# Kun-Lin L. > Dilution Refrigerator || Sensor/Process/Application/Equipment/Product || MEMS Sensor || Micro-Nanofabrication Location: United States, United States Profile: https://flows.cv/kunlin ★ Failure Modes Estimation, Solution Implementation, Product/System Refinement ★ Dilution Refrigerator, Sensor, Photolithography, Mirco-Nanofabrication, COMSOL Multiphysics, Matlab, Surface Acoustic Waves ★ Techniques: design of experiment, equipment operation, micro/nano-fabrication process, cell culture, signal analysis, finite element analysis ★ Skills: Root Cause Identification, Troubleshooting, Process Tuning/Optimization ■ Industrial experience: sub Kelvin cryo system, display process lines, scanning/contacting mask aligner, SEM imaging service ■ Applied Materials: superconductor, photoresist, metal and dielectric thin film, polymer and bio-compatible material ◆ Hands-on fabrication experience in cleanroom, design of experiment, signal analysis, and finite element analysis in mechanical engineering Happy to connect orcid.org/0000-0001-6222-6206 ## Work Experience ### Cryo Engineer/Scientist @ Bluefors Jan 2023 – Present Provide technical cryogenic support for quantum community and condense matter applications. Expanding expertise in qubit measurement through ongoing knowledge development and practical experience. ### Senior Engineer @ NanoSieve Jan 2022 – Jan 2023 | New York, New York, United States Engineering; System Development and Characterization; Data Analysis and Validation ● Design, develop, engineer, optimize, and test gas remediation prototype and product. ● Design pressurized gas piping and vacuum system. ● Develop tests for multiple markets in residential, commercial, and emerging technologies. ● Validate and integrate with modern gas detectors. adsorbent ### Researcher @ The City College of New York Jan 2014 – Jan 2022 | New York, New York ● Researched and developed multidisciplinary bio-sensors, including Surface Acoustic Waves Sensors, Quartz Crystal Microbalance and Electric Cell-substrate Impedance Sensing. ● Managed equipment, process materials and supplies for micro-nanofabrication laboratory. Taught ME46300 Micro/Nano Technology, and mentored 6+ visiting master and undergraduate members. ● Collaborated with research teams from New York Institute of Technology, Rutgers University, US Army Center for Environmental Health Research in DC, and Tohoku University in Japan. Materials: piezoelectric substrates, piezoelectric/metal thin film, polymer waveguide, biocompatible polymer, photoresist Duties: 1. Nanotechnology for Sensor Fabrication 2. Network Analyzer/Impedance Analyzer for Sensor Testing and Calibration 3. LabVIEW for Data Acquisition 4. COMSOL Multiphysics for Simulation and Comparison 5. Applications in Biology, and Viscosity. 5. More testing on different Piezoelectric materials Water-based sensing Projects: a. Surface Acoustic Waves b. Quartz Crystal Microbalance c. Electric Cell-substrate Impedance Sensing ### Laboratory Manager @ The City College of New York Jan 2016 – Jan 2021 ### Teaching Adjunct @ The City College of New York Jan 2017 – Jan 2021 Nanotechnology Intro and Lab ### Visiting Researcher @ Tohoku University Jan 2018 – Jan 2018 | Sendai, Miyagi, Japan 2018 Japan Society for the Promotion of Science fellowship ● Optimized Micro-Nanofabrication process in the world-leading research facility. ● Collaborate with researchers on fabrication process and signal analysis. ### Project Engineer @ IBM SEM Analytical Lab in CNSE SUNY Albany Jan 2011 – Jan 2013 ● Employed variety of sample preparation methods for diverse metrology tasks. ● Utilized multiple inspection tools and achieved high project fulfillment rate. ● Main utilized tool: FEI Magellan, Hitachi SEM 5500, Focused Ion Beam (Single Beam) ### Research Assistant @ New York University - Polytechnic School of Engineering Jan 2010 – Jan 2011 | Brooklyn, NY Composite Materials & Mechanics Laboratory of NYU-Poly ● Demonstrated material behavior from macro to micro and nano scale. e ● Microscopy and stress analysis on material morphology and property under distinct hydraulic conditions. ● Obtained material properties by using Hysitron TI 950 TriboIndenter and Instron 4469 Mentor : Prof. Nikhil Gupta ### Process Equipment and Process Technology Engineer of Fab 7 Color Filter Department @ TPO Display Shanghai Ltd. (Chimei-Innolux Subsidiary) Jan 2007 – Jan 2009 | Tainan City, Taiwan ● Managed and maintained bottleneck equipment, NIKON FX-73S and FX-75S Aligners, production units at 95% utilization rate. Sustained product yield rate at 97-99%. ● Real-time monitored product quality and implemented troubleshooting solutions as needed. ● Cost reduction on process materials and optimization for production improvement. ● Tested and analyzed the reliability of lately adopted materials. ● Proven abilities to achieve anticipated production goal in efficient and economic methods. Chi Mei Optoelectronics (“CMO”) was one of the leading TFT-LCD manufacturers and leading supplier of large-size LCD TV panel in the world. CMO has transformed to Chimei Innolux Corporation from March 2010 and then changed to Innolux Corporation in 2012. http://www.innolux.com https://en.wikipedia.org/wiki/InnoLux_Corporation ### Operator of IMSE (Improved Mobile Subscriber Equipment) @ Taiwan National Service Jan 2005 – Jan 2007 ● Operator of CCTS (Communication Control Tandem Switch) ● Maintained telecommunication links covering central Taiwan ● Cooperated with U.S. technicians of General Dynamics in times of emergency ## Education ### Doctor of Philosophy (PhD) in Mechanical Engineering The City College of New York ### Master of Science in Mechanical Engineering New York University - Polytechnic School of Engineering ### Bachelor of Science in Power Mechanical Engineering National Tsing Hua University ## Contact & Social - LinkedIn: https://linkedin.com/in/kunlinlee --- Source: https://flows.cv/kunlin JSON Resume: https://flows.cv/kunlin/resume.json Last updated: 2026-04-13