Naman Jain

I am a mechanical engineer who enjoys turning open-ended problems into systems that can be tested, measured, and improved. I am currently pursuing an M.S. in Mechanical Engineering at the Georgia Institute of Technology (Georgia Tech), where I work across computational mechanics, robotics, and intelligent systems.

My experience covers reliability-based design, nonlinear multiphysics FEA, perception-guided robot manipulation, embedded charging control, and knowledge-graph tools for technical retrieval. I use ANSYS, Python, MATLAB, CAD, instrumentation, and physical testing, choosing the method that best answers the engineering question instead of forcing every problem into the same tool.

I earned my bachelor's degree at BITS Pilani, completed research appointments at ENS Paris-Saclay and Nanyang Technological University, and have published work on thermal-fluid and energy systems. The projects here show how I work: define the assumptions, build the model or prototype, compare it with evidence, and explain the tradeoffs. Results include 99% modeled thermal reliability, an 8/9 physical robot pickup rate, and an instrumented J1772 charging test that stabilized near 120 W.