Projects

Throughout the years, I have been able to contribute to projects in multiple domains, which has helped me gain confidence in solving problems with novel solutions.

High Speed Current Detection Circuit for Gas Insulated Switchgear Flashover Detection

Siemens Energyy Ltd.

• Development of a high-speed current detection circuit for GIS flashover detection.
• Designed and implemented a fast-response detection system to mitigate flashover effects.
• Improved operational efficiency and reduced downtime significantly.

Design and Analysis of Solar Ballast Mounting

Structura Energy Pvt. Ltd.

• Led development of a robust and efficient solar ballast mounting structure.
• Designed cost-effective and durable solutions for flat rooftop installations.
• Utilized CAD modeling, 3D printing, and FEA for design and testing.

Open Source Bio Printer Concept

MGM University | Reverse Engineering and Additive Manufacturing Lab

• Used a Voron V0 as the base design for the bio printer.
• Configured and modified the Voron V0 to function as a bio printer.
• Designed custom extrusion system for efficient and accurate bio-ink flow.
• Integrated specialized nozzles and bio-ink reservoirs for printing biological materials.
• Conducted extensive testing and validation to ensure precision and reliability in bio printing applications.

Design and Evaluation of Novel Finger Force Measurement Unit

Toronto Metropolitan University

• Designed a novel finger force measurement device utilizing field oriented control principles.
• Applied design thinking methodology to develop the product from scratch.
• Conducted feasibility studies and developed experimental configurations for performance assessment.

Design and Fabrication of Light to Medium Payload Delivery Quadcopter

MGM University | Reverse Engineering and Additive Manufacturing Lab + Advanced Autonomous Aerial Vehicles Lab

• Led design and fabrication of a quadcopter for light to medium payload delivery.
• Engineered a lightweight yet durable frame using carbon fiber and 3D printed components.
• Optimized for efficiency and reliability with a robust flight control system.
• Achieved a flight time of 25 minutes, suitable for various delivery applications.

Systematic Analysis of ICE Powertrain and Converted Electric Powertrain

Mahatma Gandhi Missions Polytechnic, Aurangabad | Final Year Project

• Led the conversion of a 2011 TATA Nano from an ICE vehicle to an EV.
• Replaced combustion engine with a high-torque BLDC motor and 5 kWh lithium-ion battery pack.
• Developed custom adapter plates and an electronic throttle control system.
• Achieved a 50 km range and a top speed of 60 km/h, demonstrating practical and economic benefits.