In India, friends know me as “Abhi” (short and simple, like the code I try to write).

Electronics & Telecommunication engineer in the making with a passion for embedded systems, FPGA design, and AI-powered security. I love building at the edge of hardware and software whether that’s shaping RISC-V CPUs, crafting SDR pipelines, or engineering systems that scale from lab prototypes to real-world impact.

I’m a 3rd-year Electronics & Telecommunication student at the Army Institute of Technology, Pune an AITian who loves building things where circuits, code, and curiosity meet. My interests lie in embedded systems, FPGA design, computer architecture, and AI-driven cybersecurity.

Ever since I was a kid pulling apart gadgets to see how they worked, I’ve been passionate about engineering. I’ve worked on projects like STM32-based drone control, SDR pipelines, and RISC-V CPUs. More than solving problems, I enjoy creating solutions that make an impact—like predicting Glacial Lake Outburst Floods or building ML-based intrusion prevention systems.

Beyond engineering, I’ve led teams at CEAR Robotics, OSS Club, and E-Cell. When I’m not debugging at 2 a.m., you’ll find me sketching, playing basketball, or planning my next project.

I enjoy bridging hardware and software, creativity and logic, experimentation and real-world impact.

These are the tools and languages I use most frequently in embedded systems, hardware design, and system architecture.

Languages used in both embedded and higher-level applications.

Used for deployment, cloud computing, and infrastructure management.

Tools and frameworks used for building modern interfaces and web apps.

Development environments and tools that aid in debugging, testing, and deployment.

• Chip-Based VLSI Design for Industrial Applications – Coursera
• Introduction to Embedded Systems Software and Development Environments – Coursera
• Learn the Art and Science of PCB Design with Eagle – Coursera
• Arduino Course for Beginners – Udemy

• Designed a satellite data-based flood prediction model.
• Integrated geospatial analysis with automated alerting systems.
• Helped disaster response teams plan and mitigate flood impacts.

• Developed machine learning algorithms to detect and block web-based threats in real time.
• Enhanced API security and traffic monitoring systems using anomaly detection models.

• Built an AI-powered tool that scans smart contracts for vulnerabilities.
• Integrated with web platforms using Node.js and blockchain technologies.

• Developed embedded systems to control devices remotely.
• Used IoT protocols to optimize energy consumption and improve user experience.

• Created a secure boot chain for microcontroller platforms using STM32.
• Enhanced system integrity by preventing unauthorized code execution.

• SIH Finalist – Disaster management solution development.
• Led embedded systems projects at CEAR Robotics Club.
• Organized Innerve Hackathon 8 & 9 (4,000+ participants) and launched Startup Saga.
• Mentored students in embedded systems and cybersecurity.
• Contributed to open-source libraries and community projects.

I'm always open to collaborating on open-source projects, contributing to technical discussions, or mentoring fellow developers. Reach out if you share a passion for building things that make an impact.