| Subject | Number of hours | ECTS points | Form of verification | Mandatory |
|---|---|---|---|---|
|
105 | 6 | exam | obligatory |
|
30 | 3 | graded credit | obligatory |
|
120 | 9 | exam | obligatory |
|
60 | 4 | exam | obligatory |
|
75 | 5 | assessment | obligatory |
|
45 | 3 | assessment | obligatory |
|
15 | 1 | assessment | obligatory |
Bezpieczeństwo i higiena kształcenia
|
4 | - | assessment | obligatory |
Major Sustainable Chemistry
2024/25, first cycle, full-time degree programme
Basic information
| Faculty name: | Faculty of Chemistry |
| Major name: | Sustainable Chemistry |
| Level: | first cycle |
| Profile: | General academic |
| Form: | full-time degree programme |
| Language of study: | polish |
Discipline:
Chemical sciences
Programme
| ISCED classification: | 0531 |
| Number of semesters: | 6 |
| Professional title awarded to graduates: | licencjat |
Description of the program implementation
Obligatory courses are carried out during three years of study (in the third year in a reduced scope). In the third year of studies, there are 3 specialization modules to choose from: environmental chemistry, material technology and energy. Each module is divided into core and extension; the student is obliged to choose one entire module (core + extension) and the core of another module. In the third year of studies, there are also optional courses outside the modules.
Interested students have the opportunity to participate in additional classes preparing to obtain a license to teach chemistry.
Graduation
- A prerequisite for graduation is the successful completion of all courses, the submission of a diploma thesis, and a satisfactory grade in both the thesis and the written diploma examination.
- The diploma dissertation is an independent study of a specific scientific issue presenting the student's general knowledge and skills related to a given field of study, level and profile of education as well as his/her independent analysis and reasoning skills.
- The diploma thesis shall be submitted in a written form.
| Subject | Number of hours | ECTS points | Form of verification | Mandatory |
|---|---|---|---|---|
|
45 | 3 | exam | obligatory |
|
60 | 4 | graded credit | obligatory |
|
60 | 4 | exam | obligatory |
|
60 | 4 | assessment | obligatory |
|
30 | 3 | assessment | obligatory |
|
75 | 6 | exam | obligatory |
|
15 | 1 | assessment | obligatory |
|
30 | 2 | assessment | obligatory |
See additional information
Students in the first year must complete courses in the humanities and social sciences, including a course in economics and entrepreneurship for 2 ECTS. In the second year of study, the student may choose whether the laboratory classes in the course Elements of Quantum Chemistry and Molecular Modelling will be pursued in Polish or English. With the approval of the Dean, the student may pursue any available humanities and social sciences subjects. Optional classes are realised in the third year. Students are required to obtain 5 ECTS from elective courses. With the dean's permission, the student may pursue subjects in accordance with the field of study outside the catalogue below.
| Subject | Number of hours | ECTS points | Form of verification | Mandatory |
|---|---|---|---|---|
|
50 | 3 | graded credit | obligatory |
|
60 | 4 | exam | obligatory |
|
60 | 4 | graded credit | obligatory |
|
60 | 4 | exam | obligatory |
|
60 | 4 | graded credit | obligatory |
|
50 | 3 | graded credit | obligatory |
|
30 | 3 | exam | obligatory |
|
45 | 3 | assessment | obligatory |
Physical Education
|
30 | - | assessment | obligatory |
See additional information
Students in the first year must complete courses in the humanities and social sciences, including a course in economics and entrepreneurship for 2 ECTS. In the second year of study, the student may choose whether the laboratory classes in the course Elements of Quantum Chemistry and Molecular Modelling will be pursued in Polish or English. With the approval of the Dean, the student may pursue any available humanities and social sciences subjects. Optional classes are realised in the third year. Students are required to obtain 5 ECTS from elective courses. With the dean's permission, the student may pursue subjects in accordance with the field of study outside the catalogue below.
| Subject | Number of hours | ECTS points | Form of verification | Mandatory |
|---|---|---|---|---|
|
45 | 3 | exam | obligatory |
|
15 | 1 | graded credit | obligatory |
|
30 | 2 | graded credit | obligatory |
|
60 | 3 | graded credit | obligatory |
|
60 | 3 | exam | obligatory |
|
30 | 2 | exam | obligatory |
|
30 | 2 | assessment | obligatory |
|
30 | 2 | exam | obligatory |
|
120 | 4 | assessment | obligatory |
|
90 | 6 | assessment | obligatory |
English Course
|
60 | 4 | assessment | obligatory |
Physical Education
|
30 | - | assessment | obligatory |
See additional information
Students in the first year must complete courses in the humanities and social sciences, including a course in economics and entrepreneurship for 2 ECTS. In the second year of study, the student may choose whether the laboratory classes in the course Elements of Quantum Chemistry and Molecular Modelling will be pursued in Polish or English. With the approval of the Dean, the student may pursue any available humanities and social sciences subjects. Optional classes are realised in the third year. Students are required to obtain 5 ECTS from elective courses. With the dean's permission, the student may pursue subjects in accordance with the field of study outside the catalogue below.
