Process Technology and Chemical Processes
|Mass Transfer Processes||4|
|Chemical Technological Processes||3|
|Process Technology Laboratory Work||5|
|Chemical Plant Design||4|
|Basics of Automation Technology||3|
|Automation Technology for Chemical Engineers||3|
|Heat Transfer Processes||3|
|Basics of Physical Chemistry||4|
|Physical Chemistry and Laboratories||4|
|Microbiology and Biochemistry||3|
|Polymer and Environmental Chemistry||5|
|Polymer Processing and Machine Engineering||5|
|Polymer Chemistry Laboratory Works||5|
Free-choice Studies in Chemical Engineering
|Basics of Physical Environmental Measurements||3|
|Physical Environmental Measurements||3|
|Basics of Analytical Instruments||2|
|60 / 0||60 / 9||60 / 28||60 / 28||60 / 0||60 / 0||60 / 4.5||60 / 4.5||60 / 14||60 / 14||60 / 28||60 / 0||60 / 0||60 / 0||60 / 0||60 / 0||60 / 2.25||60 / 2.25||60 / 2.25||60 / 2.25||60 / 7||60 / 7||60 / 7||60 / 7||60 / 14||60 / 14||60 / 0||60 / 0|
Studies of syllabus is planned so 60 credits are studied in academic year and length of studies is 3,5/4/4,5 years. Planned syllabus may change during studies.
The specialisation studies in chemical engineering focuses in applied chemistry and process technology: the production and design of chemical products (e.g. industrial chemicals, bioproducts, rubbers and plastics).
Internationality is an important part of the degree programme, and the students are
encouraged to take courses taught in English, complete a part of their studies in international student exchange in TAMK’s partner universities or to do their practical training abroad.