I have 10 years of teaching experience in Human Physiology and Pharmacology, with a proven record of helping students understand even the most complex concepts. My teaching style is clear, structured, and student‐focused, ensuring excellent results and strong academic improvement. I also run an educational YouTube channel where I explain physiology and pharmacology topics in simple, easy‐to‐learn ways. Students appreciate my professional attitude, dedication, and ability to make difficult topics easy.

My class descriptions involves learning all four natural sciences with stepwise approach.Below is what we are going to cover briefly in every science subject; 1.BIOLOGY: We will cover the following topics; •Classification and characteristics of living organisms •Cells •Cells and Solutions •Nutrients and their uses •Plant Nutrition •Enzymea •Animal Nutrition •Excretory System •Endocrine System •Nervous System •Reproduction •Contraceptives •Immune System •Excretory System 2.CHEMISTRY: We will cover the following topics; •Particle arrangement of matter •The Covalent bonding •Acids,Bases and Salts •The periodic table •Extraction of metals •Rate of chemical reactions •Chemical energetics •Non Metals •Chemistry of the environment •Organic Chemistry 3. PHYSICS: We will cover the following topics; • Physical quantities and measurements •S.I units and their conversions •Matter Density,Volume and Mass •Weight •Motion •Force •Electromagnetic Spectrum •Soutu •Electricity •Transformer •Radiation

Interactive and simplified medical lectures aimed at understanding and connecting information rather than relying solely on memorization. The lecture may cover various medical subjects, such as: Anatomy, Physiology, Biochemistry, Histology, Embryology, Pathology, Microbiology, Pharmacology, Parasitology, Immunology, Pediatrics, Obstetrics & Gynecology, Family Medicine, and Psychiatry During the lesson we will work on: * The topic is explained step by step in a clear and simple way. * Explaining medical terms and concepts in an academic manner, simplifying them when necessary. * Linking new information to basic concepts and prior information to form a complete picture of the subject. * Focus on the important points and high-yield points that need to be thoroughly understood and reviewed. * Discuss the difficult questions and points and make sure the student understands before moving on to a new part. * Solve practical and evaluative questions to ensure comprehension of the content. * Review the most important points at the end of the lesson and identify what needs further study or review. Providing practical tips for organizing study, revision, and exam preparation. The level and pace of the explanation are adapted to the student's needs, whether the goal is to understand a new topic, review the curriculum, solve problems, or prepare for an exam.

Taught in English, this course introduces the theory, algorithms, and computational techniques used to model biological macromolecules and enzymatic processes. Students learn to set up atomistic simulations, analyze protein dynamics, and model biomolecular interactions using industry-standard tools. Emphasis is placed on structural bioinformatics, molecular docking, and quantum-classical (QM/MM) approaches applied to modern biophysical problems.