Mechanical Engineering, University of Washington
Vivaan Kothari: thermal systems, hardware, and precision manufacturing.
Mechanical engineering senior building hardware that has to perform in the real world: heat load analysis for EV charging and battery storage, robotics end effectors, and automotive fixture design.
- 400 kW
- Charging platform
- 57
- Design fixes shipped
- 4
- Engineering teams
- 2027
- Expected graduation


University of Washington
Thermal & Mechanical Systems
Seattle, Washington
Currently
About
Engineering hardware that performs off the page.
Connect on LinkedIn“Validate the model against field telemetry, then trust the number.”
Selected Work
Projects, data, and measured outcomes.
Technical Capabilities
Software, simulation, and hands on skills.
CAD & Design
SolidWorks, Siemens NX, Onshape, AutoCAD, BIM, GD&T.
Simulation & Analysis
CFD, FEA, heat transfer, dynamics and vibrations.
Thermal & Energy Systems
Heat load analysis, liquid cooling loops, battery storage, UL 9540A.
Fabrication & Prototyping
Machining, 3D printing, soldering, assembly, bench testing.
Every skill here came from shipped hardware.
Available June 2027
Open to full time mechanical engineering roles.
Thermal systems, energy hardware, robotics, and manufacturing. If your team is building something physical, I would like to hear about it.
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