Materials Science and Nanotechnology Engineering is an interdisciplinary field of engineering that studies the structure, properties, performance, and production processes of materials at the atomic and molecular level, using this knowledge to develop new materials. This engineering branch combines the principles of physics, chemistry, biology, and engineering to play a critical role in the design, production, and application of advanced technology products needed by various sectors.
MISSION
The Department of Materials Science and Nanotechnology Engineering follows the mission of the Faculty of Engineering at Istanbul Gedik University as its guiding principle. The department’s primary mission is to offer innovative solutions in materials production, design, and development, and to create new approaches to solve industrial and environmental problems by integrating atomic and molecular-level structures into engineering applications and developing next-generation materials. Additionally, the department aims to educate researchers, critical thinkers, and creative individuals who are experts in their field, possess a sense of social responsibility, and adhere to engineering ethics, training Materials Science and Nanotechnology engineers and scientists.
VISION
The vision of the department is to ensure that its graduates, guided by a faculty of experts, develop innovative and sustainable materials, lead in high-tech fields, present innovations in research and development, and engage in R&D activities to solve global problems. The department aims to be a reputable institution that combines theoretical and practical knowledge to contribute to sustainable societal development at national and international levels, while promoting a university-industry collaboration culture among its students.
Materials Science and Nanotechnology Engineering graduates can work in production, design, development, and R&D in a wide range of sectors, such as the following:
1. Materials Development and Characterization
- Metals, Ceramics, Polymers, and Composites: Design, production, and investigation of new materials and their properties.
2. Manufacturing and Processing Technologies
- Material synthesis through heat treatments, surface modifications, and physical or chemical methods
3. Energy Applications
- Solar cells (photovoltaic materials)
- Fuel cells and batteries (e.g., development of lithium-ion battery anodes/cathodes)
- Supercapacitors and energy storage systems
4. Biomaterials Production and Medical Applications
- Tissue engineering and biocompatible materials
- Drug delivery systems (nanocarriers, controlled release, biomedical materials industry)
- Development of biosensors
5. Electronics and Semiconductor Industry
- Nanoelectronics: Smaller, faster, and more energy-efficient transistors
- Nanoelectromechanical Systems (NEMS)
- Quantum computing technologies (nano-scale processing units)
6. Defense and Aerospace Industry
- Design of advanced materials resistant to heat and wear
- Production of lightweight, high-strength composite materials
- Development of radar-absorbing materials
7. Environment and Sustainability
- Development of advanced materials for waste recycling
- Design of eco-friendly and recyclable materials
- Production of nanofilters for water purification
8. Textile and Food Technologies
- Nano-coated textiles: Water-repellent, stain-resistant, antimicrobial properties
- Food packaging: Using nanomaterials to extend shelf life and improve food safety
9. Academic Research and R&D Sector
- Conducting fundamental and applied research at universities
- Product development in collaboration with industry
- Working as a researcher or engineer in public and private R&D center
