Jaisingh Yadav

Space engineer (M.Sc., Universität Bremen) specializing in propulsion testing, CFD with OpenFOAM, FEM, thermal, and AIT under ECSS standards. Experienced in static fire test campaigns, Schlieren imaging, and multiphysics solver development at ZARM. Seeking roles that combine hands-on testing with simulation and systems engineering.

Propulsion Systems Developer—Student Rocket Project (Moon Road)

• Designed and built a thrust measurement test stand including load cells, feedlines, and automated valves.
• Executed SRM static fire test campaigns, capturing thrust and pressure data with high repeatability.
• Built a Schlieren imaging system to visualize exhaust plume shocks and validate CFD predictions.
• Correlated experimental results with OpenFOAM compressible flow simulations.
• Automated post-processing and analysis using Python.

AIT & Research Engineer (Part-Time)—ZARM, Universität Bremen

• Developed a custom multiphysics OpenFOAM solver coupling electromagnetic and thermal-fluid effects.
• Supported assembly, integration, and testing (AIT) of a ferrofluid pump prototype for a DLR parabolic flight campaign.
• Bridged simulation results with experimental performance to optimize thermal management and system behavior.

Mechanical / Quality Assurance Engineer—Manufacturing Industry (India)

• Conducted structural and hydraulic integrity testing of mechanical components under ISO/IATF standards.
• Worked with presses, valves, and automated test setups, developing strong testing discipline and documentation habits.
• Built a solid understanding of manufacturing realities and quality systems.

M.Sc. in Space Engineering—Universität Bremen (2020–2024)

• Focus on propulsion systems, CFD, and experimental validation.
• Master’s thesis combined OpenFOAM simulations with SRM static fire tests to study passive thrust modulation (Krushnic Effect); co-author of an IAC 2024 paper.

B.E. Mechanical Engineering—North Maharashtra University, India

Bachelor Project & Thesis: Dual-Stage Refrigeration System Utilizing a Paddle Compressor and Solar-Powered Thermoelectric Modules.