George Efram

Licensing Manager at American University in Cairo

Egypt · CairoJoined February 2026

Describe it (summary)

The American University in Cairo (AUC) is committed to teaching and research of the highest caliber and provides exceptional liberal arts and professional education in a cross-cultural environment. With a diverse campus community and strong academic ecosystem, AUC advances research, applied innovation, and real-world impact in Egypt and beyond. AUC’s Technology Transfer Office supports this mission by protecting university intellectual property and partnering with industry to license technologies and enable spin-outs.

Work Experience (1)

Technology Licensing Officer

American University in Cairo

February 2025 - Present

Egypt

Acted as liaison between inventors and legal counsel to facilitate the patenting and commercialization of university developed technologies.
o Coordinated patent filings, conducted prior art searches, and assessed the commercial viability of inventions across disciplines.
o Drafted and reviewed IP-related agreements, including NDAs, MoUs, and licensing proposals, ensuring alignment with institutional policy.
o Participated in inventor consultations, invention disclosure evaluations, and committee meetings to support IP protection strategy.
o Supported the development of outreach material (e.g., infographics, website content) to promote innovation and raise awareness among researchers.

Academic Studies (2)

Master's of Science

American University in Cairo

February 2021 - February 2026

Environmental Engineering

Bachelor's

American University in Cairo

September 2015 - June 2020

Construction Engineering

Research areas of interest (10)

  • Industrial manufacturing, Material and Transport Technologies
  • Energy Technology
  • Biological Sciences
  • Sustainability
  • Digitalization
  • and 5 more

George Efram didn't publish any Technology Call yet

This technology covers MEMS antenna devices, systems, and manufacturing methods that achieve isolation between the antenna structure and the driving circuitry using a ground-plane isolation approach, including embodiments that can be fabricated using a single silicon wafer (reducing fabrication comp[…]

A rapid, colorimetric nucleic-acid detection approach that uses unmodified colloidal gold nanoparticles (AuNPs) and a sequence-specific oligonucleotide “oligotargeter”. After hybridization of the oligotargeter to a target nucleic acid (optionally following amplification), AuNP aggregation behavior c[…]

This technology relates to asymmetric polymer–carbon nanotube (CNT) composite porous membranes for water filtration and desalination. The membrane integrates randomly oriented (optionally functionalized) CNTs within a polymer matrix in a single membrane layer, and is manufactured using a scalable ph[…]

This technology relates to a voltage regulator architecture that generates a regulated output from an input voltage using a switched-capacitor circuit that periodically produces multiple intermediate voltage levels, followed by a low-pass filter to provide the regulated output. The approach uses pha[…]

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