Powertrain

Powertrain deals with the parts of the vehicle responsible for the car's propulsion. It is one of the most multidisciplinary systems as we deal with both electrical and mechanical concepts. It consists of three subsystems: Drivetrain, Battery, and Thermals. The Drivetrain system is responsible for designing a reliable and robust method of transmitting torque to the tires. Specifically, they learn to use Finite Element Analysis and material properties to optimize part geometry for weight, strength, and efficiency. The Battery system is responsible for designing a safe and reliable high voltage battery pack and case. Specifically, they utilize a variety of electro-mechanical concepts, mathematical battery models, and CAD modeling to design an efficient battery. The Thermals system is responsible for ensuring the Drivetrain and Battery components stay within their operating temperature range. They perform complex thermal analysis using Computational Fluid Dynamic analysis on different battery cooling solutions (air or water). We use a wide range of manufacturing processes to create those parts such as manual and CNC machining, 3D printing, and carbon fiber layups. We value members who are passionate about learning a wide range of concepts, willing to work with others to tackle difficult problems, and chocolate milk connoisseurs.