Bachelors in Nanotechnology is one of the youngest and most significantly developing scientific disciplines of the 21st century. VŠB-TUO offers the study of this interesting field in a bachelor´s study. The program of study has interdisciplinary character and provides theoretical knowledge of physics and chemistry. It is focused on the study of the structure, properties of nanomaterials and their preparation. The graduate has wide range of employment in laboratories and operations of industrial enterprises that deal with modern materials. At the same time, the graduate can continue in follow up master degree program and thus deepen his knowledge and skills.

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.

Immerse yourself in the design and creation of new materials and systems in our bachelor’s program in Materials Science and Engineering. You’ll gain a deep understanding of the relationships between materials' structure, properties, and functions, allowing you to apply your knowledge of robotics, mechanical systems, and advanced manufacturing to applications in electronics, energy, sustainability, healthcare, public health, and many other areas.

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.

If you want to gain knowledge and skills in manufacturing processes, additive manufacturing, automation, product design, control systems, and materials characterization, the Bachelor of Applied Science in Advanced Manufacturing and Materials Engineering Technology (BAS-AMMET) program is for you. We focus on hands-on learning, with classes taught by faculty with industry experience. After completing our program, you will be a highly competitive graduate prepared for entry-level positions in various industries.

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.

Are you passionate about minimizing our collective environmental footprint and maximizing sustainability? In the Renewable Materials Science program, students learn about the science of turning trees, plants, and grasses into viable materials for construction, packaging, and more.

Our MSE program aims to nurture students to become material experts and contribute to the fast-growing high-tech industry. Besides a broad selection of expertise in construction materials, bio-materials, and energy materials, our program also offers training for students on Artificial Intelligence (AI) assisted material development.

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!

The purpose of the Bachelor of Engineering in Metallurgical Engineering is to develop a graduate with advanced abilities in appropriate analytical and research skills relevant to engineering design and synthesis, in order to solve engineering problems of society at large.

The Engineering Augmented Degree program (Engage) is an extended degree program with a five-year curriculum. It is designed to enable students who show academic potential but who do not meet the normal entry requirements for the four-year degree program, to obtain an Engineering degree. Engage students spend the first three years of the program covering the content of the first two years of the four-year degree program.

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.