Applied Physicist & Systems Engineer
Founder of D613 Labs & Breakthrough Materials and Technology. Combining solid-state physics, nanotechnology research, enterprise IT network scaling, and advanced software development.
Directing corporate IT strategy, network design, device lifecycle management, and systems engineering for high-growth start-ups and engineering-heavy technology clients. Act as virtual IT department and R&D consultancy lead.
Spearheaded enterprise MDM implementation and helpdesk automations. Managed tech ops for multiple high-traffic e-commerce systems, scaling network operations, and zero-trust policies.
Led digital modernization for Sensei.com and online resort systems. Standardized infrastructure across multiple wellness retreats, optimized cloud and vendor SaaS budgets, and engineered security compliance models.
Research Scientist at Intel Labs developing sensor data systems and thermoelectric cooling solutions. Process Technology Development Engineer at Technology & Manufacturing Group operating and maximizing ASM Eagle 12 PECVD tool availability for 14nm and 10nm nodes.
Researched earth-abundant materials and epitaxial thin-film heterostructures for photodetectors and photovoltaic cells. Achieved world record open-circuit voltage for cuprous oxide solar cells.
California Institute of Technology (Caltech)
GPA: 3.75 | Specialized in thin films, vacuum science, and solar cells.
California Institute of Technology (Caltech)
GPA: 3.75 | Core study in solid-state physics and thermodynamics.
University of California, Berkeley
Major GPA: 3.6 | Dual engineering curriculum.
IT Strategy, Unifi Enterprise Networks, AV Systems, Cloud Asset Management, and Site IT Operations.
Kandji, Microsoft Intune MDM, SSO workflows, automated onboarding pipelines, and JIRA service integrations.
Active Directory, Kerberos authentication, SAML/OAuth SSO identity configurations, and endpoint vulnerability compliance.
Materials Science, thin-film semiconductor diagnostics, failure analysis, metallurgy, and vacuum physics.
First edition | Published by D3 Publishing House
PCT/US2011/053814 | WO2012/04472
Published/presented in Kyoto, Japan
Special's Review, October 2012
Volume 319, Issue 1, Pages 39-43
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