Master of Nanoscience and Nanotechnology

The Master of Science in Nanoscience and Nanotechnology is an interdisciplinary graduate program designed to prepare highly qualified scientists capable of contributing to Egypt’s research, innovation, and sustainable development priorities.

The program integrates physics, chemistry, materials science, biology, and engineering, offering a research-intensive and practice-oriented learning experience. Students develop advanced expertise in nanomaterials synthesis, characterization techniques, and nanodevice fabrication, with applications across renewable energy, environmental sustainability, healthcare technologies, advanced materials, and smart industries.

Structured according to internationally aligned, ECTS-compatible modules, the program supports academic mobility through Erasmus+ exchanges and joint supervision opportunities. Graduates join a diverse, research-driven environment that prepares them for doctoral studies and advanced careers in research and industry, in alignment with Egypt’s Vision 2030.

• Develop Advanced Nanotechnology Professionals

Equip graduates with strong interdisciplinary knowledge and applied skills for success in research, academia, and industry at national and international levels.

• Advance Research Excellence and Innovation

Enable students to conduct high-quality, original research aligned with Egypt’s priorities in innovation, sustainability, and technology-driven development.

• Enhance Technical and Practical Expertise

Provide intensive hands-on training in nanomaterials synthesis, advanced characterization methods, and nanofabrication technologies.

• Prepare for Doctoral and Research Careers

Qualify graduates for PhD studies and advanced research pathways through rigorous academic and research training.

• Promote Internationalization and Academic Mobility

Deliver internationally aligned curricula supporting Erasmus+ exchanges, joint supervision, and potential dual-degree opportunities.

• Foster Entrepreneurship and Industry Engagement

Encourage innovation, technology transfer, and industry collaboration to support Egypt’s knowledge-based economy.

• Build Professional and Transferable Skills

Develop competencies in scientific communication, teamwork, ethics, leadership, and project management.

• Job Opportunity

As governments, industries, and research institutions continue to invest in nanotechnology, the global demand for highly skilled professionals is growing rapidly. From life-saving medical treatments and sustainable energy solutions to smart technologies and advanced materials, some of today’s most exciting innovations are being developed at the nanoscale. Nanotechnology is transforming a wide range of fields,
including:
🔹 Precision medicine and targeted drug delivery.
🔹 Biomedical diagnostics and biosensors.
🔹 Biotechnology and genetic engineering.
🔹 Pharmaceutical and cosmetic industries.
🔹 Renewable energy and solar technologies.
🔹 Advanced batteries and energy storage systems.
🔹 Smart and functional materials.
🔹 Semiconductors and nanoelectronics.
🔹 Water purification and environmental sustainability.

🔹 Food technology and agricultural innovation.
🔹 Polymer nanocomposites with enhanced mechanical, thermal, and barrier properties.
🔹 Biodegradable and sustainable polymeric nanomaterials for green pack applications.
🔹 Stimuli-responsive (smart) polymers for controlled drug release and adaptive systems.
🔹 Conductive polymer nanostructures for flexible electronics and wearable devices.
🔹 Self-healing polymeric nanomaterials for durable coatings and structural
applications.
🔹 Nano-structured polymer electrolytes for next-gen solid-state batteries and fuel
cells.
🔹 Antimicrobial coatings and surface engineering for healthcare and industry.
🔹 Nanofibers and advanced textile engineering (smart and wearable fabrics).

Interdisciplinary Curriculum

Courses span materials science, chemistry, physics, and engineering, offering a comprehensive nanoscale education.

State-of-the-Art Facilities

Access to advanced laboratories and instrumentation for nanomaterials characterization and fabrication.

Research-Driven Training

Students participate in active research projects addressing national and global scientific challenges.

Industry and Innovation Focus

Emphasis on real-world applications in renewable energy, environmental protection, biotechnology, and advanced materials.

Strong Academic Mentorship

Supervision by experienced faculty engaged in cutting-edge nanotechnology research.

Nanoscience and nanotechnology are among the most trans formative scientific fields, impacting electronics, medicine, agriculture, energy storage, and environmental remediation. This program addresses the growing demand for skilled professionals capable of bridging academic research with industrial applications, contributing directly to Egypt’s and the region’s high-technology development

The program promotes national and international collaboration with leading universities and research centers specializing in nanotechnology. Opportunities include joint supervision, collaborative research projects, and access to advanced international research facilities, ensuring global competitiveness and local impact.

Official Program Name: Nanoscience and Nanotechnology

Degree Awarded: Master of Science in Nanoscience and Nanotechnology M.Sc. (Nanoscience & Nanotechnology)

Program Duration: 2 years (4 semesters), including coursework, research, and thesis preparation
 

Guide Master 
Bylaws

Academic and Research Careers

Preparation for PhD studies, postdoctoral research, and academic positions at national and international institutions.

Industry and Technology

Careers in nanotechnology-driven sectors such as renewable energy, biotechnology, advanced materials, electronics, and smart manufacturing.

Entrepreneurship and Innovation

Opportunities to translate research into market-ready solutions through startups and technology transfer initiatives.

Healthcare and Biomedical Applications

Development of nanomaterials and devices for diagnostics, therapeutics, and medical technologies.

Environmental and Energy Solutions

Applications in sustainable energy systems, water treatment, and environmental protection.

Teaching and Learning Methods

The program is delivered in an intensive format on Fridays (online) and Saturdays (physically)
each week. The program is designed to ensure the completion of all required credit hours and
course requirements in accordance with the approved academic regulations. When necessary,
additional academic activities, practical sessions, or examinations may be scheduled on other
days, provided that students are notified in advance.

Credit Requirements

Total of 40 credit hours, distributed as follows:

• Coursework: 28 credit hours (24 core + 4 elective)
• Master’s Thesis: 12 credit hours

The program utilizes advanced laboratories, including nanomaterials synthesis and characterization laboratories, electron microscopy and surface analysis facilities, and thin-film and nanodevice laboratories. Teaching and seminars are conducted in smart classrooms equipped with digital learning technologies to support interactive, research-oriented instruction.

The program is delivered by a specialized academic team with expertise in nanoscience and nanotechnology. Faculty profiles include academic titles, professional biographies, and research interests. On-campus photography sessions can be arranged upon request.

Academic Eligibility

Applicants must hold a relevant undergraduate degree from an accredited institution with a minimum overall grade of “Good”.

Accepted degrees include:

• Bachelor of Science (B.Sc.)
• Bachelor of Pharmaceutical Sciences
• Bachelor of Engineering (Materials Science or related disciplines)
• Bachelor of Applied Health Sciences Technology

Registration Completion:

• Approval from the relevant academic department and Faculty Council
• Employer approval for applicants working in governmental institutions
• Proof of availability for study for applicants working in the private sector

Tuition fees are collected upon enrollment and per registered credit hour, in accordance with university regulations.
Tuition fees: EGP 22,500 per semester.
Additional fees apply at the time of thesis defense.

The postgraduate academic year consists of Fall and Spring semesters, each lasting at least 14 weeks, with an optional summer semester of at least 8 weeks.

The Master’s Program Coordinator, in collaboration with academic advisors, guides students through admission, registration, and academic progress, and coordinates with the University’s Admission and Registration Office.