About Me
I'm an engineering student fascinated by the power of semiconductor devices and digital design. My academic journey has been focused on understanding and applying concepts in VLSI, embedded platforms like Arduino and Raspberry Pi, and exploring how AI/ML can solve real-world challenges in areas like healthcare and environmental monitoring. I'm driven by curiosity and enjoy tackling complex problems to create efficient and impactful solutions.
My Toolkit
VLSI & Digital Design
- Verilog
- VHDL
- CMOS
- RTL Design
- FPGA Design
Simulation & Analysis
- Matlab
- LTspice
- Static Timing Analysis (STA)
Programming & Hardware
- C Programming
- TCL
- Arduino
- Raspberry Pi
My Projects
Downscaling Satellite Air Quality Map using AI/ML
This project applied deep learning models for spatial downscaling to predict fine-grained pollution distribution. The result was improved accuracy for monitoring, which can support better environmental policy and urban planning.
FPGA-Based Seizure Detection and Alert System
This system was implemented on FPGA hardware and uses signal processing and ML algorithms to analyze EEG data for early detection. It also integrates alert mechanisms to enable timely medical intervention and improve patient safety.
Hardware Component Management System
This database-driven system was built to track and organize hardware components. I designed the user-friendly interfaces for inventory logging, availability checks, and tracking usage history, which improved efficiency in hardware allocation.
Education
Bachelor of Technology, Electronics and Telecommunication
Shah and Anchor Engineering College, Mumbai
Nov 2022 - Jun 2026