Profile Details

Contact

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Hire Ghada S.

Egypt

Profile Summary

--I am highly passionate about Material sciences and Nano-sciences, with long and solid expertise in researching, analyzing, and consolidating scientific data into comprehensive reports and reviews. --I earned a Masters of science degree in Nanotechnology from the American University in Cairo, where I went through a long journey of studying nano-sciences in different categories of materials and their potential applications. --My thesis topic was studying the nano-structures of cavities within molecularly imprinted polymers using theoretical and experimental investigations. --My strong analytical skills and interdisciplinary background qualified me to co-author a book "Nanovate" about how companies managed the commercialization of their innovations based on nanotechnology. The book is published by Springer International Co.. --Currently I am managing a new project about the application of cost effective nanotechnology processing in the treatment of agricultural wastes. --I am looking forward towards ultimately fulfilling your needs in your project.

Subject Matter Expertise

• ☆ Polymer Chemistry
• ☆ Nanotechnology
• ☆ Agriculture
• ☆ Innovation Management

Services

• Writing
• Research
• Consulting
• Product Development

Work Experience

Technology management executive

NCTech Startup

August 2017 - Present

Regulatory affairs specialist

Egypt Ministry of Health and Population

August 2013 - December 2016

Education

MSc (Nanotechnology program, Chemistry department)

American University in Cairo

February 2013 - June 2016

BSc (Pharmacy and Biotechnology)

German University in Cairo

September 2007 - June 2012

Certifications

• Certification details not provided.

Publications

CONFERENCE POSTER

(2017). Implementation of a new computational strategy in the design of more effective molecularly imprinted polymers . Nanotech France 2017.

BOOK

(2017). Nanovate . Springer International Publishing.

SUPERVISED STUDENT PUBLICATION

(2016). Tailored-design of molecularly imprinted polymers with induced cavities of high conformational stability as new platforms for chemical sensing applications . AUC DAR.