Teaching Excellence

Inspiring the Next Generation of Chemists

Teaching Philosophy

My teaching philosophy centers on creating an engaging, inclusive, and innovative learning environment that fosters critical thinking and scientific curiosity.

I believe that effective chemistry education should combine theoretical knowledge with practical applications, encouraging students to see the relevance of chemistry in solving real-world problems.

Teaching Methodologies

Active Learning

Engaging students through interactive demonstrations, problem-solving sessions, and hands-on laboratory experiences.

01

Technology Integration

Utilizing modern educational technology and computational tools to enhance understanding of complex chemical concepts.

02

Research-Based Teaching

Incorporating current research findings and methodologies into the curriculum to keep content relevant and exciting.

03

Collaborative Learning

Promoting teamwork and peer-to-peer learning to develop communication and leadership skills.

04

Courses Taught

Undergraduate Courses
Organic Chemistry I & II

Core course covering fundamental organic chemistry principles

4 Credit Hours Required
Dye Chemistry

Specialized course on synthetic dyes and their applications

3 Credit Hours Elective
Carbohydrates Chemistry

Advanced study of carbohydrate structure and function

3 Credit Hours Elective
Organometallic Compounds

Introduction to organometallic chemistry and catalysis

3 Credit Hours Elective
Laboratory Courses
Organic Chemistry Laboratory

Hands-on synthesis and characterization techniques

Lab Course 2 Credit Hours
Advanced Organic Synthesis Lab

Complex multi-step synthesis projects

Lab Course 3 Credit Hours
Instrumental Analysis Lab

Modern analytical techniques and instrumentation

Lab Course 2 Credit Hours
Research Methods in Chemistry

Introduction to research methodology and techniques

Seminar 1 Credit Hour

Student Supervision

Master's Students

3

Currently Supervised

  • Advanced Chemosensor Development
  • Nanomaterial Synthesis
  • AI Applications in Chemistry

Doctoral Students

4

Currently Supervised

  • Supramolecular Chemistry
  • Photocatalytic Materials
  • Electrochemical Studies
  • Drug Discovery

Teaching Materials & Resources

Lecture Notes

Comprehensive lecture notes covering all major topics in organic chemistry with real-world examples and detailed explanations of complex concepts.

Video Tutorials

Interactive video content explaining complex chemical mechanisms and laboratory procedures available on our YouTube channel.

View Videos
Lab Manuals

Detailed laboratory manuals with safety protocols, experimental procedures, and comprehensive guidelines for practical work.

Academic Support & Help

Get assistance with coursework, research guidance, and answers to frequently asked questions.

Contact for Help

Teaching Achievements

Excellence Award

Outstanding Teaching Recognition

Al-Azhar University, 2023
Student Rating

4.8/5.0

Average Student Evaluation
Students Taught

500+

Over Career Span
Courses Developed

8

New Course Curricula

Teaching Innovation

Digital Learning Tools
  • Interactive molecular modeling software
  • Virtual reality chemistry laboratory
  • AI-powered homework assistance
  • Online quiz and assessment systems
  • Video-based reaction mechanism tutorials
Active Learning Strategies
  • Flipped classroom methodology
  • Peer instruction and group problem solving
  • Case-based learning with real industry problems
  • Research-based capstone projects
  • Cross-disciplinary collaboration exercises

Office Hours & Academic Support

Office Hours

Regular Hours:

  • Sunday - Thursday: 10:00 AM - 2:00 PM
  • By Appointment: Available upon request

Location:

Room 304, Chemistry Department
Faculty of Science, Al-Azhar University

Academic Support

Available Support:

  • Individual tutoring sessions
  • Research project guidance
  • Career counseling and advice
  • Graduate school preparation
  • Industry internship assistance
Schedule Appointment