Qianyi Chen Email & Phone Number

Cleveland, Ohio, United States

--Analyzing over 20 cardiovascular leads to enhance extraction methods and evaluate the impact of materials and structures on performance and limitations by reviewing and summarizing relevant papers and literature--Developing and refining lead extraction protocols at the Cleveland Clinic Lerner Research Institute to minimize cardiovascular damage and improve surgical success rates, using a simulated cardiovascular system for targeted experiments and data-driven improvements--Dividing responsibilities and troubleshooting procedural issues with lab partners to ensure smooth lab operations while collecting and analyzing clinical data to validate new methods, with additional data analysis planned for spring 2025--Preparing a research paper for publication in the summer of 2025 to advance academic and clinical practices

Cleveland, Ohio, United States

--Conducting color segmentation using ImageJ and applying statistical methods, such as K-means clustering, to measure myelin basic protein’s number, surface area, and density in nerve fascicles, essential for accurate vagus nerve structure analysis--Utilizing machine learning with Cellpose to analyze over 1200 nerve cross-sections, generating precise anatomical insights for the Reconstruct Vagal Anatomy project, slated for completion in 2025--Presenting 'Evaluating the Efficacy of Semi-Automatic Color Segmentation for Myelinated Fiber Analysis in the Vagus Nerve' at the December 2024 CWRU Undergraduate Poster Session, with optimized standard deviation contributing to a 2025 paper

Cleveland, Ohio, United States

--Collaborated with interdisciplinary teams to optimize thermal processing parameters for aerosol jet printing of silver circuits using Electroninks EI-615 silver precursor ink on polyimide film substrates--Analyzed focused ion beam (FIB) cross-sections of the deposition, captured microscopic images with Keyence VHX-7000 and VK-X3000 to analyze ink diffusion, and evaluated structural integrity, thereby providing data to refine the material selection process--Utilized MATLAB to adjust color parameters for precise data on ink diffusion, jetting accuracy, and the overall integrity of printed samples--Presented semester research focusing on materials and methods at the end-of-semester group meeting

Cleveland, Ohio, United States

--Maintained, repaired, and troubleshot lab equipment, including DMMs, circuit boards, soldering wires, and oscilloscopes, ensuring full functionality and minimizing disruptions during lab sessions--Collaborated with professors and TAs to set up electromagnetism and mechanics experiments, assisting students with equipment operation to ensure timely execution--Organized and maintained the laboratory and workroom, implemented safety protocols, and supervised students to ensure compliance with safety standards

Shanghai, China

--Streamlined sourcing strategies for copper and gold concentrates, increasing profit margins by 4% through market analysis, by-product research, and supplier evaluations--Collaborated with team leaders in Qingdao to inspect the final output of gold and copper concentrates, overseeing quality, shipment logistics, settlements, and customs processes for upstream and downstream transaction--Worked with on-site teams to sample and test purchased gold concentrates, verifying authenticity and ensuring the gold content met contract specifications, maintaining transaction integrity in high-value, low-margin deals