• Machine Learning Applications in Computer-Aided Engineering Simulations (FEM)• Effect of Geometric Interlockings and penetrations on FFF-printed composites of different materials

Coordinated and aided in all executions at the office: course enrollments, student tutoring management, exam timetabling, student grievances, conflict resolutions, data collection, and processing.

Simulation of Robotic Manipulator Arms performing Pick and Place operations.

The objective is to design and manufacture a hovercraft using additive manufacturing that will pick up and carry a payload through a ground course and deliver the payload to its final destination.

Team Genesis is SNU's SAE eBAJA Team entry - tasked with designing and building an off-road racing electric All-Terrain Vehicle via engineering principles.

Mechanical Society of the University.Conduction of Workshops and Industry-relevant skill development and training/mentorship sessions

Mentored and conducted a workshop on ‘3D Modelling and Printing’ under the aegis of RoboYantriki, Shiv Nadar IoE. The 2-day event was conducted during 23rd - 24th of July’22.

• Computer-Aided Design & Finite Element Analysis• Research on Solar-powered systems• Working with CAN (Controller Area Network) data

The International Planetary Aerial Systems (IPAS) Challenge is a competition for university students which challenges to design Mars Aerial System (Vehicle) which shall be fully equipped and mission ready for Operation on Mars.

Asia-Pacific Rank - 1 || International Rank - 7 || Awarded Best Design Report GloballyObjective - To design and manufacture an Unmanned Aerial Racing Cargo Vehicle (U.A.R.C.V.) using additive manufacturing / 3D Printing and an iterative design process that will race for five laps through an obstacle course picking up and delivering one payload per lap.