Focus
ECE student building firmware, analog circuits, and ML pipelines — integrated as complete systems, not isolated demos.
Technical Profile
I'm an Electronics and Communication Engineering student at Amrita Vishwa Vidyapeetham, passionate about creating systems that seamlessly bridge hardware and software. My work focuses on embedded systems, analog electronics, and intelligent real-time applications.
Rather than showcasing every project, I curate a portfolio of work that demonstrates clear thinking, solid engineering, and measurable impact. Each project tells a story about problem-solving and technical excellence.
01 — Model
Define constraints, interfaces, and failure modes before selecting hardware or writing firmware. The system spec drives every design decision.
02 — Build
Integrate embedded firmware, analog front-ends, and software stacks into architectures where each layer has defined I/O and timing guarantees.
03 — Verify
Prototype on target hardware, measure against requirements, and document what was built — schematics, traces, and code paths included.
Solve real constraints
Build systems that deliver value
Prototype fast, then refine
Test hardware and software together
Not every experiment is featured
Selected work that shows clear thinking
Systems Archive
Flagship TARA hardware ADAS plus featured work across embedded, analog, ML, and application-layer engineering.
May 2026
Real hardware ADAS prototype on Raspberry Pi 4B + ESP32. Edge perception with TFLite — lane keeping, traffic signs, potholes, ACC, and traffic lights. No cloud, no GPU.
Impact
Edge ADAS perception — LDW, LKA, TSR (MobileNetV2 INT8), pothole detection, ACC, and TLR run on Raspberry Pi 4B with sub-20 ms latency per module.
May 2026
FreeRTOS-powered ESP32 system for non-line-of-sight human detection via microwave Doppler radar — extracts breathing and heartbeat through walls with a tactical WebSocket dashboard.
Feb 2026
AI-enabled IoT wearable patch estimating wound infection risk via multi-sensor fusion (temperature, VOC, moisture) and RandomForest regression with a live Flask dashboard.
Apr 2025
Developed a classic Tic-Tac-Toe game on the LPC2138 microcontroller, utilizing a 7-segment display and button inputs for user interaction.
Apr 2025
Implements a side-scrolling Dino Jump game on the LPC2138 ARM7 microcontroller with a 16×2 LCD, jump controls, scoring, and obstacle collision logic.
Full archive with filters
Explore All ProjectsResearch
Samsung PRISM NTN collaboration, exoplanet scheduling research, and peer-reviewed VLSI design work.
Samsung · Amrita Vishwa Vidyapeetham
2024 – Present
Research on embedded AI and non-terrestrial network (NTN) systems — signal topology, orbital node modelling, and firmware-level integration for satellite-ground communication stacks.
NASA Exoplanet Archive · Information-Theoretic ML
2025 – 2026
Two-stage active exploration framework for telescope target prioritization under uncertainty — ensemble ML on 5,500+ exoplanets, adaptive scheduling at 99.87% of oracle reference. Integrates an AI-driven habitability prediction pipeline, Pareto frontier analysis, and an interactive Three.js + Plotly + Streamlit dashboard for exoplanet survey planning.
IEEE VLSI SATA 2026 · Amrita Bengaluru
Jun 12 – 13, 2026
Published at the 2026 IEEE 6th International Conference on VLSI Systems, Architecture, Technology and Applications (VLSI SATA). Presents a low-power, temperature-compensated high-speed dynamic comparator for ADC applications. Designed and simulated using 45 nm CMOS technology in Cadence Virtuoso, the proposed architecture integrates a cascode cross-coupled preamplifier with a temperature-stable latch, achieving 56.22% lower power consumption while improving delay stability under temperature variations. Well suited for low-power SAR and Flash ADCs used in wireless communication, edge computing, and sensor systems.
Capabilities
Expertise organized by engineering discipline — not a resume checklist.
Bare-metal firmware, microcontrollers, and real-time hardware–software integration.
Intelligent systems that learn from data and deploy into real applications.
NTN-inspired network thinking — orbital links, ground nodes, and signal topology.
Modeling, circuit simulation, and rigorous validation before deployment.
Languages and frameworks for systems, apps, and research tooling.
Background
From Signals to Synapses — internships, firmware work, and ECE at Amrita Vishwa Vidyapeetham, Bengaluru.
Swipe to explore →
Get In Touch
Whether you have a project in mind, want to collaborate, or just want to discuss ideas — I'd love to hear from you.
