At Measurement Advanced Engineering, I lead the research and development efforts, focusing on the innovation and advancement of mass flow meters. My responsibilities include:Digital Signal Analysis and Processing: Conducting comprehensive analysis and processing of digital signals to enhance the performance and accuracy of our products.Mechanical Design and Development: Spearheading the development and design of the world's first metal 3D printed mass flow meter. Utilizing advanced techniques and technologies, we aim to revolutionize the industry.Simulation and Structural Optimization: Employing ANSYS for fluid-structure interaction analysis and design validation. This allows us to achieve optimal design and functionality through meticulous structural optimization.Our pioneering work is setting new standards in the field, pushing the boundaries of what's possible with mass flow meter technology. Connect with me to learn more about our innovative projects and explore potential collaborations.

R&D on manufacturing automation, program customers’s part for manufacturing and inspection,Create MBD based on customers’ drawings, program PLC & HMI,CAD & rapid prototyping.

Reverse engineered on existing helmet vending machine and applied functional decomposition to simplify the design and reduced number of moving parts from 4 to 2Built charging adapter for the scooter using Solidworks and inspected the installation and modification of mechanical systems

Design custom lamp for bar and club environment using Solidworks and Rhino and applying 3D printing technique to fast prototyping, increased the design iteration efficiencySupervise technicians and junior engineers and designers and review and approve designs, calculations and using Solidworks BOM function to estimate costsReached out to >10 manufacturers to identify the best business partner and cooperated with Chinese manufacturer for highest cost-effectiveness for mass production