JONGSOO (JON) KIM
*** ****** ***** **, *********, PA 18104 • Cell: 484-***-**** • Email:abnhmt@r.postjobfree.com
OBJECTIVE
To obtain a product development position in silicone areas with the opportunity to
utilize my problem solving, communication, and leadership skills.
QUALIFICATIONS
• 10 years plus experience in silicone related product development
• Silicone monomers/polymers synthesis, silicone formulation, compound mixing,
and process
• Experience with scaleup tests and commercial scale product development
• Characterization of polymers and monomers
• Utilize Design of experiment (Design expert) to optimize process and statistically
analyze the data
• Project management and ability to manage multiple tasks
RELATED EXPERIENCES
Process research chemist, Gelest, Morrisville, PA (August 2009 – now)
• Synthesize silicone monomers (Hydrosilylation, Alkoxylation, Grignard reaction,
Hydrolysis and so on)
• Perform distillation, filtration, extraction, and drying to purify silicone monomers
• Characterize monomers using GC, NMR, and FT-IR.
Polymer chemist, Morgan Advanced Ceramics_Diamonex, Allentown, PA
(July 2008 – January 2009)
Development of abrasion resistant thin film
• Developed abrasion resistant silicon thin films (~4µm) to protect various
consumer electronics and plastics
• Utilized DOE method to screen primary operation parameters.
• Characterized silicon thin films using ellipsometer, contact angle measurement,
nano-indenter, UV-VIS, adhesion tester, and Tabor abrasion tester.
• Analyzed commercially available hard coatings using X-ray photoelectron
spectroscopy (XPS) and FTIR-ATR to identify their chemistries.
• Developed a new primer to enhance adhesion at the interface of a plastic substrate
and a thin organic-inorganic hybrid silicon film via sol-gel wet chemistry and in-
situ vacuum vapor deposition.
• Achieved an economically viable deposition process by removing a cost effective
primer-coating procedure that was separately provided by a wet chemistry.
• Closely interacted with external customers and internal colleagues.
Research Scientist, Center for Nanoscale Science and Engineering, North Dakota
State University, ND (July 2005 – June 2008)
Development of easy release and antifouling marine coatings
• Formulated novel silicone marine coatings that possess antifouling, mechanical
durability, and easy release properties.
• Formulated oxetane toughened UV curable cycloaliphatic epoxy functionalized
polydimethylsiloxane for marine coatings.
• Utilized DOE method and statistically analyzed the data to get optimal conditions
for coating thickness and modulus.
• Characterized chemical/mechanical properties of the silicone materials using
NMR, optical microscopy, tensile test, adhesion tester, and DMA.
• Formulated polyurethane, methacrylated silicone, and fluorinated silicones to
evaluate their adhesion/release properties from epoxy.
Development of binders for aerospace
• Developed aerospace binders (UV curable acrylate polyester) to improve
adhesion and anticorrosive characteristics to an aluminum alloy (2024-T3).
• Characterized their structural properties using a nanoindenter (Indentation,
Scratch, and nanoDMA), thermo-mechanical instruments (DMA and tensile
tester), and adhesion tester.
• Validated and maintained material characterization instruments.
Visiting Research Scientist (Post-doc), Naval Research Laboratory, Washington DC
(July 2002- July 2005)
Development of easy release marine coatings
• Formulated silicone elastomers by varying base resin, crosslinker, curing
moderator, non reactive oil, and catalyst.
• Identified the effect of modulus, toughness, and surface oil segregation of the
silicone elastomers on adhesion strength to epoxy.
• Developed a multi-purpose customized adhesion tester to evaluate performance of
coatings using a laboratory automation/image analysis technique.
• Functionalized glass, silicon wafer, and aluminum surface with various silane
coupling agents by vapor deposition or dip coating after corona or plasma
treatment.
• Developed a kinetic theory to understand adhesion failure mechanisms of
silicone/epoxy joints.
• Characterized polymers using optical microscopy, XPS, tensile tester, micro-
indentation, DMA, and contact angle measurement.
Graduate Student, Lehigh University, Department of Chemical Engineering,
Bethlehem, PA (August 1997-June 2002)
• Investigated surface modification and restructuring mechanisms of silicone
elastomers after exposure to corona discharge using contact angle measurement
and X-ray photoelectron spectroscopy.
• Investigated the effect of discharge intensity, aging temperature, environmental
humidity, fillers, and additives on the surface restructuring of oxidized silicone
elastomers.
• Proposed key surface restructuring mechanisms of electrically discharged silicone
and developed theoretical models to simulate the surface restructuring.
• Citations of the combined four papers are 100 plus.
