Passionate about VLSI design, semiconductor technology, and AI hardware acceleration. Currently pursuing Bachelor's in Electronics and Communication Engineering with specialization in VLSI Design and Technology at Manipal Institute of Technology.
I'm an Electronics & Communication Engineering student specializing in VLSI Design & Technology at Manipal Institute of Technology. My passion lies in creating innovative hardware solutions and exploring the fascinating world of semiconductor technology.
Currently, I'm contributing to Project MANAS as part of the SNA (Sensing and Automation) subsystem team, where I work on hardware development and sensor integration for autonomous vehicle systems.
Designed and laid out the evaluation board for the Thejas32 processor (by Vega Processor & CDAC) using KiCad. Applied high-speed routing and impedance control techniques for optimal signal integrity and generated manufacturing-ready Gerber files.
Designed power distribution boards (PDB) for autonomous UGVs with robust thermal handling and high-current switching. Developed motor/microcontroller interface boards with CAN-bus communication.
Designed and implemented a digital PID controller in Verilog to regulate DC motor speed via encoder feedback. Synthesized the design with Vivado for FPGA deployment and validated functionality through comprehensive simulation. Performed physical design using Cadence Genus for synthesis and Innovus for place & route.
Designed and laid out the evaluation board for the Thejas32 processor using KiCad with high-speed routing and impedance control.
Power distribution boards with thermal management and current sensing for autonomous vehicles.
Verilog-based PID controller for DC motor speed regulation with encoder feedback.
Get a comprehensive overview of my education, experience, projects, and technical skills in VLSI design and hardware development.
Secured 3rd place representing MIT with a fully autonomous UGV platform in the prestigious International Ground Vehicle Competition.
Successfully designed evaluation board for Thejas32 processor with advanced high-speed routing techniques.
Chosen as hardware contributor for MIT's premier autonomous vehicle project, focusing on sensor and actuation subsystem.
Admitted to prestigious VLSI Design & Technology specialization at Manipal Institute of Technology.
I'm always interested in discussing VLSI design, hardware innovation, and potential collaboration opportunities.