Lun Li Email & Phone Number

Rancho Cucamonga, California, United States

Responsible for evaluating, integrating, and optimizing automated packaging equipment such as bottle fillers, labelers, and cartoner to ensure seamless collaboration with production systems and enhance operational automation.Improve the visual analysis system of the equipment and integrate appropriate algorithms for accurate visual inspection of finished products. Skills in image processing techniques such as edge detection, filtering, and morphological operations to preprocess images for better defect recognition. Utilizing machine learning approaches to train algorithms on recognizing specific patterns associated with acceptable and defective products.Design and optimize the layout of packaging lines to minimize material handling time and improve production efficiency while ensuring compliance with sanitation and safety standards.Develop and maintain control software for packaging automation equipment, including PLC programming, HMI configuration, ensuring system flexibility and scalability.

Pittsburgh, Pennsylvania, United States

Committed to the research of design optimization in additive manufacturing, responsible for the advanced metal 3D printers including the EOS DMLS, Gefertec arc605, and ExOne binder jetting.Utilizing LPBF additive manufacturing technology for processing Inconel alloys (Ni-718 and Ni-738),achieved nearly 100% density through the DMLS, complemented by AM monitoring technologies for real-time quality assurance and process optimization.Leveraging WAAM technology with a 5-axis capability arc605 machine to print complex alloycomponents, serving over 50 university laboratories, including the U.S. military.Applying Materialise Magics for the design of 3D printed support structures, enhancing build quality and efficiency while minimizing material usage and post-processing time

Shenyang, Liaoning, China

Focused on the research and design of the upstream system for autonomous driving, responsible for the integration and fusion of high-precision sensors, including cameras, LiDAR, and radars.Participated in the selection and preliminary research of 4D LiDAR, designed over 30 comprehensive testing scenarios, simulating real-world conditions, target behaviors, interference factors, and adverse weather, providing a dataset for the testing department’s validation processes.Engaged in urban field testing, pinpointed discrepancies with reality through data visualization tools, refined and validated the final software iteration, facilitating the expansion of autonomous driving capabilities to an additional 10 cities.Integrated data from multiple sensors, ensuring seamless alignment across varying coordinate systems, addressing potential ghosting issues, and delivering confirmed targets for downstream departments to consume.

Valparaiso, Indiana, United States

TA for FEA and Heat Transfer courses.Held office hours in solving student questions.Assisting in laboratory work.

Master Of Science - Ms, Mechanical Engineering

Bachelor Of Science - Bs, Mechanical Engineering