Over 70 scientists, researchers, and support personnel perform applied research, product development, and testing in a wide variety of physical and organic sciences. TRI Austin’s areas of recognized technical expertise include: materials science, composite materials and products, environmentally compliant alternative material development, adhesives, polymer science, coatings, nondestructive testing, accelerated life testing, reliability engineering, and specialized instrument development. TRI Austin performs contract research and development, and product development for DOD, other government and private industry, as well as operating certification testing laboratories for compressed air, geosynthetics and protective clothing.
Dr. Michael Dingus
Vice President and Technical Director
Dr. Dingus has over 30 years experience in Applied Physics, Materials Science, Business Development, Product Development, Intellectual Property Development, and Technology Transition. He has a Ph.D. and M.A. in Physics from Duke University and a B.A. in College Scholars Studies with Concentration in Physics from the University of Tennessee. Dr. Dingus joined TRI as a Senior Project Scientist in 1994 and became the Vice President and Technical Director in 1999. In January of 2016, Dr. Dingus accepted the Tibbetts Award to TRI Austin for firms or projects that made a visible technological impact on the socio-economic front and exemplify the very best in Small Business Innovation Research (SBIR) achievements.
- Chemically and biologically resistant hydration system (USP #8,166,969)
- Non-Toxic Lead Substitute (USP # 6,048,379)
- Decontamination Aid for Hazardous Material Responder Protective Clothing (USP # 5,670,469)
- Perforated Plate Technology for Filters, Injectors, Catalyst Reactors, and Spinnerets (USP #5,510,194)
- Phi Beta Kappa, University of Tennessee College Scholars’ Program
- Army 2017 SBIR Commercialization Success Story – ecoMASS® non-toxic lead substitute – P.33
- Interview for “While the Nation Slept – The Struggle of Small Innovative Businesses in the U.S.”, by David Metzger, Mascot Books, Sept. 2016, pp 213-215 and 241-243.
- Interview in “SBIR at the Department of Defense”, National Research Council of the National Academies, The National Academies Press, 2014, pp 378-385.
- “TRI SBIR Transitions” – Invited presentation, 2014 National SBIR Conference, Austin, TX.
Materials Division Director
John W. Bulluck has been leading TRI Austin’s materials development division since 1992. He holds an M.A. in Chemistry from Texas State University and a B.S. from Guilford College. Prior to joining TRI, Mr. Bulluck was a Senior Chemist with Seaward International and a Manager for Chemical Systems at E.R. Carpenter bringing with him an understanding of development of materials for manufacturing. He has expertise with a wide variety of chemistries including epoxies, polyurethanes, polyureas, polysulfides, acrylics and silicones. He has patented numerous new specialty materials, many of which have been transitioned into successful products.
- Wash-out Resistant Underwater Grease (USP #9,441,183)
- Ultraviolet Light Curing Compositions for Composite Repair (USP #9,248,468)
- Protective Coatings for High Strength Steels (USP #9,217,055)
- Room Temperature Cured Vinyl Silazane Compositions (USP # 8,809,445)
- Polyureasulfone Polymer (USP #8,440,778)
- Polysilazane Coatings (USP #8,394,889)
- Protective Coatings for High Strength Steels (USP #8,206,791)
- Chemically and Biologically Resistant Hydration System (USP #8,166,969)
- Polysilazane Coatings (USP #7,919,189)
- Coating with Amine Curing Agent, Epoxide-Containing Toughener, Epoxy Resin and Rubber Toughener (USP #7,465,477)
- Manufacturing Sides of Amine Curing Agent and Rubber Toughener and Epoxy Resin and Epoxide-Containing Toughener (USP #7,435,767)
- Coating with Sides of Amine Curing Agent and Rubber Toughener and Epoxy Resin and Epoxide-Containing Toughener (USP # 7,435,451)
- Ultraviolet Light Curing Compositions for Composite Repair (USP #7,291,657)
- Ultraviolet Light Curing Compositions for Composite Repair (USP #7,276,542)
- Ultraviolet Light Curing Compositions for Composite Repair (USP #7,144,544)
- Epoxy Coating (USP #7,037,958)
- Room Temperature Cured High Temperature and Load Dimensionally Stable Acrylate Adhesives (USP # 7,014,790)
- Two-part Adhesive with (Poly) (Meth) Acrylate in Part A and N, N-Disubstituted Aromatic Amine and Di (Meth) Acrylate in Part B (USP # 6,734,249)
- Coating with Primer and Topcoat Both Containing Polysulfide, Epoxy Resin and Rubber Toughener (USP # 6,632,860)
Engineering Division Director
Mr. Brushaber joined TRI Austin, Inc. in 2003 as a mechanical engineer focused on advanced composite structure technology development and transition. He has a BS in Mechanical Engineering from The University of Texas at Austin. His interests include high performance, multi-functional polymer matrix composites and nano-composites. He is experienced in metallic and composite product engineering; finite element analysis; product development; structural testing methodology, including: static loads, shock, vibration, thermal, environmental screening, and non-destructive testing. He is experienced with various composite manufacturing methods such as pultrusion, hand lay-up, compression molding, resin transfer molding (RTM), vacuum assisted resin transfer molding (VARTM) and filament winding. He performs material and manufacturing trade off studies using thermal, dynamic and static structural analysis and classical hand calculations on composite structures.
- Tire Deformation Sensor and Tire Inflation System (US Patent # 9,588,019 B2)
Business Development & Technology Transition Director
Located in the Washington DC area, Mr. Newton has over 20 years’ experience in successful business development, product development, and commercialization/technology transition. His experience includes license agreements, joint ventures, sales distribution, and direct sales and marketing to both government and commercial customers.
ARTEC Division Director
Cindy Hines joined TRI in 1994. Cindy began her career with TRI Environmental in the Protective Clothing Division working in the Permeation Lab, then managing the Physical Properties lab. Cindy moved over to the ARTEC division in 1998. Throughout the years her expertise in materials development, forensic evaluation of materials, new product design, and project management, Cindy assumed program management responsibilities is now the Director of the ARTEC Division.