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Materials and Technologies of the Future is an interdisciplinary field of study covering issues related to the production and testing of the properties of materials in terms of their applications in industries such as automotive, aviation, space, energy, or solutions for medicine and healthcare. The curriculum also includes designing processes for adapting the properties of materials and technological solutions to specific environmental, operational or strength requirements.
Studies in the field of Materials and Technologies of the Future allow you to gain knowledge and new skills using design methods, in close cooperation with the business and industrial environment. Students not only have the opportunity to create a prototype of a solution to a given problem, but also to verify its functionality. Thanks to project work, they develop hard skills, as well as soft skills that are highly valued by employers – cooperation, teamwork, proper organization of work, development and presentation of the results obtained.
The curriculum covers issues related to state-of-the-art technologies for the production of materials, including additive manufacturing technologies and 3D printing, synthesis of nano- and biomaterials or plasma technologies, and addresses aspects related to the subject of energy storage and transport of the future. It is structured in this way to stimulate and develop the student's creativity to explore novel approaches and propose their own solutions. Specialists in the field of materials and technology have competences that make them sought-after employees in various industries here.
Lodz University of Technology taught me independence and responsibility for my decisions. My studies in Materials Engineering are the foundation of my professional career. I learned the concepts around which I work: material science, strength of materials, knowledge of mechanical engineering and construction, knowledge of technological processes.
Materials and technologies is a course of study in which you will gain theoretical and practical knowledge of materials with industrial and medical applications. You will learn about the physical and chemical properties of materials, which will increase your awareness of their application in work and everyday life.
The development of none of the areas of our lives would have been possible were it not for breakthroughs in the manufacture and modification of available raw materials. The reality around us is composed of elements with certain characteristics. Specialists in the field of materials and technology are responsible for giving them special properties. To become one of them, choose to study at Lodz University of Technology!
As a future specialist, you will gain key knowledge in the area of the latest technological solutions using elements of plasma technology, digitization techniques, 3D printing and rapid prototyping in industrial practice in accordance with the assumptions of Industry 4.0 and 5.0. You will have the opportunity to study under the guidance of outstanding specialists-practitioners. The achievements of the professorial staff include work on building an artificial heart or creating protective bioimplants. With the support of professionals, you will acquire the necessary knowledge and skills in the manufacture of materials, from those used in the kitchen to those used in the construction of spacecraft.
Studies at the Faculty of Mechanical Engineering offer an excellent combination of aesthetics and usability, intuition and logic, theory and practice, atomic microworld and construction macroworld. If this combination perfectly reflects your interests, choose an engineering degree in materials and technology science. You will gain skills in material design, taking into account unique construction and performance requirements and advanced design skills. You will be ready to implement innovative development projects in the field of materials and technologies, using the latest scientific achievements. After graduation, a fascinating world of materials and new technologies will open up to you!
• aviation and space technologies, including the creation of extremely durable materials for building the fuselages of military and civilian aircraft, as well as rockets and satellites,
• automotive, including the creation of advanced ultralight, durable and environmentally friendly materials used in prototypes, concept cars and mass production in the automotive industry,
• energy, including the creation of materials capable of storing hydrogen and converting solar energy, materials for the nuclear power industry,
• Bioengineering, including the creation of materials as modern implants with high biocompatibility, germicidal properties, as well as the use of biomimetic solutions inspired by the surrounding nature for their manufacture.
• technical consulting, R&D, production, sales departments.
Available positions: Materials Engineer, Process Engineer/Technologist, Quality/Control Engineer, Project/Lead Engineer, Production Technologist/Technologist, Product Manager, Conceptual Designer-Designer, R&D Specialist, Sales Specialist, Technical Consulting Specialist, Construction Department Assistant, Technical Sales Representative.