-Led the design and development of mechatronic testing devices for VR/AR equipment, collaborating closely with teams focused on comfort and reliability.-Developed and executed mechanical prototypes and conducted thermal testing to improve product performance and user experience.-Delivered 5+ projects, resulting in a 15% improvement in device usability and a 20% increase in testing efficiency.-Coordinated with cross-functional teams for project scoping, design updates, and transition from prototype to manufacturing, ensuring product quality and alignment with specifications.

-Directed the design and development of electromechanical systems for automotive applications, focusing on product performance and manufacturability.-Worked closely with designers and product managers to translate user needs into technical specifications for new products.-Led the integration of PCB design into mechanical systems, ensuring seamless functionality and compliance with regulatory standards.-Utilized GD&T and DFM principles to optimize product design for cost-effectiveness and manufacturability, reducing production costs by 18%.-Managed cross-functional communication between engineering, marketing, and quality teams to ensure a cohesive product development strategy.

-Designed and optimized electromechanical devices, with a focus on integrating new technologies into consumer products for enhanced performance and reliability.-Conducted early-stage R&D experiments to identify key product features and drive product performance improvements.-Led the design review process, ensuring product designs met performance specifications and complied with relevant regulatory standards.-Collaborated with quality assurance teams to implement testing strategies and ensure product reliability.

-Designed and developed CNC robotic systems for manufacturing automation, focusing on process optimization and system performance.-Utilized SolidWorks to create detailed 3D models and technical drawings, addressing issues related to electrical-mechanical integration and manufacturability.-Led design improvements that reduced GD&T errors, improving production efficiency by 12% and reducing overall manufacturing delays.