Career spanning advanced ceramics, engineered composites, high-temperature materials, and technical commercialization across aerospace, semiconductor, industrial, and defense sectors. Recognized for building and scaling materials technologies, leading multidisciplinary teams, and developing innovative solutions for complex engineering challenges. Extensive experience across consulting, corporate R&D, operations management, and entrepreneurial leadership. Known for guiding full lifecycle development of materials and composite systems from research through production.
Materials engineering and advanced ceramics expert with deep experience in composites, high-temperature materials, and technical product development. Career includes leadership roles across aerospace, industrial, and semiconductor sectors, as well as long-standing consulting and entrepreneurial ventures. Known for driving innovation, commercialization, and manufacturing advancement.
Advanced expertise in ceramic, graphite, polymer, and composite materials
Strong record of commercializing new materials and engineered products
Leadership across R&D, operations, program management, and business development
Deep experience in scale-up, process optimization, and technology transfer
Proven success driving revenue growth and establishing new markets
Broad technical consulting capabilities across multiple industrial sectors
Ability to manage complex multidisciplinary technical programs
Track record of innovation with dozens of patents and publications
Ceramic composites, metal matrix composites, polymer matrix composites
Technical ceramics, graphite materials, ceramic insulation products
SiC materials, refractory systems, high-temperature coatings
Ceramic proppants, ceramic adhesives and coatings, anti-eutectic materials
Aerospace materials systems, TPS materials, radar-absorbing coatings
Casting ceramics, ceramic cores, investment casting materials
Thermal management materials, wear materials, armor materials
Process equipment design, composite fabrication, machining technologies
Owner & President, CeragraphiSolutions (6/2018–Present)
Owner & President, Ceramaterials (9/2006–6/2018)
Program Manager, Starfire Systems (12/2005–9/2006)
Director of Product Development, M Cubed Technologies (10/2004–12/2005)
Materials Technologist & Program Manager, Pratt & Whitney (9/2000–9/2004)
Program Technical Leader, Pratt & Whitney (12/1999–9/2000)
Project Engineer & Manufacturing Technology Manager, Pratt & Whitney (8/1996–12/1999)
Engineering Consultant, DuPont Corporation (7/1995–5/1996)
Joint Venture Project Manager, Alanx Products (2/1994–2/1995)
Operations Manager, Alanx Products (4/1992–2/1994)
Technical Manager, Alanx Products (2/1988–4/1992)
Senior Research Engineer, Lanxide Corporation (9/1985–2/1988)
Research Ceramic Engineer, Arwood Corporation (7/1983–8/1985)
Consultant / Research Intern, Rutgers University (9/1978–6/1983)
Founded and led two successful advanced materials companies, reaching multimillion-dollar sales
Commercialized multiple new ceramic, graphite, and composite products
Developed new ceramic proppants using recycled glass materials
Created graphite-based adhesives, coatings, and anti-eutectic solutions
Designed and patented ballistic-resistant CMC armor systems (DARPA)
Awarded 46 patents across materials and process innovations
Managed $5.5M aerospace and DoD technical programs
Developed ultra-high-temperature nano-composite materials for TPS systems
Implemented major cost and performance improvements in aerospace composite coatings
Scaled manufacturing operations to quadruple production capacity
Led international technology transfer programs in Japan and Germany
Developed refractory materials adopted in high-temperature corrosive environments
Established new semiconductor and thermal management markets for SiC composites
Ph.D., Ceramic Science and Engineering, Rutgers University (1983)
M.S., Ceramic Science and Engineering, Rutgers University (1982)
B.S., Chemistry, Rutgers University (1978)
Drove major advancements in ceramic, composite, graphite, and high-temperature materials, influencing product platforms across aerospace, industrial, defense, and semiconductor markets.
Enabled successful commercialization of numerous engineered materials, processes, and component technologies that remain in active production and deployment across multiple industries.
Guided multinational technology transfer initiatives, establishing new global manufacturing capabilities and accelerating the adoption of advanced material systems.
Led innovation resulting in dozens of U.S. patents, publications, technical reports, and conference contributions, shaping industry standards and next-generation material solutions.
Delivered significant cost reductions, performance improvements, and operational efficiencies through process optimization, scale-up, and advanced materials engineering.
Years of Experience
Papers Published
Patents Held