🎓 Undergraduate in Electronics and Communication Engineering (ECE) in **International Institute of Information Technology Hyderabad, India"
⚡ Interested in Embedded Systems, VLSI, and AI Systems
🤖 Building things at the intersection of hardware + software + machine learning
- 🧠 AI-based systems (Computer Vision, Agentic RAGs, Test-Time Scaling(TTS) )
- 🌐 Full-stack development (Next.js + backend systems)
- 🔌 Embedded & analog projects (FM transmitter, speaker systems)
- ⚙️ Exploring system-level design (OS, compilers, hardware-software co-design)
Languages
- Python, JavaScript, Verilog
- (Learning: C++, Dart/Flutter)
Domains
- Machine Learning & Computer Vision
- Embedded Systems
- Analog Electronics & Circuit Design
- Web Development
Tools & Frameworks
- PyTorch, OpenCV
- Next.js, Node.js
- Docker, Git
🔹 Jarvis Mark 3 (Multimodal Assistant)
- Speech + Computer Vision + NLP system
- Multithreaded architecture for concurrent input processing
🔹 Dev (To-Do App with Deployment)
- Basic to-do app deployed using Docker & Kubernetes
- Focus on backend + deployment pipeline
🔹 FistMouse
- Hand gesture-based mouse control using computer vision
- Real-time tracking and control
🔹 ADOT (Embedded Security System)
- Fingerprint + keypad-based authentication system
- Alert mechanisms and remote notification workflows
🔹 Pipelined RISC-V Processor
- Designed in Verilog with pipeline stages
- Includes branch prediction and data forwarding
🔹 Analog Audio Amplifier System
- Class AB amplifier with tone control
- Fully analog signal chain (no microcontrollers)
🔹 5-bit Carry Lookahead Adder (CLA)
- Designed it on Ngspice, Magic
- Implemented using Verilog on FPGA Xilinx Zynq-7000 using Vivado
- Focus on speed and area optimization over ripple carry
🔹 4x4 Analog TouchPad
- Designed a 4x4 analog touch pad along with signal conditioning and thresholding
- Implemented it using a completely new circuit designed by us
- Utilizes the 50 Hz room noise to detect touch of a human, works for even multiple touch
- Built using only analog components(diodes, opamps, envelope detectors...)
🔹 SCAN NavSystem
- Created and Simulated a navigation software that is based of social norms
- It is a Socially Compliant Autonomus Navigation System based off ros2
- It slowes down near ppl, does not overtake and instead gives way for others, it never runs into ppl
- Build end-to-end AI systems (not just models)
- Get strong in low-level systems (OS, compilers, hardware)
- Work on hardware-accelerated AI / co-design
- Keep Contributing to meaningful open-source projects
