Professor
P.I. (Principle investigator)
Prof. Nam Jeong Hun
Affiliation: Department of Digital Bio-tech, Jaeneung University, Incheon, 21987, Korea
Major: Biofluid/blood flow, Hemorheology/hemodynamics, Thermal&fluid dynamics, Microfluidics, Ai-based clinical diagnostic techniques
Email: jhnam77@gmail dot com, (10139901)
연구실적: 클릭
WORKING EXPERIENCES
03/2024 ~ Present, Assistant professor, Department of Digital Bio-tech, Jaeneung University, Incheon, 21987, Korea
05/2022 ~ Present, Director of AI-Bio Research Center, Janeung University
05/2021 ~ 04/2022, Director of AI-Bio Research Center, Incheon Janeung University
03/2021 ~ 04/2022, Assistant professor, Department of Song-Do Bio Engineering, Incheon Janeung University
10/2020 ~ Present, Technical consultant, Nbios Co. Ltd.
09/2018 ~ Present, Technical consultant, BioZentech Co. Ltd.
10/2016 ~ 02/2021, Research professor in Department of Emergency Medicine, School of Medicine, Korea University, Seoul, Korea
07/2016 ~ present, Researcher in Department of Biomedical Research Center, Korea University Guro Hospital, Seoul, Korea
09/2015 ~ 10/2016, Research professor in Department of Laboratory Medicine, School of Medicine, Korea University, Seoul, Korea
"Studied on separation, enrichment, detection and post-analysis of disease-related rare cells"
10/2015 ~ 09/2016, Committee Member in Institution of travel-disease in-vitro diagnosis technology, Korea University, Seoul, Korea
11/2013 ~ 09/2015, Research Fellow in Microhemodyanmics Lab. National University of Singapore, Singapore
"Studied on blood flow in the microcirculation: influence of hemorheological disorders"
"Studied on non-newtonian fluid-based biological particle manipulation"
"Studied on SAW-based cell manipulation technique"
03/2012 ~ 10/2013, Research Fellow in Nano Bio Fluid System Lab. Korea University, South Korea
"Studied on nano-scale particle manipulation in a microfluidic device"
06/2011 ~ 10/2013, Research Assistant in the Research “Development of technology for life cycle in environmental media and toxicity monitoring for one dimensional nano-materials (supported by National Research Foundation of Korea)”
"Participated in development of microfluidic platform for nano-scale particle detection and separation"
05/2011 ~ 10/2013, Research Assistant in the Research “Development of an innovative platelet multi-function analyzer (supported by Ministry of Health & Welfare)”
"Participated in development of platelet multi-function analyzer based on a microfluidic device"
09/2009
` 08/2012, Research Assistant in the Research “A study on the characteristics of Electo-Hemorheology and Development of measuring technology (supported by National Research Foundation of Korea)”
"Participated in development of electric MEMS device for early-detection of vascular diseases by studying electro-hemorheology"
05/2009 ~ 02/2012, Research Assistant in the Research “Research for Cell-Machine Interface (supported by National Research Foundation of Korea)”
"Participated in development of continuous particle/cell separation technique using standing surface acoustic waves (SSAWs) in a microfluidic device"
06/2009 ~ 05/2010, Research Assistant in the Research “Development of automated analysis system for blood rheological property (supported by Small and Medium Business Administration)”
"Participated in development of automated system for hemorheological property measurement"
10/2008 ~ 09/2010, Research Assistant in the Research “Development of microfluidic technology for hematologic diagnosis (supported by Seoul Development Institute)”
"Participated in development of microfluidic-based hemorheological property measurement techniques in clinical settings"
03/2007 ~ 02/2012, Research Assistant/Teaching Assistant in Nano Bio Fluid System Lab. Korea University, South Korea
"Studied on in vitro biological particle manipulation using 1) acoustic forces and 2) viscoelastic fluid flow"
06/2004 ~ 03/2005, Research Assistant in Bio-micro System Laboratory, KIST (Korea Institute of Science and Technology), South Korea
"Soft lithography fabrication and microfluidic experiment assistant (micro-mixing)"
GRANT SUPPORT
National Research Foundation of Korea, Basic Research - Young researcher program, “Fundamental technology development for separation and enrichment of nano-sized particles in blood stream” (2016.06-2019.05, 3 years)
National Research Foundation of Korea, Basic Research - Mid-career Research Program, “Development of integrated system for separation and enrichment of nanoparticles in high-concentration blood sample and high-sensitivity analysis for liquid biopsy” (2020.03-2023.02, 3 years)
HONORS and AWARDS
Certificate of Outstanding Contribution in Reviewing, Sensors & Actuators B: Chemical, 10/2018
Certificate of Reviewing, Biosensors and Bioelectronics, 04/2018
Second Prize, KUMC STAR Start-up Venture Foundation Competition, 05/2017
First Prize, Korea University Medical Center Creativity Competition, 02/2017
Brain Korea 21 program scholarship, National Research Foundation of Korea (2007-2010)
Teaching Assistant Scholarship, Department of Mechanical Engineering, Korea University (2007-2008)
Outstanding Graduate Student Award, Department of Mechanical Engineering, Korea University (2010)
Outstanding Dissertation Award, The Korea Society of Mechanical Engineers (2012)
TECHNICAL SKILLS
CFD (Computational Fluid Dynamics) skills
> COMSOL (Multi-Physics) | Bio-MEMS, Microfluidic Simulation
> Flow 3D | the flow simulation in open channel
Micro/Nano fabrication skills
> Photolithography | positive resists (AZ series (AZ1512, AZ4620) & negative resists (all SU-8 series)
> Micro/Nano mold fabrication | SAM (self-assembled monolayer) patterning, the fabrication of nano-fluidic channel using Nafion
> Plastic to PDMS bonding | surface modification/patterning using ATPS, GTPS
Blood sample handling skills
> Rheological properties control of RBC | RBC deformability & aggregation control
> Cell staining skills | Giemsa or Fluorescent treatment
Analysis instrument
> FACS | Blood sample (WBC, RBC, Platelet, etc) distribution, Platelet activation test
> SEM | Biological or engineered nano particles
> AFM | Tap mode (micro/nano topogram analysis), LFM mode (surface energy evaluation)
Computer skills
> Image analysis | Image-Pro, ImageJ
> Microchip & mechanical design | AutoCAD, SolidWorks, Fusion360
> Plotting | Sigmaplot, Origin
> Graphics & illustration | Adobe Photoshop, Sketch-up
> Movie making | Sony Vegas, Adobe Premier
> Website building & management | Wordpress, Movable type, HTML, FLASH, Dreamweaver