🌍 Excited to be part of the mission at Climec Labs, a pioneering ClimateTech startup dedicated to direct-air carbon capture. 🌱 Our collaboration with esteemed institutions like IIT Kanpur and SRM Institute of Science and Technology drives us to combat climate change and promote sustainability.🔧 Currently leading the embedded team, where we innovate and deploy cutting-edge solutions essential to our carbon capture technology. From configuring to troubleshooting, our work ensures seamless operation and efficiency in capturing carbon from the air.

* Responsible for developing firmware for Bluetooth and Motor Controller* Designing and maintaining embedded systems for various purposes* Building test cases for testing Li-ion batteries, BMS, and other components* Working with the testing team to optimize EOL test cases for circuit boards* Handling PCB design using KiCAD and EasyEDA* Developing pneumatic heat-staking machine and thermal chamber for testing controller boards* Liaising with vendors and validating quotes

* Assisted in testing and design of electronics components* Conducted experiments and analyzed results to improve product design and functionality* Worked closely with the electronics design team to develop key requirements and technical specifications* Supported firmware development for controllers and board support software

I have worked on several notable projects, including the development of a GPS smart jacket and a smart traffic light system. In the GPS smart jacket project, I utilized Arduino and a GPS module to create a wearable device that tracks the wearer's location and provides real-time navigation. I integrated various sensors and designed a user-friendly interface for configuring destinations and receiving navigation prompts. Through extensive testing, I ensured accurate positioning and reliable performance.For the smart traffic light project, I took a leadership role in designing and implementing an Arduino-based system. Our team developed an algorithm to optimize traffic flow by considering real-time traffic conditions. The system incorporated features like pedestrian detection and emergency vehicle prioritization to enhance safety and efficiency. We successfully deployed and tested the system in a simulated environment, demonstrating its effectiveness.In addition to my project work, I have conducted webinars focused on Arduino and electronics for junior students. These webinars covered topics such as circuit design fundamentals, programming concepts, and hands-on projects. I mentored and guided participants throughout their learning journey, providing technical assistance and answering their questions. The positive feedback received reflects my ability to deliver clear explanations and engage and inspire junior learners.