The study programme is unique in Latvia. The study programme trains specialists in chemistry and chemical technology intending to work in manufacturing and trade companies, quality control and research laboratories, scientific institutions dealing with various chemicals, biotechnology products and materials, e.g.: biomaterials, pharmaceuticals, cosmetics, construction materials, wood processing products, polymer and composite materials, textiles. The curriculum foresees to acquire general knowledge about the management and sustainability of chemical production processes, quality control and material circulation, comprehensive theoretical knowledge and practical skills in the chosen specialization. The study programme provides an opportunity (choice of the student) to specialize in one of the fields: Production technology and environmental aspects, Chemistry and technology of polymer materials, Chemistry and technology of biologically active compounds, Chemistry and technology of biomaterials, Chemistry and technology of inorganic materials, and Sustainable chemistry. It is also possible to develop interdisciplinary knowledge by choosing study courses from several specializations. Along with the theoretical knowledge, the students will also acquire practical skills by completing a practice (working in a company or scientific institute) and master thesis, which is based on experimental work. The graduates will be prepared for both working life and further doctoral studies.
|
Department
Faculty of Natural Sciences and Technology
|
Programme type and level
Academic Master (Second Cycle) Studies
|
Study field
Chemistry, Chemical Technologies and Bio-Technology
|
|
Language
English
|
Study form
Full-time studies
|
Venue
Riga
|
|
|
||
|
Awarded degree and qualification
Master degree of engineering science in chemical technology / –
|
Required previous education
Bachelor degree of natural sciences in chemistry, biology, biochemistry, physics, environmental science and environmental management or nature protection, or bachelor degree of engineering science in chemical technology, environmental engineering, medical engineering or food production technology, or bachelor degree of health sciences in pharmacy, or comparable education
|
Price per year
€ 5 350 - EU countries
€ 5 350 - Non EU countries |
|
Credit point/ECTS amount
80/120
|
Duration of studies
Full-time studies - 2 years
|
Intake
Autumn
|
The aim of the study programme is to educate innovative and highly qualified chemical technology specialists, which are oriented towards the introduction of new technologies and knowledge. The graduates are expected to take leading positions in industry or academia in the following specializations Production technology and environmental aspects, Chemistry and technology of polymer materials, Chemistry and Technology of organic substances, Chemistry and technology of biomaterials, Chemistry and technology of inorganic materials, as well as further doctoral studies.
Tasks of the study programme:
- ensure competitive master level education in chemical engineering corresponding to EFCE (European Federation of Chemical Engineering) Bologna recommendations, preparing students for jobs in leading positions, to develop scientific research skills and to promote their use;
- to provide the students with knowledge and to improve professional skills and abilities in the specialization of choice, by monitoring appropriate progress and study results in each study course and integrating them into research;
- to provide students with in-depth knowledge within the chosen specialization of chemical technology, and to enable the students to acquire interdisciplinary knowledge thus developing skills and competencies in accordance with fast-changing labour market requirements;
- to develop problem-solving skills (problem identification, goal formulation and plausible solution) by acquiring skills in theoretical study courses, internships and master thesis;
- to encourage the interaction between students and academic personnel in order to implement fundamental and applied R&D projects in both industry and academia, and to promote the publishing of the obtained results;
- to ensure intellectual development of students and to promote the amplification of their intellectual abilities during theoretical and practical activities;
- to develop interest in students about their further professional development, lifelong learning or acquiring doctoral degree.
A holder of master degree in chemical engineering implements, organizes and supervises chemical processes by applying and developing necessary methods, equipment and technologies. Such a specialist develops projects of production units, technological lines and automation of processes, elaborates management and monitoring methods of processes, as well as methods of quality control and conformity evaluation of products and materials, sets up measures for occupational safety and environmental protection, assesses production risks and makes responsible decisions. The degree-holder also analyses, evaluates, creates, spreads and implements in practice processes and technologies, as well as methods of quality management and improvement in order to promote technological development of enterprise, to increase effectiveness and quality of operation and to guarantee occupational safety. The graduate can work as engineer or chemist at any enterprise dealing with chemical or biotechnological processes, at research, testing and quality control laboratories, which are engaged in elaboration or quality control of new technologies, materials and products. The graduate can work as a researcher at research institutions and also as a self-employed person or individual businessman.
Graduates of the study programme can continue studies in doctoral study programmes.
English language proficiency equivalent to at least CEFR B2 level.