Master Double Degree in (Oragnic) Chemistry

Genereal information

  • Partner institution: Université Bourgogne Franche-Comté, Francie
  • Duration of study: 2 years
  • Language of instruction: English (at least B2 level)
  • First year at the home university, second year at the partner university.
  • Maximum 5 students.
  • Scholarship for study abroad equals to Erasmus+ study exchage.
  • Departmental coordinator: prof. Ing. Radek Cibulka, Ph.D.

Application

Deadline for applications for the 2026/27 academic year abroad:  4th March 2026

Online application here

Study Plan and organisation information:

Degrees - from UCT Prague  "inženýr" ("Ing.") and "titulaire d´un Master" of UBFC/uB

STUDY PLAN OF THE MASTER DOUBLE DEGREE PROGRAMME

At UCT Prague:

Programme “Chemie”, specialization: “Organická chemie” (in Czech)

Programme “Chemistry”, specialization “Organic Chemistry” (in English)

At UBE:

Master en Chimie, Parcours “Transition Metals in Molecular Chemistry” (in French)

Master in “Chemistry”, specialization “Transition Metals in Molecular Chemistry” (in English)

Semester

Module offer (ECTS)

Total ECTS

Location

1

Organic Synthesis, AM110003 (7)

Organic Reaction Mechanisms, AM110006 (6)

Specialization Laboratory Course – Chemistry, AM110019 (7)

Coordination Chemistry, AM101003 (6)

Computations and Visualisation of Molecules, AM110007 (4)

Elective Course

30

UCT Prague

2

Retrosynthesis, AM110004 (6)

Physical Organic Chemistry, AM110016 (5)

Structural Analysis, AM110020 (4)

Kinetics of Chemical and Photophysical Processes, AM403005 (4)

Laboratory Project Chemistry I, AM150006 (7)

Internship, AM150001 (3)

Elective Course

30

UCT Prague

3

Heterochemistry (2)

Multistep synthesis (2)

Macrocyclic synthesis (1)

Molecular modeling and metals (2)

Transition metal catalysis (3)

Coordination and physical chemistry of metals (2)

Project management (5)

Innovation, communication (1)

Specialty implementation (3)

3 of the following electives (9): Advanced synthetic methods; Molecular imaging and medicinal chemistry; Electrochemistry; Molecular materials and polymers

30

UBE Dijon

4

Research Project (30) / Diploma Thesis (30)

30

UBE Dijon /

UCT Prague