In the frame of the high-standard full-time Materials Engineering BSc program, students are not only provided with a thorough practical foundation but emphasis is also put on improving their engineering skills through the Faculty’s active and extensive relations with top companies.

This programme offers its students a unique blend of engineering, innovation, and advanced technology expertise. Students gain essential knowledge in developing high-value materials for industries such as power engineering, biomedicine, electronics, and construction, while also exploring sustainable cultural heritage preservation.

Alumni of the Materials Design and Logistics degree program of a general-academic profile know engineering materials (metal, ceramic, polymer, and composite materials) combined with logistics knowledge. Alumni are familiar with materials manufacturing/processing technologies, the relationship between their structure and properties, and testing methods.

Combining atoms and molecules to create new materials is an exciting occupation full of creative possibilities. At KTU, the students of the unique bi-disciplinary Materials Physics and Nanotechnologies bachelor’s study programme get strong education within physics, chemistry and mathematics, combined with courses in materials science.

Metallurgical engineering is the study of metals and how metals can be safely transformed into products that benefit humanity such as surgical implants, computer chips, cars, materials for space exploration, and more. Metallurgical engineers conduct testing to ensure the safety of materials, develop sustainable materials and processes for recycling existing materials, investigate material failures, and create testing procedures to ensure materials can withstand extreme environments.

Top Ranking: A program focused on innovation and sustainability, combining the classical natural sciences (physics, chemistry) and applied engineering (mechanical, electrical, civil).

Located in Orlando, Florida, the University of Central Florida is home to CREOL, The College of Optics and Photonics. As a leading institution for education and research in optics and photonics, we have the largest bachelor program in photonics in the United States. Designed specifically to meet the needs of industry, graduates with a Bachelor of Science in Photonic Science and Engineering are in high demand and command high salaries. Plus, with a diverse student body, the resources of both a large university, and hands-on research opportunities, students have the ability to gain experience and be competitive in job searches or applications for graduate school. Learn more about the B.S. in Photonic Science and Engineering!

This degree enables you to develop high-performance car-, aircraft- or spacestructures, sports equipment, durable and perfectly shaped consumer goods up to innovative environmentally friendly food packaging. Lightweight design and materials engineering make a decisive contribution to achieving climate, resource, and sustainability goals.

At the Faculty of Chemical Technology, students may focus their professional profiles towards specialized fields: the production and properties of metals, glass, or ceramic materials; plastics and rubber; biocompatible materials; and nano- or submicron-scale structured materials. Students can also focus on a more theoretical program exceeding the scope of the foundational program. During the course of the program, students choose one of three specializations offered.

The profile of the first cycle of full-time studies within Photonics Engineering was developed to provide an educational offer in the area of optomechatronics, especially in: the building of optical and optoelectronic equipment and its applications in optonumerical methods of inspection.

Sustainability, function, safety, design and durability - the right choice of materials makes the difference! Whether it's ultra-modern aircraft and car parts, extremely durable sports equipment, elegant consumer goods or environmentally friendly food packaging - which materials are ideal? How do you manufacture such products and reliably test their quality? How do you design sustainable, resource-efficient production processes? In this practice-oriented course, you will delve deeply into these fascinating questions. You will put your knowledge of chemistry and physics into practice, develop innovative metals, composite materials and plastics and shape the future of sustainable production.

Top Ranking: A hands-on program in the use and development of sustainable, recyclable plastic products, their processing and testing.

MOU between Kasetsart University or KU (Thailand) and the University of Akron or UA (USA). 128 credits on curriculum with interesting courses: sustainable polymer insights, smart polymer, innovative thinking, up-to-date technology, digital & Al technology, industry standard, and many more interesting things for you to find out.

The Bachelor of Science in Materials Science and Engineering program aims to develop an understanding of the structure, properties, processing, and service behavior of engineering materials, including metallic, ceramic, polymeric, and composite materials. This understanding fosters both the development of new materials and the improvement of existing materials in order to optimize manufactured products.

Materials Science and Nanoengineering is an interdisciplinary field that is closely related to diverse disciplines such as physics, chemistry, biology, or chemical and mechanical engineering and mechanics. Materials Science and Nanoengineering (MAT) aims at furnishing its students with the theoretical and practical skills necessary for the understanding, design, and application of advanced technology materials.