Mohamed Ghobashy

Growing up in Cairo, I developed a strong passion for science from an early age. I pursued my interests by obtaining a Bachelor's degree in Chemistry from the prestigious Ain Shams University. Driven by a desire to delve deeper into the fascinating world of polymers and materials science, I continued my academic journey, earning a Master's degree and eventually a Ph.D. from the same esteemed institution.
My doctoral research focused on the design and synthesis of smart polymers and nanocomposites, harnessing the power of ionizing radiation to create novel and innovative materials with unique properties. This cutting-edge work laid the foundation for my expertise in radiation chemistry and its applications in polymer science.
I completing my doctoral studies, I joined the Atomic Energy Authority (AEAE) as a researcher at the National Center for Radiation Research and Technology (NCRRT). This opportunity allowed me to further expand my knowledge and skills in the field of polymeric biomaterials, hydrogels, and nanocomposites, while contributing to the development of advanced materials for various applications.

Throughout my career, I have had the privilege of collaborating with renowned researchers and industry partners, fostering interdisciplinary exchanges and driving innovation in polymer science. My research has led to numerous publications in high-impact journals, books, and book chapters, solidifying my position as a recognized expert in the field.
In addition to my research endeavors, I have actively participated in academic pursuits, supervising and mentoring graduate students, teaching advanced courses, and serving on editorial boards of prestigious journals. This multifaceted experience has not only enriched my understanding of polymer science but has also honed my communication, leadership, and mentorship abilities.
With a deep-rooted commitment to translating scientific discoveries into practical applications, I have actively engaged with the Technology Innovation and Commercialization Office (TICO) at the AEAE. This collaboration has enabled me to explore the commercial potential of my research findings and facilitate the transfer of innovative technologies to industry partners and entrepreneurs.
Driven by an unwavering passion for science and a desire to push the boundaries of knowledge, I remain dedicated to advancing the field of polymer science and nanotechnology, contributing to the development of cutting-edge materials that can address real-world challenges and improve people's lives.

