Master sub-programme: Hydrogen and Membrane Technologies

sub-programme description

Goal of master programme is to train specialists with theoretical and practical skills in the field of membrane processes and hydrogen technologies. The aim of the study is preparation and characterization of materials for the production of membranes. During the study students choose between specialization oriented toward membrane processes for separation and energy conversion. Education will provide graduates with a convenient starting point for their professional career in research and industrial markets.

career oportunities

Experience in the area of membrane technologies predisposes graduates for leading roles in industrial enterprises specializing on wastewater treatment and effluent solution processing, gas separation or food production. Another possibility is occupation in the promising field of conversion and storage of energy with a special focus on technologies using hydrogen as an energy carrier. Graduates can assert themselves as employees of research teams, in the industrial sector as well as in state administration.

Study plan

Winter term

CodeCourse nameInstituteLELabCompletionCredits
Required courses
N105008Applied Reaction Kinetics105220c, Ex5
N126030Special methods of study and characterization of materials126200Ex3
N105031Thermodynamic calculations105020cc2
N105005Fundamentals of Computer Simulations105220c, Ex5
N105021Specialized Laboratory1050010cc7
Compulsorily optional courses
N111020Technical Catalysis111220c, Ex5
N216012Modern Technologies in the Gas Industry216120c, Ex0

Summer term

CodeCourse nameInstituteLELabCompletionCredits
Required courses
N105030Synthesis and characterization of membrane materials105200Ex3
N403048Physico-chemical principles of membrane processes403210c, Ex4
N105032Principles of Electrochemistry105210c, Ex4
N143014Advanced Chemical Informatics143030cc3
N105022Laboratory Project I1050010cc7
N105080Specialised Practice105000c3
Compulsorily optional courses
N105019Sustainable Development and Renewable Energy Sources105210Ex5
N108010Structure and Properties of Zeolites108200Ex3

Winter term

CodeCourse nameInstituteLELabCompletionCredits
Required courses
N105033Chemical and Biochemical Membrane Technology105200Ex3
N111019Technology Process Design111310c, Ex6
N105015Surfaces of Solid Materials: Reactivity and Structure105220c, Ex5
N105009Experimental Methods in Electrochemistry105210c, Ex4
N105023Laboratory Project II1050012cc8
Compulsorily optional courses
N105007Electrochemical Engineering105210c, Ex4
N216010Gas Transmission and Distribution216120c, Ex4
N218017Special Separation Processes in Water Technology218300Ex5

Summer term

CodeCourse nameInstituteLELabCompletionCredits
Required courses
N963008Diploma Thesis9630030c30

Theses topics

The topics of Master Thesis are based on research projects of our department. They are individually prepared for each student depending on his/her specialization and previous experience. An overview of the topics can be for example obtained from the themes for undergraduate students or from previous Bachelor or Master Theses.

Topics of Final Examination

czTematické okruhy k magisterským státnicím - "Vodíkové a membránové technologie"