During the sessions, students presented their innovative research proposals before a panel of two distinguished academic examiners. The event marked the culmination of a comprehensive academic journey that integrated immersive lectures, insightful guest speaker sessions, and supervised field visits, all aimed at bridging theoretical knowledge with practical, real-world applications.

The presented posters showcased a diverse range of forward-thinking topics in biotechnology, with a strong focus on developing competitive project proposals aligned with the Science and Technology Development Fund (STDF) criteria. These projects covered cutting-edge fields such as 3D printing and artificial intelligence, marine biotechnology, phytoremediation, food biotechnology, pharmaceutical biotechnology, and drug design.

What distinguished this cohort was not only the scientific depth of their work but also its strong relevance to global challenges. Many projects addressed critical societal and environmental issues, proposing innovative and sustainable solutions aligned with circular economy principles. Collectively, these efforts contribute to the achievement of the United Nations Sustainable Development Goals (SDGs), reflecting a strong commitment to responsible, impactful, and future-oriented scientific innovation.

MSA University extends its heartfelt congratulations to all participating students for this remarkable achievement. Their creativity, dedication, and scientific passion continue to shape the future of biotechnology and contribute meaningfully to both national and global scientific advancement.

The award-winning project, titled “Loopet: Smart Utilization of Poultry Waste into Functional Biomass for Use in Aquaculture and Pet Food within Egypt’s Bioeconomy,” was developed by students Radwa Kamal, Rahma Hussein, and Research Assistant Moaz Mandour. The project presents an innovative approach to sustainability by transforming poultry waste into valuable bio-resources, contributing to environmentally responsible solutions and supporting Egypt’s bioeconomy.

Notably, the project had previously secured second place at UNESCO 2026, further highlighting its scientific value and global relevance.

The research was conducted at the Prototype Research Lab, Faculty of Biotechnology, MSA University, under the supervision of:

• Dr. Ahmed Gomaa, Principal Investigator of the Lab
• Prof. Dr. Jehan Safwat, Vice Dean of the Faculty
• Prof. Dr. Ayman Diab, Dean of the Faculty

This achievement reflects the excellence of MSA Biotechnology students in research and innovation, and underscores their ability to develop impactful, sustainable solutions that address real-world environmental and industrial challenges.

The 9th Biotechnology Horizons 2050 Symposium opened with remarks by Dr. Mahmoud Suleyman, Complex Genome Analysis course instructor.

Students then presented their review articles, reflecting strong research skills and teamwork.

The symposium featured a distinguished lineup of speakers: Dr. Christina Vimala Supramaniam, a Senior Lecturer in Biotechnology and Programme Leader for MSc Biotechnology at the University of Greenwich, UK, specializing in DNA sequencing and sustainable biotechnology; Dr. Arwa Mo’men Elhabbaa, former Bioinformatics Specialist at Colors Medical Lab and Teaching Assistant at H3ABioNet, with expertise in genomics and computational biology and Ms. Yasmin Hatem, a Senior Research Associate at Children’s Cancer Hospital 57357, focusing on tumor metabolism and drug discovery.

The day concluded with student artifact presentations, showcasing creativity and innovation.

It was a day where legacy meets innovation, and ideas evolve into impact.

The event was held under the auspices of Prof. Dr. Ayman Diab, Dean of the Faculty; Prof. Dr. Gehan Safwat, Vice Dean for Student Affairs; and Prof. Dr. Rania Momtaz, Professor of Bioarchaeology at the faculty, as part of the institution’s commitment to providing exceptional scientific and cultural activities.

The event was honored by the presence of Dr. Nawal El-Degwi, Head of the Board of Trustees; Dr. Engy Mansour; and Prof. Dr. Nader El Bokle, President of the University, alongside faculty deans, the Director of the Egyptian Museum, a distinguished group of archaeologists, faculty members, and students.

Dr. Zahi Hawass delivered a captivating lecture, taking the audience on a journey deep into ancient Egyptian civilization. He showcased prominent archaeological discoveries and the secrets of the Pharaohs, imbuing the day with an inspiring scientific character that reflects the grandeur and richness of Egyptian history.

Additionally, he presented two signed copies of his books—one to Dr. Nawal El-Degwi and the other to the University Library.

At the conclusion of the event, attendees expressed their great admiration for the lecture, emphasizing that such activities contribute to enhancing students’ cultural and scientific awareness and strengthening their connection to their great identity and history.

The conference serves as a scientific platform that aims to support innovation and strengthen the link between scientific research and industrial applications, through showcasing outstanding research projects and providing networking opportunities with supporting entities and specialized companies.

