
TATA Power Robot
Robotic maintenance and monitoring for power infrastructure and switchyards.
Back-end Developer | AI | Robotics
I build practical software and intelligent systems at the intersection of back-end engineering, artificial intelligence and robotics.

Build · Learn · Share
A selection of projects that showcase my interests in AI, robotics and practical engineering.

Robotic maintenance and monitoring for power infrastructure and switchyards.

A Gazebo warehouse simulation for automated package handling and monitoring.

A studio for collecting exercise pose data for movement-focused applications.

Video-to-3D room reconstruction with object selection and before/after comparison.
Project stories, engineering notes, and things I learn.

How Claude Skills can encode newsroom style, institutional knowledge, and six editorial review checks.

Build a RAG chatbot with YouTube transcripts, embeddings, ChromaDB, Gemini, FastAPI, and Streamlit.

A practical Git and GitHub cheatsheet covering commits, SSH setup, undoing changes, branches, and merges.
My journey through education, software engineering, and robotics.
October 2026 – Expected September 2028
Karlsruhe, Germany
July 2023 – July 2026
October 2022 – May 2023
August 2021 – November 2021
August 2020 – September 2022
August 2019 – May 2023
Mumbai, India
Technical skills across programming, AI, robotics, data, cloud, and backend systems.
Industry certifications and professional credentials.
Scroll horizontally to explore certifications. Use the arrow buttons or focus this list and use the left and right arrow keys.
Microsoft · 20 May 2024
Plan, implement, and manage data analytics solutions; prepare and provide data; implement and manage semantic models; and explore and analyze data.
Eyantra, IIT Bombay · 15 April 2021
Completed the final stage and ranked among the top 50 teams in the Vargi Bots theme. Built a warehouse simulation using robotic arms, multiple cameras, and a web-based monitoring layer.
IIT Delhi · 21 August 2022
Led the end-to-end software development for the robots, including simulation, communication, locomotion, and actuator control. Also contributed to the project documentation.
IIT Delhi · 18 August 2021
Improved system reliability by building a complete framework for testing actuators and sensors. In addition to the robot software, contributed to the electrical and mechanical aspects of robot construction.