Technology of Macromolecular Substances

Field of study:

Chemistry

Study language::

EN

Study program code:

P0531D130058

Application deadline:

10.08.2027

ISCED code:

0531

Study form::

full-time

Study duration:

4 years

By now you understand that polymers make up today’s world, and that you want a part in their creation. If you want to become a polymer wizard, the ruler of the world of rubber and plastics with immense power their application, it is up to you to extend your studies a bit further. To be specific, about four more years. Doctoral programmemes are always dedicated to scientific investigations and independent student research, but this specialization will make you a technology-oriented expert on anything that includes “-mer” (from monomer and dimer to Mercedes). We will equip you with the knowledge to accurately describe the physical and chemical properties of polymer materials as well as the production processes and the final products obtained from these compounds. You will discover your future in any organization dealing with the processing of materials in the plastics and rubber industry as well as related sectors such as the consumer-goods, automotive, electrotechnical and other industries. Obviously, there is a great deal of money to be made in these types of enterprises. What courses can you look forward to? Physics of Polymers, Polymer Engineering, Theory of Technological Processes, Macromolecular Chemistry, Modeling of Polymer Processeing, Composite Materials, Polymer Blends, Biopolymers, Instrumental Methods in Analysis and Testing of Polymers.

Where can you expect to find a job after your studies? As a managing officer in research and development, in industrial production or in the manufacturing industry, As a director for technical development or research and development, As a manufacturing and technical director in industrial production, As a managing officer in secondary or higher education, As a science, research and development officer in higher education in chemistry subjects, As a manager / coordinator of scientific and development projects or in a department of development, As a developer of simulation software, In the manufacturing of rubber and plastic products, In advanced materials and production technologies, In chemistry and the chemical industry, In the production of modes of transport.

School detail

Institution type:

public

Abbreviation:

UTB

Number of students:

9310

Number of international students in degree programs:

1175

Number of international exchange students:

282

Number of international alumni

233