89 Materials Science Bachelors Degree Programs

A graduate of the bachelor’s degree study program Production Processes and Materials in the Mechanical Engineering field of study can orient himself in technical documentation and standards, he/she is able to search, summarize and evaluate the necessary information. He/she can solve research and development tasks in engineering production, cooperates in the development and application of new processes.

The Materials Engineering study program offers a good perspective in terms of employment in the labor market. Students will get to know all important groups of technical materials - metals, polymers, structural ceramics to composite materials. The program includes basic information on the technologies of preparation and further processing of materials, it deals in detail with methods of testing properties and evaluating the structure of materials. The guaranteeing workplace has laboratories that are comparable to similar workplaces in developed countries. Students already have the opportunity to get involved in solving industrial problems during their studies, they can also complete internships abroad. If interested, graduates can further deepen their knowledge in the follow-up master's degree program Materials Engineering.

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.

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.

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.

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.

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.

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.

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.

Our Chemical Engineering programme aims to provide students with a sound understanding of chemical engineering fundamentals to enable them to progress to professional Chartered Engineer status. In addition to a grounding in science, mathematics and engineering, our students acquire practical skills that are highly sought after by industry.

The graduates acquire comprehensive knowledge of conventional, high added value, and smart materials, nanomaterials, technologies, and their applications. The aim of this programme is to provide students with technical and specialized knowledge as well as with theoretical foundations necessary for development and innovations of technological procedures and preparation and application of outputs of higher-order innovations.

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.

Combining atoms and molecules to create new materials is an exciting occupation full of creative possibilities. Novel medicines, clean energy, contemporary electronic gadgets, and innovative solutions for building structures and transport – the application and demand for new materials is growing every day.

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.

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.