| Subject | Number of hours | ECTS points | Form of verification | Mandatory |
|---|---|---|---|---|
|
45 | 3 | graded credit | obligatory |
|
45 | 3 | graded credit | obligatory |
|
20 | 1 | assessment | obligatory |
|
30 | 2 | assessment | obligatory |
|
20 | 1 | assessment | obligatory |
|
20 | 1 | assessment | obligatory |
English Course
|
60 | 4 | assessment | obligatory |
|
30 | 2 | exam | elective |
|
45 | 3 | graded credit | elective |
|
30 | 2 | graded credit | elective |
See additional information
Students in the first year must complete courses in the humanities and social sciences, including a course in economics and entrepreneurship for 2 ECTS. In the second year of study, the student may choose whether the laboratory classes in the course Elements of Quantum Chemistry and Molecular Modelling will be pursued in Polish or English. With the approval of the Dean, the student may pursue any available humanities and social sciences subjects. Optional classes are realised in the third year. Students are required to obtain 5 ECTS from elective courses. With the dean's permission, the student may pursue subjects in accordance with the field of study outside the catalogue below.
| Subject | Number of hours | ECTS points | Form of verification | Mandatory |
|---|---|---|---|---|
|
30 | 2 | graded credit | obligatory |
|
30 | 2 | exam | obligatory |
See additional information
Each module is divided into a core and an extension. Students are required to select one whole module (core + extension) and a core of another module. For the Energy module, the core consists of the following courses: Advanced Electrochemistry, Energy Acquisition, Conversion and Storage, Materials for Energy. The extension is the course: Energy conversion and storage - laboratory.
| Subject | Number of hours | ECTS points | Form of verification | Mandatory |
|---|---|---|---|---|
|
30 | 2 | assessment | obligatory |
|
30 | 2 | exam | obligatory |
|
30 | 2 | assessment | obligatory |
|
30 | 2 | graded credit | obligatory |
See additional information
Each module is divided into a core and an extension. Students are required to select one whole module (core + extension) and a core of another module. For the Environmental Chemistry module, the core consists of the following courses: Methods of remediation and reduction of emissions of chemical environmental pollutants, Instrumental methods in environmental chemistry, Catalysis in sustainable technologies. The extension consists of the courses: Methods of remediation and abatement of environmental chemical pollutants - laboratory, Instrumental methods in environmental chemistry - laboratory, Environmental Biomonitoring.
| Subject | Number of hours | ECTS points | Form of verification | Mandatory |
|---|---|---|---|---|
|
15 | 1 | assessment | obligatory |
|
45 | 3 | assessment | obligatory |
|
15 | 1 | graded credit | obligatory |
|
45 | 3 | graded credit | obligatory |
|
15 | 1 | exam | obligatory |
See additional information
Each module is divided into a core and an extension. Students are required to select one whole module (core + extension) and a core of another module. For the module Materials Technology the core consists of the following courses: Catalytic Process Technology, Nanoporous Materials, Metal-Organic Networks: universal porous materials, Adsorption Processes in Environmental Protection, Photomaterials. Extensions are the courses: Catalytic Processes Technology - laboratory, Nanoporous Materials - laboratory.
| Subject | Number of hours | ECTS points | Form of verification | Mandatory |
|---|---|---|---|---|
|
30 | 2 | assessment | obligatory |
|
30 | 2 | graded credit | obligatory |
|
30 | 2 | assessment | elective |
|
15 | 1 | graded credit | elective |
|
20 | 1 | assessment | obligatory |
|
30 | 2 | assessment | obligatory |
|
90 | 15 | assessment | obligatory |
See additional information
Students in the first year must complete courses in the humanities and social sciences, including a course in economics and entrepreneurship for 2 ECTS. In the second year of study, the student may choose whether the laboratory classes in the course Elements of Quantum Chemistry and Molecular Modelling will be pursued in Polish or English. With the approval of the Dean, the student may pursue any available humanities and social sciences subjects. Optional classes are realised in the third year. Students are required to obtain 5 ECTS from elective courses. With the dean's permission, the student may pursue subjects in accordance with the field of study outside the catalogue below.
| Subject | Number of hours | ECTS points | Form of verification | Mandatory |
|---|---|---|---|---|
|
30 | 2 | graded credit | obligatory |
|
90 | 6 | graded credit | obligatory |
See additional information
Each module is divided into a core and an extension. Students are required to select one whole module (core + extension) and a core of another module. For the Energy module, the core consists of the following courses: Advanced Electrochemistry, Energy Acquisition, Conversion and Storage, Materials for Energy. The extension is the course: Energy conversion and storage - laboratory.
| Subject | Number of hours | ECTS points | Form of verification | Mandatory |
|---|---|---|---|---|
|
30 | 2 | assessment | obligatory |
|
30 | 2 | assessment | obligatory |
See additional information
Each module is divided into a core and an extension. Students are required to select one whole module (core + extension) and a core of another module. For the Environmental Chemistry module, the core consists of the following courses: Methods of remediation and reduction of emissions of chemical environmental pollutants, Instrumental methods in environmental chemistry, Catalysis in sustainable technologies. The extension consists of the courses: Methods of remediation and abatement of environmental chemical pollutants - laboratory, Instrumental methods in environmental chemistry - laboratory, Environmental Biomonitoring.
| Subject | Number of hours | ECTS points | Form of verification | Mandatory |
|---|---|---|---|---|
|
30 | 2 | graded credit | obligatory |
|
15 | 1 | assessment | obligatory |
See additional information
Each module is divided into a core and an extension. Students are required to select one whole module (core + extension) and a core of another module. For the module Materials Technology the core consists of the following courses: Catalytic Process Technology, Nanoporous Materials, Metal-Organic Networks: universal porous materials, Adsorption Processes in Environmental Protection, Photomaterials. Extensions are the courses: Catalytic Processes Technology - laboratory, Nanoporous Materials - laboratory.