The College of Biotechnology – Misr University for Science and Technology is committed to graduating Biotechnology specialists in accordance with accredited academic standards, who meet the needs of the local and regional labor market in the Medical, Pharmaceutical, Agricultural, and Environmental sectors. The College also conducts innovative scientific research and provides community services within the framework of progressive values, in a manner that achieves the goals of sustainable development in light of Egypt’s Vision 2030.

To be a leading College in the field of Biotechnology at the local, regional, and international levels.

• Student Guide

1. Enhancing institutional capacity to maintain the College competitive position
2. Maintaining academic accreditation and developing the quality assurance systems within the College.
3. Consolidating the College position as a leading scientific institution in the fields of biotechnology.
4. Developing the scientific research and postgraduate studies system in alignment with sustainable development goals.
5. Strengthening the College role in community service and environmental development.

Student’s Labs

• Lab A, Biotechnology’s Building 
• Lab B, Biotechnology Building
• Lab 301, Student Service Building (SS)
• Lab 302, Student Service Building (SS)
• Lab 522, Mass communication building (MC)
• Lab 521, Mass communication building (MC)
• Lab 417, Student Service Building (SS)
• Lab 114 B, Student Service Building (SS)
• Lab 113 B, Student Service Building (SS)

Research Labs

• Genetic Engineering Lab
• Plant Tissue Culture Lab
• Animal Tissue Culture Lab
• Molecular Diagnosis Lab

Welcome to the College of Biotechnology.

It is my honour to welcome you to an institution dedicated to excellence in one of the most influential scientific fields of our time. Biotechnology stands at the forefront of global progress, shaping the future of healthcare, agriculture, industry, and environmental sustainability. As the world faces complex challenges from emerging diseases to climate change and food security, the need for innovative biotechnological solutions has never been greater. Your decision to study biotechnology is therefore not only academically significant but also vital to addressing the critical needs of society.

At the College of Biotechnology, we offer an academic environment that promotes rigorous scientific training, ethical responsibility, and research-driven innovation. Under the mentorship of distinguished faculty members, you will develop the knowledge and analytical skills needed to translate fundamental biological understanding into practical solutions, such as novel diagnostic tools, therapeutic strategies, sustainable technologies, agricultural innovations, vaccines, and bio-based industrial applications. In doing so, you will be prepared to make meaningful contributions to human health, environmental protection, and sustainable development, supporting global sustainability priorities and advancing the United Nations Sustainable Development Goals (SDGs) for the benefit of communities, industries, and future generations.

As you begin your academic journey, I encourage you to approach every challenge with determination, intellectual curiosity, and a commitment to excellence. Your time here will shape your scientific identity and prepare you to become leaders in biotechnology research, innovation, and practice.

Once again, welcome to the College of Biotechnology. I look forward to witnessing your achievements and contributions to this vital and ever-evolving field.

Prof. Dr. Hala F. Eissa
Dean, College of Biotechnology

• Primer Design Workshop: Strategies for Effective Primer Design
• Molecular Docking and Drug Design Workshop: Understanding Protein-Ligand Interactions
• SNP Analysis Workshop: Unraveling Genetic Variations
• RNA-Seq Analysis Workshop: From Data Generation to Interpretation
• Whole Genome Bacterial Identification Workshop: Techniques and Applications
• Scientific research title: how to craft it.
• Impact factor vs quartile
• How to submit a paper
• Secrets of P-value
• How to write a scientific paper
• First aid measures 
• Prevention of communicable diseases 
• Prevention of non-communicable diseases 
• Infection control 
• Quality assurance 
• Evidence-based medicine
• Clinical nutrition and dietetics 
• General epidemiology 
• Epidemiology of communicable and non-communicable diseases
• Drug discovery (Structure elucidation of bioactive natural products)
• proteome analysis
• Biofertilizers and biopesticides: From lab to the market
• Biological treatment and recycling of Industrial wastewater
• Theories of wellbeing 
• Eco-friendly candle making workshop. 
• Plastic pollution and climate change 
• Reusable bottles Garden 
• Time management workshop 
• How to write a CV
• Production of high-quality organic fertilizers using recent techniques of biotechnology and mitigate climate changes: (Aerated static composting, Encapsulated bacteria and Enzymes, Solid state fermentation, Applications of Artificial intelligence to process techniques). 
• Applications of biotechnology in Wastewater treatment plants and mitigate climate changes: (Conventional treatment plants, Sequential Batch reactors, Collaboration with Artificial intelligence).
• Applications of biotechnology in the production of energy resources and mitigate climate changes: (Bioethanol production, Green Biohydrogen production).
• Production of biopesticides and study its effects against plants pathogens and mitigate climate changes: (Lab scale production, large scale production).
• Applications of recent techniques of biodegradation to solve environmental problems.
• Strategic Planning
• External audit of higher education institutions
• Self-evaluation of higher education institutions
• Effective teaching and learning strategies.
• Organizing examinations and evaluating students in higher education institutions
• International publishing of scientific research
• Internet applications in administrative work
• Safety, health, and occupational health procedures in laboratories

1. memorandum of understanding between the College of Biotechnology, Misr University for Science and Technology and the University of Kuopio in Finland.

This memorandum aims for international cooperation and academic and student exchange between the two sides.

2. A memorandum of understanding between the College of Biotechnology, Misr University for Science and Technology, and the School of Biology, Newcastle University, England.

The objective is to foster international collaboration and facilitate the exchange of academics and students between the two parties.

3. A letter of international cooperation structure between the College of Biotechnology, Misr University for Science and Technology, and Glasgow Caledonian University in Scotland.

This letter aims to seek to achieve a joint scientific cooperation agreement between the two sides.

4. A memorandum of understanding between the College of Biotechnology, Misr University of Science and Technology, and the Faculty of Science, University of Hong Kong, China.

This memorandum aims to agree to provide education and training in scientific research for graduates.

5. A letter of international cooperation structure between the College of Biotechnology, Misr University of Science and Technology, and the Indian Center for Regenerative Medicine and Engineering, Faculty of Medicine, University of India.

This letter aims to seek to achieve a joint scientific and research cooperation agreement between the two sides.