Jay Min Lim Email & Phone Number

Lincoln, NE, US

• Develop low-cost biomedical instrumentation, achieving an 50% cost reduction through in-house design and optimization of critical electronic systems.
• Collaborate across multidisciplinary teams including microbiologists, electrical and chemical engineers to develop novel diagnostic instruments for early cancer detection.
• Lead the design and automation of wet chemical processes with Python and Arduino, increasing efficiency by 50% and improving precision in research workflows.
• Design and integrate electromechanical systems for diagnostic devices, including circuit design, PCB development, and microcontroller programming.
• Develop and design custom mechanical parts using SolidWorks, with hands-on prototyping experience in machining and 3D printing.
• Fabricate DNA microarray devices via photolithography, increasing diagnostic efficiency by 80% through effective multiplexing techniques.

Lincoln, NE, US

• Managed a laboratory and mentored 5 undergraduate and graduate students, providing guidance on experimental design, methodology, and data analysis.
• Achieved new discoveries in nanomaterial properties using material characterization techniques such as SEM, UV-Vis absorbance, and Raman spectroscopy, leading to a first-author publication in preparation.
• Provided critical data and analysis to support the development of grant applications, securing $150k of funding for advanced nanomaterials research in energy renewal applications.
• Engineered a reproducible fabrication process for nanomaterials, increasing the reproducibility by 95%.
• Designed and developed optical systems for spectroscopy experiments, improving measurement accuracy by 20% through precision alignment and component optimization.

Lincoln, Nebraska, US

• Conducted rigorous testing of athletic timing systems to ensure compliance with reliability and functionality standards, identifying and troubleshooting any performance issues.
• Streamlined assembly processes, increasing productivity and reducing costs by optimizing workflow and improving product assembly methods.

Lincoln, NE, US

• Modified electric toy cars for children with disabilities, integrating custom controls and mechanical components to enhance accessibility.
• Designed and prototyped tailored assistive tools using SolidWorks and 3D printing, increasing patients’ independence by 20% during rehabilitation.
• Engaged with patients to gather feedback on assistive devices, implementing design improvements based on their insights to enhance usability and functionality.

Lincoln, NE, US

• Investigated and implemented ultrasonic sensors for obstacle detection and integrated camera-based image analysis, resulting in a 20% improvement in obstacle-sensing accuracy.
• Designed and integrated subsystems, including a conveyor belt and robotic arm, to develop a functional prototype for an automated plant management system, reducing manual intervention by 30%.
• Developed and tested programs using Arduino, creating a prototype robotic system for plant collection and color classification, increasing classification accuracy by 50% and reducing processing time by 20%.

Master Of Science - Ms, Mechanical Engineering

Bachelor Of Engineering - Be, Mechanical Engineering