Languages, frameworks and tools I use to build production systems.
A sample of what I've shipped recently.
Designed FSM logic, ALUs, and various controllers for real-time hardware interfacing using Verilog. Simulated and optimized custom IC designs with Cadence tools, including magnitude comparators, adders, and CMOS inverters for performance.
Engineered an automated spraying and crop monitoring robot which received a Consolation Prize at the Hackezee Core Hardware Hackathon. This project demonstrated innovation in smart agriculture and autonomous system design.
Developing a universal ADAS kit with a focus on seamless hardware integration for enhanced collision warning and situational awareness. This project aims to bring advanced safety features to existing vehicles.
I am a second-year Electronics and Communication Engineering student at PES University, with a dedicated focus on VLSI design, FPGA development, and Embedded Systems. Driven by a passion for silicon-level innovation, I possess hands-on experience in hardware prototyping and digital logic design, frequently validated through award-winning competitive projects.
My technical expertise encompasses a strong foundation in digital logic, circuit analysis, and proficiency with EDA tools such as Xilinx Vivado and Cadence Virtuoso. I am skilled in programming languages including C, Python, and Verilog, applying these to develop functional designs ranging from FSM logic to custom integrated circuits and microcontrollers.
I am passionate about creating intelligent systems, as demonstrated by projects like the Hydrobot and Smart Irrigation System. These experiences highlight my ability to integrate sensors, develop automated solutions, and contribute to challenging projects in hardware and embedded systems.
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