I have been responsible for teaching practical basic biology, and advanced molecular biotechnology courses, including Biology I (Anatomy and Cell Biology), Vertebrates, Molecular Biology I, Biology II (Histology and Physiology), Cellular Structure & Cell Communication, Molecular Biology II, Introduction to Biotechnology, Bioinformatics, Cell & Molecular Biology (for the Biomedical Engineering Program, Faculty of Engineering), and Cell Culture Principles & Techniques.
Also, I am acting as a coordinator of academic and administrative affairs, with full responsibility for tasks, including registration, student support, academic advising, and faculty logistics, among others, as a member of the “Academic Advising”, “Quality Assurance & Accreditation”, “Devices & Labs Preparation”, “Exams Supervision & Control”, “Reporting & Events Documentation”, and “Coursera” committees.
I served as an MSc researcher under a contract between ASRT and Alexandria University, pursuing my master’s through the Scientists for Next Generation (SNG) program as part of a merit-based scholarship.
I was responsible for performing hematological, biochemical, microbiological, and parasitological diagnostic tests.
Education
MSc in Molecular Biology
Alexandria University
Coursework Year CGPA: 3.93/4.00 | Grade: Excellent (98.25%).
The coursework year included these courses: Genomics & Proteomics, Analytical Methods in Molecular Biology, Molecular Biology of RNA, Molecular Diagnostics, Cancer Biology, Animal Cell Culture and Tissue Engineering, Stem Cell Biology, Cellular and Molecular Immunology, and Research Methodology and Biosafety. Relevant Courses: Advanced Neurophysiology and Biometrices.
The master's thesis focused on evaluating the analgesic potential of betanin, a natural pigment derived from Beta vulgaris, in an inflammatory pain model by investigating its anti-inflammatory, antioxidant, and pain-associated miRNA-modulating effects.
Published a research article in a Q1-ranked, peer-reviewed journal.