Research Scientist, Hanwha Chemical Corporation R&D Center, Daejon, Korea
(January 1991-June 1997)
• Formulated silicone adhesives and performed scale-up tests for
commercialization.
• Setup experiments and performed a heterogeneous reaction of silicon and methyl
chloride in a fluidized bed reactor to prepare silane monomers
• Investigation of the effects of catalyst, reaction temperature, and methyl chloride
flowrate on selectivity, reaction rate, and silicon conversion.
• Obtained an optimal reaction condition using design of experiment for reaction
temperature and methyl chloride flowrate.
• Synthesized p-phenylenediamine in an autoclave (catalytic hydrogenation) and
hexachlorocyclopentadiene in a fluidized bed reactor (chlorination reaction).
EDUCATION
• PhD - Chemical Engineering, Lehigh University, PA, USA, June, 2002
Thesis title: Surface restructuring of polydimethylsiloxane elastomers exposed
to partial electrical discharge
Advisor: Prof. Manoj K. Chaudhury
• MS - Chemical Engineering, Yonsei University, Seoul, Korea, February, 1991
Thesis title: Synthesis of a polyamide reverse osmosis (RO) composite
membrane by interfacial polymerization and its salt rejection
• BS - Chemical Engineering, Yonsei University, Seoul, Korea, February, 1989
SELECTED PUBLICATIONS, PATENTS, AND PRESENTATIONS
• J. Kim, M.K. Chaudhury, and I.L. Singer, “Effect of Oil on Peel Energy of a
Silicone/Epoxy Joint”, manuscript on preparation.
• Z. Chen, B. Chisholm, J. Kim, R. Wagner, S. Patel, S. Stafslien, J. Daniels, V.
Lyndsi, and C. Siripirom, "Oxetane-Toughened UV-Curable Fouling-Release
Coatings", Polymer International, 57, 879 (2008).
• J. Kim, Z. Chen, B. Chisholm and S. Patel, “Nanomechanical characterization of
radiation curable hyperbranched polymers”, Technical proceedings of the 2008
NSTI Nanotechnology Conference and Trade Show, 1, 936 (2008).
• B. J. Chisholm, D. C. Webster, J. C. Bennett, M. Berry, D. Christianson, J. Kim,
B. Mayo, N. Gubbins, “Combinatorial Materials Research Applied to the
Development of New Surface Coatings VII: An Automated System for Adhesion
Testing, Review of Scientific Instruments, 78 (July 2007).
• J. Kim, B. Chisholm, and J. Bahr, “Adhesion Study of Silicone Coatings: the
interaction of thickness, modulus, and shear rate on adhesion force”, Biofouling,
23, 113 (2007).
• J. Kim, “New approach to develop marine coatings”, 2006 ONR annual review,
NDSU, Center for Nanoscale Science and Engineering, ND (December 13-14,
2006).
• J. Kim, M.K. Chaudhury, and M.J. Owen, “Modeling Hydrophobic Recovery of
Electrically Discharged Polydimethylsiloxane Elastomers”, J. Colloid Interface
Sci., 293, 364 (2006).
• I.L. Singer and J. Kim, “Mechanics and Release Modes of Barnacles from
Elastomeric Coatings”, 2005 ONR Coatings/Biofouling Program Review,
Baltimore, MD (June15-17, 2005).
• J. Kim, M.K. Chaudhury and M.J. Owen, "Hydrophobic Recovery of
Polydimethyl-siloxane Elastomer Exposed to Partial Electrical Discharge", J.
Colloid Interface Sci., 226, 231 (2000).
• J. Kim, M.K. Chaudhury and M.J. Owen, "Hydrophobic Loss and Recovery of
Silicone HV insulation", IEEE Trans. Dielectrics Electr. Insul., 6, 695 (1999).
• C. Cho, J. Kim, S. Sho, and K. Han, "Compositions for Antibacterial Sealants",
Korea Patent No. 100236567 (1999).
HONORS AND AWARDS
• Chemical Engineering Teaching & Research scholarship, Lehigh University
(August 1997 – June 2002).
• Hanwha Corp. Scholarship, Outstanding Achievement in Graduate Research,
Hanwha Corp., Seoul, Korea (March 1989 – December 1990).
• Chemical Engineering Teaching Assistant, Yonsei University, Seoul, Korea (Fall
1989).
• Yonsei University Scholarship, Excellent in Academic Achievement, Yonsei
University, Seoul, Korea (Fall 1986 – Fall 1989).
• Merit Scholarship based on a National Examination in Academic Subjects,
Yonsei University, Seoul, Korea (Spring 1985 – Fall 1985).
REFERENCES
• Available upon request
VISA STATUS
• Permanent resident