Tej Amin

•Contributed to the development of the IceCube demonstrator, working across hardware, mechanical, and software layers in a research-driven environment. •Designed and integrated PCBs, including schematic design, component selection, and board-level integration for embedded and sensor-based systems. •Developed mechanical components and mounts, focusing on structural stability, system integration, and usability of the demonstrator. •Implemented graphical user interfaces (GUI) using Python and Streamlit for rea

•Led a multidisciplinary student engineering team working on solar-powered hybrid electric vehicles, coordinating mechanical, electrical, and systems sub-teams. •Oversaw project planning, task allocation, and timelines, ensuring smooth execution across design, manufacturing, and testing phases. •Facilitated technical reviews, design decisions, and system integration discussions, promoting structured problem-solving and critical thinking. •Acted as the primary point of contact between team members, faculty a

•Assisted in sensor calibration for industrial instrumentation, ensuring accurate measurement of process variables such as pressure, temperature, and flow. •Studied and analysed signal flow in automation and control systems, understanding end-to-end data transmission from field sensors to control and monitoring units. •Supported calibration procedures, testing, and verification to maintain measurement accuracy and system reliability. •Gained exposure to industrial automation standards, plant instrumentation

• Designed the vehicle suspension system from scratch, focusing on performance, stability, and driver comfort. • Analyzed and tuned vehicle dynamics parameters such as camber, caster, toe, and suspension geometry to optimize handling and ride quality. • Performed CAD-based modeling and iterations to validate mechanical feasibility and integration with the vehicle chassis. • Collaborated closely with chassis, drivetrain, and manufacturing teams to ensure system compatibility. • Gained hands-on experience in

•Supported early-stage vehicle manufacturing and fabrication activities, with a focus on sheet metal work and mechanical assembly. •Assisted senior team members in component fabrication, fitment, and workshop operations. •Learned fundamental engineering practices including tool handling, fabrication processes, and safety procedures. •Built a strong foundation in teamwork, discipline, and hands-on engineering workflows within a student motorsports team

The Automation & Robotics Master’s program at TU Dortmund is an interdisciplinary, research-oriented degree focused on advanced automation technologies, intelligent systems, and robotics engineering. The curriculum integrates control engineering, optimization, computer science, and mechanical engin

Completed a Bachelor’s degree focused on mechanical, electrical, electronics, and control systems engineering, with strong hands-on exposure to embedded systems, CAD design, and automation technologies. The program emphasized system-level thinking, problem solving, and practical engineering applica