A senior materials scientist and engineer with over two decades of research faculty experience at leading research institutions, specializing in carbon nanotube synthesis, functionalization, and advanced nanomaterial applications. Expert in nanomaterial design for energy storage, aerospace systems, field emission applications, and electronic packaging systems. This expert holds multiple U.S. patents and has successfully led significant research grants from federal government agencies and industry partners, with extensive and widely recognized published contributions to the peer-reviewed materials science literature.
Formal Education
- Ph.D. in Materials Science from Georgia Institute of Technology; Minor in Electrical Engineering
- M.S. in Metallurgical Engineering from Georgia Institute of Technology
- B.S. in Materials Engineering from Georgia Institute of Technology
Career Highlights
- Deputy Director, Innovation Initiatives at a major materials research institute
- Principal Research Engineer at a leading research organization with extensive experience on the research faculty
- Research projects included in three International Space Station missions and one heliocentric orbit mission
- Led significant research grants from federal government agencies and industry partners
- Patent holder with multiple awarded U.S. patents in advanced materials and nanomaterial applications
- Authored publications with numerous citations in peer-reviewed materials science journals
- Recipient of a prestigious materials science award from a leading professional society
- Served as president of a major materials science professional society
Expert Qualifications
- Retained as testifying expert witness in criminal and civil litigation involving nanomaterials and electronic packaging
- Provided expert testimony to state government science and technology committees
- Served as consulting expert in cases involving conductive anodic filament formation, carbon nanotube reliability, and materials failure analysis
- Extensive experience in failure mode analysis, accelerated life testing, and forensic investigation of materials-related product failures
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Frequently Asked Questions
What types of cases can this expert support?
This expert handles civil and criminal litigation involving nanomaterials and electronic packaging failures. They work on aerospace, military, renewable energy, and medical device cases, with particular experience in conductive anodic filament formation, carbon nanotube reliability, and forensic investigation of materials-related product defects.
What is this expert's technical background?
PhD in Materials Science (with electrical engineering minor), MS in Metallurgical Engineering, and BS in Materials Engineering. Currently Deputy Director of Innovation Initiatives at a major research institute, they've authored numerous peer-reviewed publications, hold multiple U.S. patents, and have served as president of a major materials science professional society.
What technologies does this expert specialize in?
Carbon nanotube synthesis and functionalization, chemical vapor deposition, field emission cathodes, electrochemical supercapacitors, Hall effect thrusters, and conductive anodic filament formation. They also have extensive experience with printed circuit board reliability, accelerated life testing, and failure mode and effects analysis.
- Carbon nanotube synthesis
- Chemical vapor deposition
- Field emission cathodes
- Electrochemical supercapacitors
- Hall effect thrusters
- Conductive anodic filament formation
- Printed wiring board reliability
- Accelerated life testing
- U.S. District Courts