Technical Projects
← BackTÁRA - Tracking Adaptive Road Autonomous Car
Present- Developing comprehensive Advanced Driver Assistance Systems (ADAS) using CARLA digital twin simulator and Python, implementing FCW, AEB, ACC, LDW, BSD, and TSR safety features.
- Implementing sim-to-real workflow with ongoing hardware development on Raspberry Pi for 1:10 scale autonomous vehicle optimized for Indian road conditions.
- Learnt to implement ADAS safety features in Python and bridge digital twin simulations with real-world hardware on a Raspberry Pi.
H.A.W.K - Human Activity Detection
Present- Engineered a real-time through-wall human detection system utilizing microwave kinetics and radar principles.
- Developed robust telemetry packet extraction and data visualization for continuous, non-invasive activity monitoring.
- Learnt to process complex microwave sensor telemetry data and implement robust real-time activity detection algorithms.
Web-Based Digital IC Tester
Present- Developed a futuristic web application for mobile IC testing, utilizing Web Serial API for reliable hardware communication.
- Integrated a comprehensive IC database, interactive truth tables, and pinout diagrams for both automated and manual testing.
- Learnt how to interface web applications with external hardware using the Web Serial API and manage complex UI states.
WebRTC Audio Broadcaster
December 2025- Architected a low-latency audio synchronization system using WebRTC and WebSockets on a Bun backend; achieved sub-20ms latency.
- Developed a "Bluetooth Multi-Output" feature using the Web Audio API to enable simultaneous audio streaming to multiple devices.
- Learnt to manage low-latency network architectures, WebRTC peer connections, and advanced browser-based audio routing.
Ultra Low-Voltage Low-Power CMOS 5-2 Compressor Implementation
November 2025- Implemented a 5:2 compressor circuit using Cadence Virtuoso for fast arithmetic applications.
- Designed, simulated, and analyzed the circuit’s power and delay performance under low-voltage operation.
- Learnt advanced VLSI circuit design principles and power-delay optimization techniques using Cadence Virtuoso.
Tic Tac Toe on LPC2148
April 2025- Drove 9 seven-segment displays and 9 push buttons via shift registers.
- Implemented game logic and input handling on ARM7 microcontroller.
- Learnt low-level ARM7 architecture, register-level programming, and multiplexed display driving via shift registers.
Chrome Dino Runner on LPC2148
April 2025- Mini-game implemented on 16x2 LCD with button-based jump functionality.
- Collision logic and score updates implemented on embedded platform.
- Learnt to manage embedded display constraints, implement real-time game loops, and handle hardware interrupts.
Music Recommendation System Based on Acoustic Features
April 2025- Built a deep learning based music recommendation system using MFCCs, chroma, tempo, and chord progressions, processed through a CNN to analyze acoustic similarity.
- Developed an interactive Streamlit app that visualizes musical features and provides real time, content based song recommendations using cosine similarity.
- Learnt to build Convolutional Neural Networks for acoustic feature extraction and develop interactive frontends with Streamlit.
Analog Electronic Piano
March 2025- Designed 8-key electronic piano using purely analog circuits with operational amplifiers.
- Learnt practical applications of operational amplifiers and how to design pure analog oscillator circuits for audio generation.
Digital Clock
September 2024- Designed and implemented a real-time digital clock circuit displaying HH:MM:SS using 555 Timer, CD4026 counter ICs, and 7-segment displays.
- Ensured precise timekeeping and stable operation by optimizing circuit layout, power regulation, and signal synchronization.
- Learnt discrete logic design, timing circuit synchronization, and troubleshooting physical breadboard implementations.
IoT Security System
April 2024- IoT-based home security solution with real-time monitoring and sensor alerts to mobile.
- Built using Arduino IDE and MIT App Inventor.
- Learnt how to interface Arduino sensors with mobile applications and deploy cloud-connected home security solutions.