Aditya Baburajan

• Performing sizing calculations for drone component selection — frame, motors, ESC, propellers, and battery • Designing mounting parts, manufacturing via 3D printing, and integrating components onto the drone • Configuring PX4 autopilot firmware, calibrating sensors, and conducting flight tests • Programming autonomous navigation, integrating payload, and validating intended application

• Conducted 'Guided Lab Days' course covering SolidWorks, ANSYS, and Arduino for B.Eng. Mechatronics students • Facilitated hands-on prototyping, 3D printing, and soldering projects to develop practical engineering skills

•Led engineering projects, optimizing workflows, task allocation, and ensuring adherence to project timelines •Oversaw advanced product designs, emphasizing structural durability, cost-efficiency, and manufacturability •Digitalized engineering change management processes and proposed continuous process improvements •Collaborated with suppliers and cross-functional teams to support manufacturing and development initiatives

Contributed across concept, development, and series production phases for multiple EV platforms including the Euler HiLoad (3W cargo), Euler Neo (3W passenger), Euler Turbo EV 1000 (4W cargo), and Euler Tipper EV. Key contributions: • Designed vehicle integration solutions addressing manufacturability, thermal, and EMI/EMC requirements • Engineered VCU and motor controller enclosures (injection moulding & aluminium milling) with DFM, GD&T, and IP/thermal validation • Developed lightweight chassis struct