Unlock the Future of Biomedical Materials Industries!

Our two-track first cycle degree program in Biomedical Materials Industries is your gateway to acquiring integrated competencies in natural resource technologies and chemical sciences. Designed for those passionate about research, design, and development of biomedical materials and sustainable production technologies, this program offers a critical approach to their societal and environmental impact.

Experience a curriculum that delivers both theoretical knowledge and practical skills sought after by employers. From development and modeling to digitalization, manufacture, testing, and analysis, our program covers all aspects of biomedical materials. Gain insights into their applicability and societal/environmental impact, preparing you to make meaningful contributions to the field.

Join us and embark on a journey that will equip you with the expertise and practical skills needed to thrive in the dynamic and rewarding field of biomedical materials industries. Your future starts here!

Values:

Two Track Study Programme:

• Designed to produce highly qualified specialists with integrated competencies in natural resource technologies and chemical sciences;
• Prepare for research, design, and development of biomedical materials and sustainable production technologies, with a critical approach to societal and environmental impact.

Acquired Skills for Professional Decisions:

• Gain practical skills for scientific research, analysis, and evaluation of technological processes;
• Learn synthesis and production of biomedical materials, design, modeling, and digitalization of production technologies;
• Develop technologies adhering to technical, safety, environmental, economic, and ethical standards.

Access to Modern Equipment:

• Work with state-of-the-art laboratory equipment, ensuring hands-on learning experiences;
• Acquire competencies that provide excellent future prospects in various biomedical materials industries.

Internship and Studies Abroad:

• Participate in student exchange programs for opportunities to study or intern abroad.
• Gain invaluable experience in companies, research centers, universities, and institutions worldwide.

Product and Service Development:

• Engage in real-world product development projects (PDPs) to enhance teamwork, project management, and problem-solving skills;
• Collaborate with KTU researchers and partners to solve current challenges and expand career opportunities.

Discover Europe with Erasmus+:

• Choose from a variety of European cities for your Erasmus+ studies. Experience diverse cultures, languages, and academic environments while gaining invaluable international experience. Seize the opportunity to broaden your horizons and make unforgettable memories with Erasmus+.

Programme structure:

Synthesis of Materials for Biomedical Applications
Inorganic and Organic Chemistry
Polymer Chemistry and Technology
Inorganic Systems of Biocomposites

Biomedical Materials from Natural Resources
Non-Renewable and Renewable Natural Resources
Natural Resource Processing Technologies

Instrumental and Chemical Analysis
Inorganic and Organic Chemistry
Physical and Colloid Chemistry
Methods of Chemical and Instrumental Analysis
Biomedical Materials Science

Analysis and Modelling of Biological Systems
Cell Biology
Human Anatomy and Physiology
Microbiology
Molecular Biology

Modelling, Design, Digitalization of Technologies
Technological Processes Modelling and Digitization
Process Engineering
Tissue Engineering

Biomedical Materials and Production Technologies
Advanced Biomedical Materials Production Technologies
Delivery Systems of Bioactive Materials
Nanotechnologies of Biomedical Materials
Tissue Engineering

Biomedical Materials’ Quality, Safety and Evaluation
Toxicology and Risk Assessment of Substances
Good Manufacturing Practice and Safety

Socially Responsible and Sustainable Solutions
Sustainability of Materials and Environmental Protection
Bioethics
Product Development Project
Professional Internship

Career opportunities:

Student’s competences will allow to:

• Select natural resources suitable for the production of biomedical materials;
• Choose and apply the appropriate methods for the synthesis and characterization of biomedical materials, as well as methods for design, modelling and digitalization of production technologies;
• Analyze and evaluate the technological processes of synthesis and production of biomedical materials using natural resources;
• Select and apply appropriate laboratory and technological equipment and tools for the research and production of biomedical materials;
• Ensure the safety and quality of biomedical materials;
• Work effectively, responsibly in a team or individually.

You may become:

• Biomedical Materials Specialist, Technologist;
• Quality Assurance Manager;
• Analytical Laboratory Specialist;
• Expert, Consultant;
• Scientist.