
UW-Madison Formula Electric Battery
Projects
Battery Chassis
Battery Power Routing & Layout
Inverter Housing
BMS Housing
Vehicle CAD and Rendering
Overview
While I was a member of UW-Madison’s Formula SAE Electric team at UW-Madison I worked on the development, design, and manufacturing of the high voltage voltage battery for the E-Car for my mechanical engineering undergraduate capstone project. We designed the battery from ground up to replace the 2019 electric battery. The battery operated at 320 volts and had an energy storage capacity of 7.5 kWh to supply a continuous 60 kW to the four independent motors. We used 308 Malesta Lithium-ion pouch cells to meet the run time, power targets, and form factor requirements. I was responsible for the mechanical design of the battery including the cell selection, cell layout, system design, chassis design, power routing design, and frame design. Development of the battery also allowed me to work closely with our electrical engineers to help with the layout of our battery segment PCBA’s, battery BMS board, and inverter boards.
Processes Utilized
3D Modeling & Rendering (Solidworks)
Sheet Metal Stamping & Bending
Composites Manufacturing
Powder coating & Plating
3D printing (FDM & SLA)
PCBA Design
Waterjet
Laser Cutter
CNC Router
CNC Machining
Tig Welding
Resistance Welding
Laser Welding
Wire EDM
Top Skills Utilized
CAD modeling
Engineering Drawings
Mechanical Design
Design for Assembly
Battery Design
CNC Machining
Material Coating
Welding
FEA Simulations
Battery Chassis Development









Battery Power Routing & Layout
















Inverter and BMS Housing

CAD & Renders





