Pratik Kute

• Developed validated 1D co-simulation framework using Simulink/Simscape for electro-hydraulic motor-pump systems targeting automotive transmission lubrication applications. • Optimized 30+ motor-pump design combinations across wide temperature envelopes; systematically ranked configurations by efficiency, electrical load, and packaging size. • Automated parametric simulation workflows covering multiple operating points; reduced reliance on physical prototyping through structured virtual design exploration.

• Contributing to the R&D team by developing a HIL MATLAB/Simulink/Simscape model for an electro-hydraulically controlled water pump. • Validating the model with real test results to bridge theory with practice and ensure accuracy. • Running and analyzing simulations for pump applications, providing insights that support ongoing development.

• Designed and validated sensor test setups to ensure technical and safety compliance. • Led the development of human-centered electromechanical systems from concept to prototype. • Collaborated across departments to integrate mechanical design with electronic hardware and software control.

• Designed and built a 3-axis CNC machine for engraving, milling, and cutting applications with precise motion control. • Developed an oxygen concentrator using PSA technology for COVID-19 response, contributing to electronic system design. • Led design of a custom electric three-wheeler for handicapped users, enhancing accessibility. • Designed mechanical Orrery model of the solar system, showcasing precision and fabrication skills.

• Led a team of 6 to design and manufacture a low-voltage control system for a Formula Student electric vehicle. • Optimized wire-harness complexity, reducing maintenance time by 60% through standard color-coding and circuit debugging. • Proposed cost-effective solutions, saving project costs by replacing expensive DC-DC converters. • Implemented Race Capture Apex for extensive data acquisition to optimize vehicle performance and improve system stability.

Exchange Semester

Awarded under Germany's national Deutschlandstipendium initiative for talented and high-achieving students, effective 01.04.2025. Signed by Cem Özdemir, Federal Minister for Education and Research, and co-funded by the Industrie- und Handelskammer (IHK) zu Coburg. Recognised by Coburg University of Applied Sciences.

Activities and societies: Undergo in-plant training in the industry and participate in industrial visits.