Projects
All Terrain Vehicle (ATV)
TECH STACK :
Solidworks, Ansys, MATLAB, Lotus Suspension Analysis, Adobe Illustrator, PowerPoint and manufacturing skills
Description
Collaborated with a multidisciplinary team to design and build a single-seater All-Terrain Vehicle for national-level competitions. I led the suspension geometry design, contributed to steering simulations, and directed the vehicle’s visual branding. Additionally, I delivered the sales presentation, securing
🏆 6th Place Nationally – BAJA SAE INDIA 2020
🥉 3rd Place in Sales Presentation – ATVC 2020
First Person View (FPV) Drone
TECH STACK :
Betaflight, FPV Goggles, Brushless Motors, Custom Frame
Description
Built and tuned a modular FPV drone with live video transmission. Used Betaflight for motor calibration and signal tuning. Gained hands-on experience in aerodynamics, control systems, and high-speed embedded hardware.
Robo Nurse – COVID-19 Support Robot
TECH STACK :
SolidWorks, Arduino, IR Sensors, Wireless Control
Description
Developed a robot to deliver supplies in hospitals, minimizing front-line exposure. Led mechanical design and supported wireless control and obstacle avoidance integration. Built under lockdown, demonstrating rapid prototyping and remote collaboration.
Underwater Remotely Operated Vehicle (ROV)
TECH STACK :
SolidWorks, Arduino, BLDC, Waterproof Enclosure Prototyping
Description
Designed a low-cost ROV with live video streaming, sample collection, and tethered control. Focused on structural design and waterproofing for pressure resilience and stability. Gained hands-on experience in underwater robotics and mechatronic integration.
Semi-Automatic Cotton Harvester (SACH)
TECH STACK :
SolidWorks, Arduino, Raspberry Pi, Prototyping Tools
Description
Built a low-cost harvesting tool using a mechanical pick-and-pull mechanism to reduce manual labor. Focused on human-centered design, field robustness, and minimal fiber loss for rural farming use.
FDM-Based 3D Printer
TECH STACK :
SolidWorks, Marlin Firmware, RAMPS Board, BTT SKR V3 Board
Description
Designed and built a 400×400×400 mm printer for functional prototyping. Led mechanical design, integrated extruder/heated bed, and configured Marlin firmware—strengthening motion control and firmware tuning skills.