• The 2 nd of the number of publications for all EAEA authors Curriculum vitae
• Written BOOK
• Choosing my article to be the art cover of volume 5, Issue 34 of Curriculum vitae
• Communication skills Effective communication: listen to instructions and act on those instructions with minimal guidance
• And explain everything clearly
• Computer and technical literacy: basic computer software, wordprocessing, e-mail, spread sheets, and Internet navigation
• Problem-solving/Creativity: Problem- solving ability, and reaching a resolution by thinking critically and creatively
• Interpersonal abilities: Relationship-building and relationship-management are high priorities with colleagues
• Teamwork skills: The ability to work well with others .Diversity sensitivity: Ability to build rapport with others in a multicultural environment
• Planning and organizing: Prioritizing and organizing information
• Leadership and management: A strong sense of self, confidence, and a comprehensive knowledge of Institute goals
• Job-related skills As well as a broad range of multidisciplinary research programs of major chemistry including inorganic,organic and physical chemistry, materials science, nuclear chemistry, botany, Modern Practice of Gas Chromatography
• Introductory HPLC
• X-Ray Diffraction
• Extract and solved problem daily occurred by using of different Lab Instruments
• Processing and running different measurement devices such as DSC, FTIR, UV, TGA, AFM, DLS, XRD, HPLC, TEM, SEM and GPC
• Study in depth contains information about natural products, including: names and synonyms, formulae, chemical structures, extensive source data, uses and applications, physical state, melting point, boiling point, in Lab section the working hours were about 40%.study the quantitative and qualitative analysis methods were used to measure treated water acids
• Iron and lead ratios were specified in irrigation water and industry water
• ADDITIONAL INFORMATION
• Research interests I began my career on the design and application of new polymeric materials in all areas of applications, in particular adsorption science
• Also interested in the development of smart hydrogel systems by chemical modification for applications including agriculture proposals, and biomedical applications
• The majority of my research is undertaken in collaboration with polymer with metal and /or metal oxide in nanoscale for used as sensors and monitoring of metals detected in nanomoles
• Design and preparation of conducting conjugated polymer as films
• Specific interest is given to the characterization of interfaces of polymers and Ionic Polymer Metal Composite (IPMC), as an electroactive polymer (EAP) and magnetic polymer
• Application of radiation chemistry for the synthesis of polymer and hydrogel with a wide range of biomedical applications
• Further Research interests are focused on the examination of the swelling behavior of other kinds of polymeric material like (Organogel, fabric polymer, and grafted films for different applications like self-cleaning and self-healing hydrogel
• A new trend in organic synthesis of monomers has new features for specific applications
• Conferences Attend 2009 “Use of radiation processing for the development and enhanced the properties of polymer forindustrial and biological applications”… Atomic Energy Authority, Madina Nasr, Cairo.“Formulation of nano materials by irradiation processing” Atomic Energy Authority, Madina Nasr, Cairo.“ X-Ray Diffraction From Data Collection to Computational Analysis” the Egyptian Society of
• Crystallography and its Application (ESCA) Ras Sedr Sinai."ICRAST International conference on Application of Radiation Science and Technology""The scientific committee of the IBN SINA ARAB Conference on Heterocyclic Chemistry and its application."
• Workshop
• Proposal Writing Workshop" for PhD candidates (DAAD)
• Proposal Writing for master and PhD" (DAAD)
• Scientific Thinking And Argumentation Skills For Problem Solving"(DAAD)
• Problem Solving & Team Work Enhancement"(DAAD)
• Effective Cooperation in Teams Communication"(DAAD)
• 5TH AIN SHAMS UNIVERSITY WORKSHOP ON OILFIELD CHEMISTRY
• Protection of intellectual property" SDTF
• How to register a patent" SDTF Curriculum vitae
• Editorial Memberships
• BOOK EDITOR
• JOURNAL OF POLYMER SCIENCE
• Organic & Medicinal Chemistry International Journal
• Frontiersin site Frontiers In Chemistry in Polymeric and Composite Materials
• Title of the Book is "Acrylates" IntechOpen Limited,London
• Authored a book Chapter title: "Ionizing Radiation-Induced Polymerization" Book title: Ionizing Radiation
• Effects and Applications InTech, London 2018
• Chapter title:"super absorbent Book title:"Hydrogel"InTech, London 2018
• Participation in Exhibitions "Innovation for the future" at Ain shams university from 27 to 29 Apr
• Interbuild" May 2016 Cairo International Convention & Exhibition Centre
• Arbitration competitions Be innovative competition organized by ICMSE-RAG 2018 at E-JUST Borg El Arab
• HARAM EL-EBDAA COMPETITION, ALEX
• Educational Exploratory Centers, Cairo, Egypt
• Personal Skills Effective communication: listen to instructions and act on those instructions with minimal guidance
• And explain everything clearly
• Diversity sensitivity: Ability to build rapport with others in a multicultural environment Planning and organizing: Prioritizing and organizing information
• Leadership and management: A strong sense of self, confidence, and a comprehensive knowledge of Institute goals
• More interesting for working as a researcher and operator for different facilities and make plans of work by determent the target to achieve it in a short time and low cost without any risk
• Years of experience after PhD
• 10 years
• Major and specialization/concentration polymer and biomaterials compounds and metal polymer nanocomposite
• H-index, the total number of citations 1012, Google scholar link, ORCID number 0000-0003-0968-1423
• Number of publications and role in each of Q1 43, Q2 60, Q3-, and Q4- journals in the last five years
• The number of publications and role in non-indexed journals
• Number of published books and role 6
• Number of the published chapter of books and role 6
• Number of Graduate Students supervised and the role 16
• Awards and Grants (with the role and budget amount)
• Teaching, research, and service philosophy 3
• Three referees' contact information (physical and email addresses as well their telephone contact).1- Ghada Bassioni (ghada_bassioni@eng.asu.edu.eg) 2- M
• S
• A
• Abdel-Mottaleb (solar@photoenergy.org ) 3- Al-Sheikhly, Mohamad mohamad@umd.edu