Mahmoud Abo El Makarim Mohamed M. Saleh
PhD candidate in Natural Sciences
Profile summary
PhD candidate in natural sciences (bioorganic chemistry) with experience in analytical and preparative chemistry. Proficient in HPLC, UV/VIS, and the interpretation of NMR, MS, and IR spectra. Structured, precise, and team-oriented with a high level of responsibility and experience in the GMP environment.
Career highlights
PhD Scholarship (DAAD): Awarded a highly competitive DAAD PhD Scholarship (Research Grants – Doctoral Programmes in Germany, 2019/20), fully funded for 4.5 consecutive years.
Publications (8): Published eight peer-reviewed scientific articles in the fields of pharmaceutical analysis and organic synthesis. Served as corresponding author on six publications and first author on the most recent one.
Key skills
Professional experience
• Finalization and publication of the PhD dissertation
- Finalization and publication of the PhD dissertation
• On-site support for customers (performing WFI & pure steam sampling in the GxP area, logging GxP values and transferring them to the QC laboratory, assisting with the verification of relevant SOPs) • Conducting research for the marketing department (support in the medical cannabis area)
- On-site support for customers (performing WFI & pure steam sampling in the GxP area, logging GxP values and transferring them to the QC laboratory, assisting with the verification of relevant SOPs)
- Conducting research for the marketing department (support in the medical cannabis area)
• Accreditation-related tasks (Our achievement: accredited laboratory) • Registration (QC-related) for new pharmaceutical brands in Egypt • Regular inspection QC for pharmaceuticals prior to release into the Egyptian market
- Accreditation-related tasks (Our achievement: accredited laboratory)
- Registration (QC-related) for new pharmaceutical brands in Egypt
- Regular inspection QC for pharmaceuticals prior to release into the Egyptian market
Education
Title of the dissertation: Urease- and laccase-catalyzed reactions using aldehydes and derivatives thereof as substrates
Title of the thesis: Development and Validation of Analytical Methods for the Determination of some Oral Hypoglycemic Drugs