Youssef ahmed elmghawry

Pharmacy · Product Designer · Project Manager

Pharmacy Student | Aspiring Clinical Pharmacist

Egypt

About me

Passionate about clinical pharmacy and patient-centered care

I am a third-year Pharmacy student at Sinai University with a strong interest in Clinical Pharmacy and patient-centered healthcare. Through my pharmacy training, I have gained introductory experience in prescription reading, medication identification, and interacting with patients under the supervision of a pharmacist. I am passionate about expanding my pharmaceutical knowledge, strengthening my communication and problem-solving skills, and understanding how evidence-based medicine can improve patient outcomes. My goal is to continue developing my clinical knowledge and practical skills while working toward becoming a competent and dedicated clinical pharmacist.

Pharmaceutical knowledge, clinical learning, and professional skills

Group 1

  • Prescription Reading
  • Basic Drug Knowledge
  • Medication Identification

group 2

  • Communication
  • Teamwork
  • Problem-Solving
  • Research & Information Gathering
  • Computer Skills

Experience

Pharmacy Trainee — Community Pharmacy
2023-2026
  • Gained introductory experience in prescription reading and medication identification
  • Observed patient interactions under the supervision of a pharmacist
  • Developed an understanding of the community pharmacist's role in patient care

Education

Bachelor of Pharmacy (Undergraduate)

Sinai University

Third-year Pharmacy student with an interest in Clinical Pharmacy and patient-centered care.

Projects

olive
Pharmacognosy | Medicinal Plants | Olive Leaf

olive

🌿 Discover the Power of Olive! Ever wondered about the medicinal benefits of olive leaves? 🫒 Explore the botanical origin, active constituents, chemical tests, therapeutic uses, and olive-based products available in the market. 📚 A simple guide to understanding the science behind olive! ✨ Open the PDF and discover more!

ph meter
Pharmaceutical Science

ph meter

An educational project exploring buffer solutions, their types, properties, buffer capacity, and the Henderson–Hasselbalch equation, with a focus on their applications in pharmaceutical science, drug stability, and biological pH regulation.

Buffer Solutions : Principles & Pharmaceutical Applications
Pharmaceutical Science

Buffer Solutions : Principles & Pharmaceutical Applications

An educational project exploring buffer solutions, their types, properties, buffer capacity, and the Henderson–Hasselbalch equation, with a focus on their applications in pharmaceutical science, drug stability, and biological pH regulation.

Caffeine : Structural & Spectral Analysis
Chemistry & Pharmaceutical Analysis

Caffeine : Structural & Spectral Analysis

Caffeine – Chemical Profile and Spectral Analysis 1. General Information - IUPAC Name: 1,3,7-Trimethylpurine-2,6-dione - Chemical Formula: C8H10N4O2 - Molecular Weight: 194.19 g/mol Caffeine is a natural stimulant found in coffee, tea, and chocolate. It helps increase alertness and reduce tiredness. 2. Chemical Structure Caffeine is a heterocyclic compound containing four nitrogen atoms, two carbonyl groups, and three methyl groups. 3. IR Spectrum IR spectroscopy identifies functional groups in caffeine. - Around 2950–3000 cm-1: C-H stretching. - Around 1650–1700 cm-1: C=O stretching. - Around 1500–1600 cm-1: Ring vibrations. These absorption bands help identify the functional groups in caffeine. 4. 13C NMR Spectrum Carbon-13 NMR identifies different carbon environments. - Around 150–155 ppm: Carbonyl and ring carbons. - Around 105–150 ppm: Other ring carbons. - Around 25–35 ppm: Methyl carbons. 5. 1H NMR Spectrum Proton NMR identifies different hydrogen environments. - Around 7.5–8.0 ppm: One ring proton. - Around 3.2–4.0 ppm: Hydrogen atoms of the three N-CH3 groups. 6. Mass Spectrum Mass spectrometry determines molecular mass and fragmentation. - m/z 194: Molecular ion. - m/z 166: Fragment ion. - m/z 138: Major fragment ion. - m/z 109 and 82: Smaller fragment ions. These peaks help confirm the molecular mass and structure of caffeine. 7. Fun Fact Caffeine blocks adenosine receptors in the brain, helping people feel more awake and alert.

Contact

Let's talk pharmacy

Looking for a trainee, a study partner or a project collaborator? Send a short note and you'll get a plain reply.