Sustainable Chemistry

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

Kursy obowiązkowe realizowane są w ciągu trzech lat studiów (na III roku w zmniejszonym zakresie). Na III roku studiów dostępne są do wyboru 3 moduły specjalizacyjne: chemia środowiska, technologia materiałów oraz energia. Każdy moduł podzielony jest na rdzeń i rozszerzenie; student obowiązany jest wybrać jeden cały moduł (rdzeń + rozszerzenie) oraz rdzeń innego modułu. Na III roku studiów realizowane są także kursy fakultatywne poza modułami.

Graduation

1. Warunkiem ukończenia studiów jest uzyskanie zaliczenia wszystkich kursów, złożenie pracy dyplomowej, oraz uzyskanie z niej i z ustnego egzaminu dyplomowego pozytywnej oceny.

2. Praca dyplomowa jest samodzielnym opracowaniem określonego zagadnienia naukowego prezentującym ogólną wiedzę i umiejętności studenta związane z danym kierunkiem studiów, poziomem i profilem kształcenia oraz umiejętności samodzielnego analizowania i wnioskowania.

3. Praca dyplomowa składana jest w formie pisemnej.

Student na I roku musi zrealizować kursy z zakresu nauk humanistycznych i społecznych, w tym kurs z ekonomii i przedsiębiorczości za 2 ECTS. Na II roku studiów student może wybrać, czy zajęcia laboratoryjne w ramach kursu Elementy chemii kwantowej i modelowania molekularnego będzie realizować w języku polskim czy angielskim. Za zgodą dziekana student może realizować dowolnie dostępne przedmioty z zakresu nauk humanistycznych i społecznych. Zajęcia fakultatywne realizowane są na III roku. Student jest zobowiązany uzyskać z kierunkowych kursów do wyboru 5 ECTS. Za zgodą dziekana student może realizować przedmioty zgodne z tematyką studiów spoza poniższego katalogu.

Subject	Number of hours	ECTS points	Form of verification
Health and Safety in Education	4	-	assessment	O
Mathematics I	120	9	exam	O
Principles of chemistry	60	4	exam	O
Principles of chemistry - laboratory class	75	5	assessment	O
Physics	105	6	exam	O
Physics - laboratory class	30	3	graded credit	O
Information technology	45	3	assessment	O
Introduction to statistical handling of experimental data	15	1	assessment	O

Subject	Number of hours	ECTS points	Form of verification
Mathematics II	75	6	exam	O
Sustainable development and environmentally friendly technologies	30	2	assessment	O
Analytical chemistry with environmental analysis elements	45	3	exam	O
Analytical chemistry with environmental analysis elements - laboratory class	60	4	graded credit	O
Inorganic and Fundamental Solid State Chemistry	60	4	exam	O
Inorganic and Fundamental Solid State Chemistry - Laboratory Class	60	4	assessment	O
Environmental Chemistry	30	3	assessment	O
Protection of Intellectual Property Rights I	15	1	assessment	O

Subject	Number of hours	ECTS points	Form of verification
Physical Chemistry	60	4	exam	O
Physical Chemistry - laboratory class	60	4	graded credit	O
Fundamentals of chemical technology and engineering	30	3	exam	O
Fundamentals of chemical technology and engineering - laboratory class	45	3	assessment	O
Organic Chemistry	60	4	exam	O
Organic Chemistry - laboratory class	60	4	graded credit	O
Safety at Work	50	3	graded credit	O
Elements of quantum chemistry and molecular modeling	50	3	graded credit	O
Physical Education	30	-	assessment	O

Subject	Number of hours	ECTS points	Form of verification
Chemistry and technology of functional materials	45	3	exam	O
Physicochemical methods in materials characterization	60	3	exam	O
Environmental Monitoring	30	2	exam	O
Environmental Monitoring - laboratory class	30	2	assessment	O
Electrochemistry	15	1	graded credit	O
Electrochemistry - laboratory class	30	2	graded credit	O
Principles of polymer science	30	2	exam	O
Physical chemistry of solid state	60	3	graded credit	O
English Course	60	4	assessment	O
Physical Education	30	-	assessment	O
Synthesis and characterization of functional materials - open laboratory	90	6	assessment	O
Industrial apprenticeships	120	4	assessment	O

Subject	Number of hours	ECTS points	Form of verification
Elements of electronics - application in chemistry	45	3	graded credit	O
Environmental Aspects of Production, Conversion and Use of Energy	45	3	graded credit	O
Recycling and waste management	20	1	assessment	O
Recycling and waste management - laboratory class	30	2	assessment	O
Renewable sources of raw materials for chemical industry	20	1	assessment	O
Renewable sources of raw materials for chemical industry - laboratory class	20	1	assessment	O
English Course	60	4	assessment	O
Microbial fuel cells and other bioelectric and bioelectronic systems in industrial and analytical applications	30	2	exam	F
Application of the LabVIEW environment in chemical experiments	45	3	graded credit	F

Chemia środowiska

Subject	Number of hours	ECTS points	Form of verification
Methods of remedaition and reduction of chemical pollutants emmisions to the environment	30	2	assessment	O
Instrumental methods in environmental chemistry	30	2	exam	O
Methods of remedaition and reduction of chemical pollutants emmisions to the environment - laboratory class	30	2	assessment	O
Instrumental methods in environmental chemistry - laboratory class	30	2	graded credit	O

Energia

Subject	Number of hours	ECTS points	Form of verification
Advanced Electrochemistry	30	2	graded credit	O
Energy acquisition, conversion and storage	30	2	exam	O

Technologia materiałów

Subject	Number of hours	ECTS points	Form of verification
Catalytic process technology	15	1	assessment	O
Catalytic process technology - laboratory class	45	3	assessment	O
Nanoporous materials	15	1	graded credit	O
Nanoporous materials - laboratory class	45	3	graded credit	O
Metal-Organic Frameworks: versatile porous materials	15	1	exam	O

Subject	Number of hours	ECTS points	Form of verification
Hazard analysis and environmental risk management	30	2	assessment	O
Introduction to organization of teamwork and presentation techniques	30	2	graded credit	O
Sustainable economy of raw materials and chemicals	20	1	assessment	O
Wpływ chemicznej degradacji środowiska na owady zapylające	15	1	exam	F
Anthropogenic threats to the protected areas in Poland	15	1	graded credit	F
Environmental protection and the investment process	30	2	assessment	F
Diploma Laboratory Class	90	15	assessment	O
Specialist Seminar	30	2	assessment	O

Chemia środowiska

Subject	Number of hours	ECTS points	Form of verification
Catalysis in sustainable technologies	30	2	assessment	O
Environmental biomonitoring	30	2	assessment	O

Energia

Subject	Number of hours	ECTS points	Form of verification
Materials for the energy applications	30	2	graded credit	O
Energy conversion and storage - laboratory class	90	6	graded credit	O

Technologia materiałów

Subject	Number of hours	ECTS points	Form of verification
Adsorption processes in environmental protection	30	2	graded credit	O
Photomaterials	15	1	assessment	O