Objective : Engineer and develop a sit-to-stand chair for physically challenged individuals and publish a academic paper on the design process● Reviewed literature to identify existing key problems in sit-to-stand chair design, leading to better design for physically challenged user● Created a detailed CAD model and conducted structural and dynamic analyses with ANSYS and ADAMS to ensure safety and functionality● Directed prototyping and enhanced usability, significantly improving the lives of over 10 million individuals with mobility issues in India

Objective : To investigate the utilization of autonomous drones in precision agriculture, particular emphasis on managing and controlling weeds● Created a drone model in SolidWorks, integrated it into Gazebo, and established communication with FCU and ground station using ROS● Implemented ROS publisher & subscriber nodes to transmit data, control commands, information between the drone & ground station● Co-authored a research report on topic 'Autonomous Drones for Mixed Plantation Monitoring' in collaboration with other 11 teammates

Objective : Design and prototype a mechanical medical device to automate and significantly enhance the slide printing process using software● Executed a comprehensive analysis in the Medical device sector to identify growth opportunities and achieve a First-mover advantage● Conceptualized and designed 4 medical devices that reduced human intervention by 99%, improving efficiency, saving countless hours● Utilized 3D Printing technologies and Rapid prototyping to develop 2 functional mechanical devices on Ender Creality & Neptune 4 Max● Received a Letter of recommendation (LOR) in recognition of the exceptional performance and significant value added to the company

Objective : Transform large voter datasets from Indian states into actionable and digestible insights for a client ahead of the upcoming election● Compiled and sanitized a comprehensive dataset from the ECI website for the 3 Indian states, ensuring 100% data accuracy and integrity● Conducted in-depth analysis of 15 years of seat data to provide strategic insights, facilitating data-driven election strategies for the client● Created actionable visualizations from the data, improving client understanding, decision-making with a 25% increase actionable insight

Received [PPI]Objective : Analyse vehicle dynamics to determine optimal gear ratios and design the gearbox & differential for the e-axle in guidance of team● Developed Mathematical models to accurately predict the Traction force and calculate optimal gear ratios for the 8-ton and 20-ton truck● Proposed two different Gearbox CAD models crafted from scratch, utilizing the three Planetary gears to achieve the 4 distinct gear ratios● Generated the CAD model for the Differential housing, sourced an OEM differential and engineered custom splines for the rear axle shaft● Collaborated with the battery testing team on Battery pack testing & cooling device calibration, assisting in engineering a heat exchanger

Being a member of Mechanical team my task is to :● Do Research about Mechanical Designs.● Prepare a design of vehicle in solid works. ● Do Static structural analysis on ANSYS.The vehicle is finally used for the competition in which AGV participates.