Rohit Kamath Email & Phone Number

Ann Arbor, Michigan, United States

- Assisted in extending an OpenFOAM solver for electrohydrodynamics in multiphase flows, contributing to advancements in high-resolution 3D printing processes.- Collaborated with graduate students to enhance solver efficiency, implementing new features and optimizations using C++.- Conducted simulations and experiments to validate the improved solver, analyzing results to guide further refinements.- Documented coding changes and simulation results, contributing to comprehensive project reports and presentations.- Engaged in thorough literature reviews to stay updated on the latest research in fluid dynamics and additive manufacturing technologies.

Ann Arbor, Michigan, United States

- Communicated university level physics theory and application to students at the University of Michigan.- Assisted course instructors with dispensing course materials.- Worked with students to solve challenging problems in order to develop a deeper understanding of core course materials.

Ann Arbor, Michigan, United States

- Designed aerodynamic elements to be mounted on a formula-style race car using CAD modelling software.-Conducted CFD analysis of aerodynamic elements to optimize aerodynamic efficiency in multiple vehicle configurations and scenarios.- Assisted director of aerodynamics in the manufacturing of carbon fiber aerodynamic elements.- Conducted full-scale wind tunnel testing of multiple aerodynamics packages and empirically validated CFD findings.

Ann Arbor, Michigan, United States

- Directed a team of engineers to develop and optimize an aerodynamics package for a motor vehicle.- Organized a weekly meeting between all members responsible for the development of aerodynamics systems and coordinated future plans.- Delegated tasks in relation to designing and developing complex aerodynamic systems.- Experience using CAD software to design aerodynamic elements for a formula-style race car.- Utilized CFD software to gather data on car performance in various scenarios and validate designs prior to manufacturing.- Made use of Microsoft Excel to organize and tabulate data gathered from multiple sources to make engineering decisions.- Manufactured aerodynamic elements from carbon fiber and composite materials.- Validated data gathered from CFD by utilizing wind tunnel testing and full-scale running of the vehicle.

Bengaluru, Karnataka, India

- Developed CAD and conducted CFD analysis of drag reduction devices to be mounted on existing electric vehicles, specifically 3 wheel electric loader vehicles. - Created Excel-based simulations to predict improvement in vehicle range due to drag reduction using real world drive cycle and drive data.- Conducted empirical testing of my designs to validate CFD and vehicle range predictions.- Conducted FEA modal analysis of battery docking mount and minimized amplitude of vibration as well as frequencies within the operating range of the vehicle