Building Product Competitiveness:Led the development of portable motion sensing devices and real-time motion data analysis diagnostic app, defined product requirements, and established system architecture to ensure the product's market competitiveness.Developed embedded programs for high-precision motion sensing devices, ensuring the accuracy and real-time collection of data.Collaborated with cross-functional teams to oversee the entire product development process, ensuring the implementation and consistency of requirements and technical solutions.Formulating Technical Roadmap:Insightfully analyzed trends in sports technology, participated in formulating technical roadmaps, and promoted the realization of new technologies and product breakthroughs.Analyzed user needs and competitive product features, identified key technologies and risks, and built product competitiveness through technological innovation.

Transcatheter Aortic Valve Replacement Project: Developed 3D stent designs and conducted finite element analysis to assess performance under operating conditions; iterated on designs based on simulation outcomes.Engineered and established test environments for evaluating stent and heart valve physical properties and performance metrics.Coordinated with German suppliers on technical specifications for stent production, established quality control benchmarks, and assessed measurement data and inspection results for received stents.As the team lead constructed DFMEA for the heart valve;Transcatheter Mitral Valve Replacement Project:Performed comparative analysis of existing products, identifying key functionalities and crucial design aspects; Developed and refined 3D models of heart valve anchoring devices, creating Nitinol-based prototypes that achieved desired functionality in laboratory tests; Designed and set up a testing environment to assess prototype functionality and material properties; Created and prototyped components for the delivery system, achieving intended performance within the laboratory testing framework.Shunt ProjectConducted a comprehensive analysis of current market offerings and in-development products, pinpointing essential features and critical design elements;Iterated and refined shunt structural design, creating Nitinol-based prototypes;Patented the design with CN218338476U;

Construct the different levels of systems architecture for low visibility takeoff/landing scenario;Reviewed and improved accuracy and completeness of functional architecture and system requirements of communication and power train systems