may cover specific components or small sections of a larger project rather than the whole system.

The goal is mainly to keep a record for myself, while also sharing notes that might be useful to others working on similar problems.