• Spearheaded structural design projects for two-wheeler Engine Control Units (ECUs), ensuring precision and excellence throughout the entire assembly process.• Successfully executed highly customized designs for compact excavator ECUs, resulting in a remarkable 40% increase in compactness while significantly enhancing overall performance and efficiency.• Ensured rigorous quality assurance for ECUs by overseeing a diverse range of tests and analysing results, upholding the highest standards of reliability and durability under varying conditions.• Established successful international collaborations with manufacturers and suppliers, demonstrating adept negotiation skills and technical interpretation expertise. This resulted in an impressive 50% reduction in lead time, streamlining processes for increased efficiency.• Attained significant milestones, including a 15% increase in compactness, a 10% improvement in sturdiness, and a substantial 25% reduction in weight.

• Implemented design improvements that doubled the life expectancy of select components, enhancing the overall durability and reliability of the machinery.• Inspected and organized data, including Order specifications and Delivery specifications of Compact Wheel Loaders. Revamped systematic data management practices that resulted in significant time savings, reducing manhours by over 10 hours per week.• Streamlined ordering process by correcting translational errors in Order Specification Documents and BoM, reducing delays by 20%.• Optimized design workflows and documentation procedures, resulting in a 15% increase in overall efficiency and error elimination.

• Transformed customer specifications into detailed drawings and 3D models for construction machinery, with a focus on emphasizing truck load bodies and main frames.• Collaborated seamlessly with cross-functional teams, including production and quality control, for efficient integration of design changes.• Successfully translated and adapted 30 technical documents, enhancing international collaboration and reducing misinterpretations by 20%. • Dispatched to Hitachi Construction Machinery in November 2019 as design engineer.