Study Programme "Environmental Chemistry"

Entrance requirements

Completed undergraduate academic studies with a workload of 240 ECTS.

Study outcome

Upon completing the study program Environmental Chemistry, the candidate is awarded the title "MSc in Chemistry".

Students will be able to conduct (both individually and within a team) all stages of a part of research within a research or professional project. They will gain the experience of working with modern instruments which are used in research laboratories and specialized laboratories for environmental chemistry.

Students will be able to independently apply standard and complex protocols in the study of the environment and they will be familiar with the use of computers in all stages of research work. They will be able to present the results of their work at scientific conferences both orally and in writing.

Upon completing these studies, students will have a wider knowledge in the field of environmental chemistry; they will be able to solve scientific and practical problems by applying analytical and computational methods. They will be able to work independently in chemical laboratories of various profiles and purposes (research and development, quality control, standardization, process monitoring, environmental monitoring, etc.). They will have the knowledge and skills necessary for working with real, complex samples and they will be able to study literature and present a critical overview of the collected data. They will have the experience of working independently with modern instruments and the relevant laboratory practice. They will be able to work on a research problem within a team, to present the problem in their final thesis and to defend the thesis.

Access to further studies

Diploma holders are entitled to enroll on doctoral academic studies, which have the workload of 180 ECTS.

Professional qualifications

Students who have successfully completed master academic studies in environmental chemistry:

• are capable of conducting, both independently and within a team, all stages of a part of research within a research project in the field of the environment and the estimates of risks to human health and the environment;
• have the experience of working with modern instruments used in research laboratories and relevant laboratory practice (validation and measurement uncertainty);
• are able to solve scientific and practical problems by using analytical and computational methods;
• are able to work independently in chemical laboratories of various profiles and purposes (laboratories for monitoring – process monitoring, accredited laboratories, research and development, quality control, standardization, etc.);
• have the knowledge and skills necessary for working with real, complex samples and are able to study literature and provide a critical overview of the collected data;
• are able to independently apply complex chemical protocols, standard procedures in the field of the environment and are familiar with the use of computers in all stages of research work;
• are able to present the results of their work in the form of a report or at scientific conferences, both orally and in writing.