Gehad G. Mohamed

Dr Gehad G. Mohamed is a Professor-level faculty member actively affiliated with King Saud University and Cairo University, recognized internationally for his prolific research in inorganic chemistry, materials science and environmental remediation technologies.

Education & Training:
While specific degree details are not provided, Dr Mohamed’s extensive publication record (350 articles, 7 535 citations) and leadership in multidisciplinary projects demonstrate advanced training in inorganic and analytical chemistry.

Research Focus:
His work integrates experimental synthesis with computational modelling to create nanomaterials and coordination complexes that solve environmental and biomedical challenges. Key themes include:

• Photocatalytic nanostructures (TiO₂/Fe₂O₃) for wastewater treatment
• Metal–organic frameworks (MOFs) for urea removal and water splitting
• Schiff-base complexes for therapeutic and sensing applications
• Advanced potentiometric sensors for trace-level detection of toxic metal ions

Recent Publication Trends (2020–2023):
An overwhelming majority of recent papers focus on nanomaterial-enabled environmental remediation, with strong representation in journals such as Spectrochimica Acta Part A and Journal of Molecular Structure. These works collectively push the boundaries of photocatalysis, sensor miniaturization and sustainable chemistry.

Sponsorship & Awards:
Dr Mohamed’s research has been continuously supported by globally recognized agencies:

• Japan Society for the Promotion of Science
• National Research Foundation
• World Health Organization
• National Science Foundation
• Deanship of Scientific Research, King Saud University

Students, Grants & Collaborations:
While individual student names are not listed, his 98.3 % co-authored publication rate indicates extensive mentoring and collaboration networks spanning Egypt, Sudan, Saudi Arabia and South Africa, facilitated by competitive international grants.

Laboratories & Teams:
Operating across King Saud University and Cairo University, Dr Mohamed leads interdisciplinary teams equipped for advanced spectroscopic, electrochemical and computational facilities, driving translational research from bench-scale synthesis to pilot-scale environmental testing.