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I am also a CVD diamond growth specialist with a published history of high performance deliverables. I've increased yields, growth rates, quality and purity of diamond growth for startups and established companies. I've established entirely new CVD diamond laboratories with a focus on best-in-class performance and have supported the delivery of world-record performance figures. I've directly supported millions of dollars in research funded by the US Government and Fortune 100 companies.Recent deliveries include: Electronic grade diamond (single crystal and poly) with <5ppb nitrogen levels. Verified via liquid helium PL as well as EPR at GIA.3" optical (visibly flawless) polycrystalline diamond film, 400um thick, 10% thickness uniformityIsotopically enriched diamond growth (12C) while maintaining electronic grade purity for quantum applications.Selectively introduced 15N (1-20ppm) to a 12C diamond lattice for N-V applications.Single crystal growth rates of optical grade material at > 160um/hr.CVD reactor modifications and redesign to enable all of the above.Laboratory created diamond requires only plentiful materials and has no inherent barriers to cost parity with materials such as silicon or sapphire. With performance potential that traditional figures of merit cannot capture, diamond is truly the material of the future.
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PresidentEvolve Diamonds May 2020 - PresentHarvard, Massachusetts, United StatesEvolve Diamonds supplies diamond, diamond processing, metrology, and application engineering for laboratory-grown diamond. -
Vp Of Engineering And DevelopmentInternational Femtoscience Incorporated Dec 2022 - PresentNashville, Tennessee, United States -
Director Of Diamond Process TechnologiesPlasmability Inc Apr 2018 - Nov 2020Austin, TexasDeveloping processes and designing hardware for diamond growth on a novel plasma platform. Scalability, cost, and growth rates are all dramatically improved over other commercially available systems.First, developed processes to grow large gemstones in batches >10.https://www.gcalusa.com/certificate-search.html?certificate_id=301540001Then, refined the process to improve color.https://www.gcalusa.com/certificate-search.html?certificate_id=301640022Then, increased batch sizes to >20.https://www.gcalusa.com/certificate-search.html?certificate_id=302740005And finally combined the large batch size with high color grade.https://www.gcalusa.com/certificate-search.html?certificate_id=302740002 -
Technical Staff - Diamond Growth Lab ManagerMit Lincoln Laboratory Jun 2015 - Apr 2018Lexington, MaStarting from an empty cleanroom, I built up a CVD diamond growth facility with state of the art tools and hired skilled, experienced engineers. These tools were then extensively modified in hardware and software to meet rigorous program requirements in support of diverse DOD-supported applications requiring a Secret-level security clearance.RF Technologies Group, Advanced Technology Division -
OwnerEvolve Diamonds Mar 2014 - Jun 2015Wilmington, DelawareEvolve Diamonds was formed in March 2014 as a consulting firm offering process development, hardware development, and application engineering to companies interested in CVD diamond. -
Process Development EngineerApplied Diamond Inc. Apr 2012 - Mar 2014Wilmington, DeLed research efforts to expand product line, improve process yield, and develop new capabilities. In the first year, I reduced the average delivery time from greater than three months to less than one. Six of the eight quarters I was there set new company records for profitability. Though Applied Diamond had been growing CVD diamond for 13 years when I arrived, growth rates increased 100-150% (depending on application) and yield loss dropped by 75% in my 2 year tenure. Responsibilities:Operate and maintain all CVD diamond reactorsWrite SBIR/STTR proposalsConduct novel research in collaboration with customersFailure analysis & yield engineeringNew product development
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Postdoctoral Research AssociateVanderbilt University Dec 2011 - Mar 2012Greater Nashville Area, TnFailure analysis and process development for the creation of cold cathode field emitter arrays from CVD diamond. -
Graduate Research FellowVanderbilt University Jun 2005 - Nov 2011Greater Nashville Area, TnFailure analysis and process development for the creation of cold cathode field emitter arrays from CVD diamond. Also worked on thermally assisted field emission devices, laser-induced desorption of hydrogen from silicon, and diamond coatings on refractory metal filaments.
Travis Wade Phd Skills
Travis Wade Phd Education Details
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Material Science & Engineering -
Computer Engineering
Frequently Asked Questions about Travis Wade Phd
What company does Travis Wade Phd work for?
Travis Wade Phd works for Evolve Diamonds
What is Travis Wade Phd's role at the current company?
Travis Wade Phd's current role is CVD Diamond Engineering.
What is Travis Wade Phd's email address?
Travis Wade Phd's email address is t.****@****ity.com
What schools did Travis Wade Phd attend?
Travis Wade Phd attended Vanderbilt University, Vanderbilt University.
What are some of Travis Wade Phd's interests?
Travis Wade Phd has interest in Flyfishing, Backpacking, Home Improvement, Disc Golf, Racquetball, Photography, Mountain Biking.
What skills is Travis Wade Phd known for?
Travis Wade Phd has skills like Materials Science, Nanotechnology, Tem, Cvd, Characterization, Thin Films, Scanning Electron Microscopy, Silicon, Diamonds, Coatings, Fib, Chemical Vapor Deposition.
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