Dr. Kiel’s expertise centers on polymers, polymer composites, and polymer additives. Formally trained as a chemical engineer with a focus on the performance and structure characterization of polymeric materials, Dr. Kiel has hands-on experience with membranes, plasticizers, coatings, formulations and organic electronic devices. He works extensively with implantable medical devices and medically relevant polymers, drug delivery systems, and has direct experience in the detection of proteins and analytes using immunoassay systems such as ELISA. Dr. Kiel has also worked on systems involving polymer additives such as plasticizers, stabilizers, building materials, insulated glass units (IGUs) and fire retardants. He has focused heavily on the historical uses and evolution of polymeric materials and additives such as poly chlorinated biphenyls (PCBs) and related compounds. Dr. Kiel also works in the Additive Manufacturing space and is a member of the ASTM F42 Additive Manufacturing Technologies committee.
In his practice, Dr. Kiel addresses problems involving the characterization, development, production and use of polymers. His project expertise includes technical due diligence, product evaluation, materials selection, failure analysis, formulation analysis, material characterization, marketing claims, and intellectual property evaluation. Dr. Kiel has developed products for protein detection, developed reverse osmosis membranes and their associated materials, is well versed in lateral flow devices, has developed and analyzed organic photovoltaics, and worked extensively in the application and testing of automotive coatings.
Prior to joining Exponent, Dr. Kiel held multiple positions in the chemical industry as well as multiple start-up companies. He founded and served as Chief Science Officer for GlutenTech, a device oriented company focused on detecting protein-based food allergens for consumers. Prior to GlutenTech, he was a Research Scientist at NanOasis, a start-up company developing carbon nanotube/polymer composite reverse osmosis membranes for large scale desalination. Dr. Kiel also worked nearly 4 years as a Process Engineer for the E.I. DuPont de Nemours Company troubleshooting day-to-day production issues and managing plant efficiency and process improvement projects.
CREDENTIALS & PROFESSIONAL HONORS
- Ph.D., Chemical Engineering, Michigan State University, 2010
- B.S., Chemical Engineering, The Ohio State University, 2001
Tohfafarosh M, Sevit A, Patel J, Kiel J, Greenspon A, Prutkin J, Kurtz S, Characterization of the outer insulation in long term implanted leads. J Long Term Eff Med Implants; 2017; 27.
Moberg MA, Mandell ML, Kiel JW, Page C, Meyers T, Sluytman JV. 3D printing of manufactured goods: an updated analysis. 2nd Edition. Chapter: 3D Printing/Component Parts/Raw Materials, December 2016.
Tohfafarosh M, Baykal D, Kiel JW, Mansmann K, Kurtz S, Effects of gamma and e-beam sterilization on the chemical, mechanical and tribological properties of a novel hydrogel. J Mech Behav Biomed Mater 2016; 53:250-256.
Olds DP, Kiel JW, Mackay ME, Duxbury PM. Percolating bulk-heterostructures from neutron reflectometry and small angle neutron scattering data. Physical Review E 2012; 86(6):061803.
Kiel JW, Maranville BB, Mackay ME. Effect of annealing on PCBM cluster sizes in polymer based solar cells. PRL 2010; 105(16):168701.
Kiel JW, Kirby BJ, Majkrzak CF, Maranville BB, Mackay ME. Film morphology of polymer based solar cells from neutron reflectivity measurements. Soft Matter 2010; 6(3):641.
Tseng TC, McGarrity ES, Kiel JW, Duxbury PM, Mackay ME, Frischknecht AL, Asokan SA, Wong MS. Three-dimensional liquid surfaces through nanoparticle self-assembly. Soft Matter 2010; 6(7):1533.
Kiel JW, Kirby BJ, Majkrzak CF, Mackay ME. Applications of phase sensitive neutron reflectivity for film morphology determination of polymer based solar cells. Journal of Chemical Physics 2010; 137(7).
Kiel JW, Maranville BB, Olds DP, Duxbury PM, Mackay ME. Effect of annealing on PCBM cluster sizes in polymer based solar cells, Michigan State University Complex Materials for Energy Applications Conference, East Lansing, MI, 2010.
Kiel JW, Kirby BJ, Majkrzak CF, Mackay ME, Applications of phase sensitive neutron reflectivity for polymer based solar cells. Materials Research Society, San Francisco, CA 2010.
Kiel JW, Kirby BJ, Majkrzak CF, Mackay ME, Film morphology of polymer-based solar cells from neutron reflectivity measurements, American Chemical Society, Washington, DC, 2009.
Kiel JW, Kirby BJ, Majkrzak CF, Maranville BB, Mackay ME, University of Delaware/National Institute of Standards and Testing Materials Science and Engineering Symposium, Neutron Reflectivity for characterization of polymer based solar cells, Newark, DE, 2009.
Kiel JW, Kirby BJ, Majkrzak CF, Maranville BB, Mackay ME, Film morphology of polymer based solar cells from neutron reflectivity measurements, American Physical Society, Pittsburgh, PA, 2009.
US Patent 9,939,431 – System and method for detection of target substances
US Patent 9,939,432 – Portable device for detection of harmful substances
Founder / Chief Science Officer, GlutenTech, 2012–2013
Research Scientist, NanOasis, 2010–2012
Visiting Scholar, University of Delaware, 2008–2010
Graduate Research Assistant, Michigan State University, 2005–2010
Process Engineer, E.I. DuPont de Nemours Company, 2001–2005
Intern, Cargill, Summer 2000