ELIGIBILITY REQUIREMENTS

Find below the eligibility requirements. Sufficient knowledge in chemistry, mathematics and physics is a necessary condition for admission to the program.

STUDY BACKGROUND

The most suitable study programs at the Bachelor’s level are above all: 

  • Chemical Engineering
  • Chemistry
  • Industrial Chemistry
  • Environmental Engineering
APPLICANTS MUST PROVE GREAT KNOWLEDGE OF CORE COURSES
CHEMISTRY MATHEMATICS PHYSICS
(General) Chemistry (Applied/Discrete/Advanced/Basic) Mathematics (General/Fundamental/Advanced/Basic) Physics
Analytical Chemistry (Integral/Differential) Calculus (Solid/Fluid/Qantum) Mechanics
Inorganic Chemistry (Linear) Algebra Dynamics
Organic Synthesis / Organic Chemistry Statistics Electricity and Magnetism/Electromagnetism
Physical Chemistry * Differential Equations Fluid Dynamics
Chemical Engineering Numerical Analysis Thermodynamics
Chemical Reaction Engineering Probability Kinetics
SECONDARY COURSES WHICH ARE BENEFITS FOR THE STUDY OF IMATEC
CHEMISTRY MATHEMATICS PHYSICS
(Solid/Hazardous) Waste treatment/management (Vector/Analytical) Geometry Kinematics
Air Pollution Trigonometry Vibration, waves and optics
Aquatic Chemistry/Hydrochemistry Chemometrics Hydraulics
Atmospheric Chemistry
Biochemical Engineering
Biochemistry
Biotechnology
Catalysis
Colloid Chemistry
Coordination Chemistry
Electrochemistry
Environmental Engineering
Environmental Chemistry
Green Chemistry
Chemical (Engineering) Kinetics
Chemical and Balance Calculations**
Chemical Plant Design
Chemical Process Calculations **
Chemical Process Design
Chemical (Process) Technology
Industrial Chemical Processes
Industrial Chemistry
Instrumental Analysis
Macromolecular Chemistry
Mass Balance
Materials Science
Oil and Gas Chemistry
Petrochemistry
Petroleum Refinery Engineering
Polymer Chemistry / Polymer Science
Reactor Engineering
Separation Processes
Solid State Chemistry
Spectroscopic Methods/Spectroscopy
Stoichiometry
Structural Chemistry
Surface Chemistry
Transport phenomena *
Unit operations
Water/Wastewater Treatment
SUPPLEMENTARY COURSES WHICH CAN ALSO BE TAKEN INTO ACCOUNT
  • Corrosion Engineering
  • Food Analysis
  • Heat transfer *
  • Mass Transfer *
  • Membrane Technology
  • Particle Technology
  • Soil Contamination
NOTE
  • Laboratories of the respective courses should be included as well.
  • Courses marked * may be classified as Chemistry or Physics.
  • Courses marked ** may be classified as Chemistry or Mathematics.
  • Each course can be assigned to only one category.

HOW TO CALCULATE YOUR ELIGIBLITY?

Minimum level of the ECTS credits
The minimum level of the following ECTS credits in bachelor studies is required:
 
  • Mathematics – at least 5 ECTS credits
  • Physics – at least 5 ECTS credits
  • Chemistry – at least 20 ECTS credits

If your Transcript of records does not indicate the ECTS credits directly, you can use the following formula to re-calculate the number of your local credits to ECTS. To do so, write down a list of all courses in mathematics, physics, and in chemistry you have taken during your Bachelor studies together with the number of credits obtained in the particular courses, and use the following formula for re-calculation:

ECTS_course = Credit_points_course * (60 * Years_of_degree)/(Total_credits_of_degree) 

Example

You have obtained a total of 160 credits in a 3-year BSc programme.

You have taken a 4-credit course in mathematics, and you want to know the number of ECTS credits for this course:
ECTS_course = 4 * (60 * 3)/160 = 4,5

1 ECTS corresponds to 25-30 hours of all the time the student spends on the course (lectures, seminars, home preparation, …).

At UCT Prague, 1 ECTS is equal to 28 hours. 

For example:
You have taken a chemistry course, which is conducted by 3 lecture hours + 3 practice hours + 12 study hours per week. The semester is 15 weeks long and one course-hour corresponds to 50 minutes:
ECTS_course = ((3+3+12)*15)*0,83/28 = 9,6