EXPERIENCE

Conducted requirements analysis to translate product specifications into feasible structural designs, ensuring functionality, manufacturability, and cost-effectiveness.

Constructed and finalized detailed 3D models and mechanical drawings operating Creo.

Collaborated on prototyping and testing of product structures, improving design iterations and efficiency.

Conducted focused research on end-effector design for soft robots and bio-inspired robotic systems, addressing challenges in adaptability and precision manipulation.

Formulated and simulated robotic components and mechanisms by SOLIDWORKS and ANSYS.

Created experimental platforms and instruments to evaluate end-effector kinematics, mechanical properties, and interaction dynamics, systematically collecting and analyzing data for iterative improvements.

Created and improved aerodynamic models for enhanced flight performance using principles of fluid mechanics and material engineering.

Built and tested prototypes, improve structural stability and reduce performance inefficiencies through iterative development.

Cooperated with a team to complete projects and participate in competitions, ensuring effective collaboration and technical execution.