The students presented their graduation project entitled: “The Fructose–Pyrimidine Axis as a Metabolic Vulnerability in Aggressive vs. Non-Aggressive Breast Cancer,” which was awarded the Best Research Idea Award in recognition of its innovation and scientific impact.

The project was presented by:

• Yousef Selim
• Yousef Emad
• Malak Mohamed
• Nada Mahmoud

In addition to this remarkable achievement, the team received valuable support and opportunities from leading industry partners, including: Agitech, Plasma, Gene Era, and GESR, further empowering them to advance their research toward real-world applications.

This accomplishment highlights the dedication, creativity, and scientific excellence of MSA students, and reinforces the university’s commitment to supporting innovation and impactful research.

Congratulations to our talented students on this well deserved success we look forward to witnessing their continued achievements.

The sessions began with Dr. Haiam M. Aboul-Ela, Associate Professor of Marine Biotechnology and Head of the Aquaculture Department at AASTMT. She delivered two insightful lectures on marine biotechnology innovations, highlighting applications in sustainable aquaculture, drug discovery, and environmental conservation, with special emphasis on SDG 14 (Life Below Water). She also provided practical guidance on securing STDF funding to support marine biotechnology research projects.

Following this, Dr. Ahmed Gomaa, Associate Professor at the Faculty of Biotechnology, presented two sessions exploring prototyping principles and the multidisciplinary role of biotechnology in driving innovation. He showcased the Faculty’s Research, Development, and Innovation (RDI) initiatives, including start-ups, patents, and industry collaborations.

Together, these sessions offered students valuable perspectives on both marine and industrial biotechnology, reinforcing the importance of cross-disciplinary approaches in addressing real-world challenges.

A group of 26 students, accompanied by two staff members, had the opportunity to tour both the dairy and fermented products facility as well as the beverages manufacturing plant. Throughout the visit, students observed advanced production lines, quality control protocols, and industry-standard safety procedures. This hands-on experience offered valuable insight into large-scale manufacturing processes, innovative technologies, and the rigorous quality standards that characterize the biotechnology-driven food production sector.

This initiative underscores the Faculty’s dedication to bridging academic knowledge with real-world industrial applications, ensuring that students gain practical perspectives that enhance their professional preparedness and future career readiness.

The training was delivered by Dr. Hany Aboul Naga, a distinguished Egyptian clinical nutritionist, author, and media figure. As the Founder of the Fitness & Dance Academy (FDA) and CEO of H-Plan, his expertise in obesity management, nutrition science, and health education provided students with a highly practical and applied learning experience.

Key Learning Outcomes

• Calculation of macronutrients and micronutrients, connecting clinical case studies to core academic concepts
• Fundamentals of clinical and therapeutic (medicinal) nutrition
• Understanding of clinical nutrition screening tests and how diagnostic results inform patient care
• Application of nutrition science in oncology, kidney diseases, and various metabolic disorders
• Exposure to real clinical workflows and patient-centered decision-making processes

This initiative is one of the many ways the MSA University – Faculty of Biotechnology ensures its students are fully prepared for real career paths, equipping them with practical exposure, confidence, and industry-relevant skills.

Biotechnology graduates at MSA are not confined to textbooks, they are trained for real jobs, real laboratories, and real clinical environments.

Biotechnology at MSA stands for opportunity, preparation, and a strong connection to the real world.

This semester, a total of 282 students pursued their graduation projects across 30 reputable venues, including new venues such as the National Museum of Egyptian Civilization (Central Laboratories Department), Genome Medical Center, Faculty of Medicine at Kasr Al-Aini, Cairo University, Hoor Apiaries, and the Agricultural Research Center.

We were honored to welcome over 70 distinguished examiners, whose valuable feedback and participation emphasized the high scientific quality of the students’ work.

Students presented a diverse array of graduation projects resulting in 43 tangible products and functional prototypes including a humanoid robot for patient diagnosis, synbiotic chocolate, adulteration detection strips, advanced topical formulations for wound healing, and eco-friendly materials made from recycled plastics.

Additionally, students achieved remarkable success in national scientific and innovation competitions. They secured top rankings on prominent platforms, including the SOLE Competition 2025, the Egyptian Junior Researcher Competition, the Biotechnology Innovation Competitions, and the Smart Industry Hackathon.

Moreover, an outstanding project received 500,000 EGP in national startup funding, while other projects obtained research and innovation grants totaling 20,000 EGP.

Several students have successfully published their research in peer-reviewed scientific journals, including Q1 and Q2 publications such as Frontiers in Microbiology and Applied Sciences, with additional manuscripts currently under review.

We are extremely proud of our students. This day represents not just an ending but the start of meaningful scientific endeavors led by a new generation of biotechnology innovators.