Dr.

Michael Ge *********@*****.*** · 859-***-****

Quick Summary of Experience and Skills

• Capable of researching, implementing and supervising all technical and safe processing procedures to ensure the highest quality of products and operations of the bottling line

• Familiar with operations of factory equipment to handle raw materials and final products

• Rich experience to plan and design production flow for various products

• Professional attitude and good team player when collaborating with other teams, and training new employees

• Strong eager to study current equipment and production process for potential optimization or improvement

• Studied and obtained Toyota system based Lean Program Certification (5S, Systematic problem solving, M&I flowcharts, Yamazumi Concept) at University of Kentucky

• Strong background in molecular surface patterning, polymers, microfluidics devices design and fabrications, microfabrication, system control design and simulation

• 6 years of cleanroom experience of microfluidics device design and fabrication in photo/soft lithography, wet/dry etching, sputtering, spin coating, plasma bonding

• Proficient on mold design (CorelDraw Suit, SolidWorks, AutoCAD), 3D printing (Meshmixer, 3D printer software), fabrication (cleanroom), experimental operation (bio-lab equipment), data collection (Nikon fluorescent/confocal microscopes, surface profilers such as Zygo, Needle Profilometer and SEM) and analysis (MATLAB, ANSYS)

• Independent character, rich experience of cooperation with multidisciplinary teams and tutoring Education

Ph.D. in Mechanical Engineering, University of Kentucky, Lexington, Kentucky Winter 2019 Dissertation: Grayscale Patterning Using Electrophoretic Motion Through a Heterogeneous Hydrogel Material M.S. in Mechanical Engineering, Cleveland State University, Cleveland, Ohio Spring 2011 Thesis: A Comparative Study on Fault Detection and Self-Reconfiguration B.S. in Mechanical Engineering, Dalian University of Technology, Dalian, Liaoning, China Spring 2008 Major in Measurement and Control Technology and Instrumentation Program Work/Research Experience

Organic Biology Holding LLC Apr. 2021 – Present

• Research, implement and supervise all technical and safe processing procedures to ensure the highest quality of products and operations of the bottling line and CBD extraction process; Assist with the handling of raw materials and laboratory test products; Plan and design production flow

• Select equipment, oversee installation, and monitor operation; Perform regular equipment examination, and coordinate repair, when needed; Establish maintenance plans and oversee maintenance

• Research and propose more advanced equipment solutions and replacements; perform training on equipment and operation

• Weekly meetings with the boss and other employees, cover some manager duties due to real situations Zhongcheng Software Developing LLC Jan. 2020 – Mar. 2021

• Vision detection algorithm developing and simulation

• Remote diagnosis and tech support

Markey Cancer Center Feb. 2013 – Dec. 2019

& Precision Biosystems Lab, University of Kentucky

• Researched and developed high resolution locally controllable micro-patterning method in a large scale, achieved multidirectional patterning in grayscale to fill the blank

• Designed and fabricated specific equipment for micro-patterning experiment testing; Designed and printed 3D molds with Form 1+ SLA 3D printer, fabricated positive and negative molds for measurement and gel casting; Optimized experimental protocols to minimize the failure rate to almost zero, cut experimental time from days to hours

Nanotechnology, Neuroscience, and Biophysical Chemistry Lab Aug. 2012 – May. 2017

& Precision Biosystems Lab, University of Kentucky

• Practiced and enhanced my cleanroom experience (class 100), with spin coating and mask alignment devices, processed with wet etching and plasma bonding

• Conducted great time management to accommodate everyone’s schedule to reduce preparation time

• Created and optimized a new design to reduce the gap between in-place cell and objective lens from 200+um to 70um, reduced fabrication time by 60% with optimized experimental parameters, replaced chrome mask with mylar mask plus new design to achieve the same results with only 20% of original cost Precision Biosystems Lab, University of Kentucky Aug. 2011 - present

• Lab equipment includes fume hood, plasma cleaner, fabrication of elastomers and polymers, laser cutter, contact/non-contact surface profilers, optical/fluorescent/confocal microscopy etc.

• Teaching assistant for courses Intro to Materials and Manufacturing Processes, Mechanics of Deformable Solids, Manufacturing Engineering, Machine Design, etc. Machine Vision and Sys Monitoring Lab, Cleveland State University Feb. 2009 – Dec. 2010

• Studied and completed comparison among different control methods (Active Disturbance Rejection Control, Tracker-based Feedback Control, Fuzzy Logic Control, and Tracker-based PID control)

• Applied fault detection methods on Active Engine Vibration Isolation System, Three-tank Dynamic System, and MEMES Gyroscope System; Completed simulations of all algorithms and analysis of the output results Padest.com Forum, Startup Jun. 2012 – Dec. 2014

• Co-founded the forum and worked as a pre-startup company which is focusing on consumer grade electronics

(Android system biased, including iOS, Blackberry System, Windows Mobile)

• Successfully developed the management team within 6 months, updated content on daily basis, had Skype meeting on weekly basis and had brought the forum to a 10k IP visits level for earning Publications and Achievements Selected

• Ning Ge, S. Bailey, R. Xu, C. Trinkle, Greyscale Surface Patterning Using Electrophoretic Motion Through a Heterogeneous Hydrogel Material, 2020.

• W. Martin, Ning Ge, B. Srijanto, E. Furnish, C. Collier, C. Trinkle, C. Richards, Real time sensing of single receptor- ligand interactions with nanoaperture integrated microfluidic devices, ACS Omega. 2017 Jul 31;2(7);3858-3867.

• F.J. DiBartolomeo, Ning Ge, C. Trinkle, High-throughput Creation of Micropatterned PDMS Surfaces Using Microscale Dual Roller Casting, Journal of Micromechanics and Microengineering, 2012, Vol. 22, Issue 11.

• Ning Ge, Xin Xiong, Fuyuan Wang, Design of Automatic Detection Device of the Resistance Force of Tracks on Brackets of Car Seats, Instrument Technique and Sensor (CN), 2008, vol. 3, pgs 66-69.

• Ning Ge, Xin Xiong, Hongming Lv, Development Design of Control System of Assembly Manipulator, Industrial Control Computer (CN), 2007, vol. 20, pgs 22-23.

• Kim Le, Ning Ge, Incorporation of Plant Architectures within Microfluidic Devices, Poster Presentation at University of Kentucky, REU program on bioactive interfaces and devices, 2014

• Ning Ge, Large Surface Area Micropatterned PDMS using Microscale Dual Roller Casting, presentation at NanoSymposium, Kentucky, 2013

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