Led the design, analysis, and manufacturing of a model ensuring a robust, cost-efficient design with an effective control mechanism.Designed (Fusion-360) and prototyped the parts including a working model of a palm-like gripper using strings and servo motors. Made purchase decisions for components after careful calculations to determine specifications.Coordinated with vendors to get the manufacturing processes done.

Explored methods to integrate Siemens and Fanuc CNC processors with an IoT gateway Built a C++ script to fetch data from the MQTT broker and interface with required APIs to control CNC controllers. Created a Python code to upload the output from C++ script to Cloud services and perform visualization and analysis to detect warnings.Documented hardware prerequisites, communication protocols, and APIs for smooth and secure exchange of data. Received a Letter of Recommendation from the Director of the company for exemplary performance.

Went to Jaipur in a team of 8 and successfully conducted the zonal competition of Techfest, TechnoRion, with 1000+ participants.Crafted rules, publicized the competition 'Rowboatics' across the nation, acted as the sole point of contact for all participants of this competition with my contact details highlighted on the official Techfest website, and finally led a team of 5 while heading the 2-stage execution of a national-level competition, ‘Rowboatics,’ with 700+ participants.

Mentored 30+ teams of Indian colleges to establish Entrepreneurship Cells for a duration of 6 months.Ideated 20+ E-Cell development tasks and collectively resolved issues of mentees in a team of 28.Co-hosted the orientation for school-teachers of schools participating in NEC-Junior, an initiative for children. Ideated rules and logistics for NEC Finals and executed the 2-staged competition during E-Summit, the 2-day flagship event of E-cell, IIT Bombay.