Brijesh Niranjan

-Supporting bachelor’s students with their assignments by providing guidance, corrections, and constructive feedback to help them achieve accurate results. -Helping students understand and derive equations of motion, and assisting them in setting up and verifying simulations using Adams solvers. -Collaborating with Professor Petri Piiroinen by reviewing and correcting submitted assignments to ensure clarity, quality, and consistency.

Contributed to engine calibration and design-support software development within Scania's Power Solutions department. Developed robust ECU software logic supporting fatigue prediction directly informing mechanical design tolerances for engine components. Optimized code performance, cutting computational time by 15% while achieving up to 97.8% accuracy in Turbo-Weighted Speed calculations. Worked with MATLAB Simulink, Etas INCA, and physical test rigs to validate calibration models against real diesel e

Inspected and validated mechanical components against engineering drawings, bridging design intent with manufacturing reality. Analyzed complex engineering drawings and applied GD&T principles to inspect 50+ precision-machined components, achieving up to 90% measurement accuracy. Used metrology and precision measurement tools to generate fault reports, feeding design-for-manufacturability (DFM) insights back into component design. Built close attention to tolerancing, fit, and manufacturability skills

Nano-Satellite Project Led thermal subsystem fabrication for a nano-satellite, producing a detailed thermal map to ensure system reliability. Collaborated across departments to integrate thermal solutions and improve cross-functional communication. Mentored junior engineers, sharing technical insights and fostering team growth.

Pursuing master's in Applied mechanics