TechnoGenesis, Founder
Founded TechnoGenesis to provide device level patent intelligence for physics driven innovation. Focus on patent search, technical dossiers, and university collaborations.
About
Strategic IP for Deep Tech Translating technical insight into defensible patents and commercial advantage.
Meletis Mexis
Patent analyst · Physicist and engineer
Meletis Mexis, PhD, is the founder of TechnoGenesis. A physicist turned patent information professional, he combines ten years of scientific research in quantum optoelectronics with eight years of industrial IP experience. Clients get direct access to a physicist who understands device physics, experimental constraints, and patent claim language — so technical evidence and IP strategy are aligned from the start.
QPIP exam board member
Member, CFIB — Francophone Patent Information Experts’ Group
Reviewer, Applied Physics Letters
Career Timeline
A present-to-past view of leadership, certification, and deep-tech patent expertise.
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2026
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2026
PEB FC3 Certification
Completed PEB FC3 certification in international patent law through CIPA (UK).
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2025
CNRS Innovation, Patent Engineer
Managed IP for physics and mechanics projects; prepared weekly patent committee briefings and coordinated prosecution strategy with external counsel.
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2023
QPIP Certification
Awarded Qualified Patent Information Professional certification; formal recognition of advanced patent information skills.
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2017–2025
Faurecia, Senior Patent Analyst
Led a team of patent analysts supporting vehicle cockpit R&D. Responsibilities included patentability studies, FTO analyses, landscaping, and continuous monitoring of competitor filings.
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2010-2015
CNRS Researcher; Marie Curie Fellow
Experimental research on micro lasers and optical resonators, with emission spanning deep UV to blue wavelengths. Work included device design, fabrication, and characterization; resulted in 21 peer reviewed publications.
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2009
PhD in Physics
Cardiff University, UK. Doctoral research on the characterization of quantum confined lasers and optical amplifiers (quantum dot and quantum well devices) with emission from the red to the near infrared, focused on performance metrics for telecommunications.