The entrance exam is conducted remotely on a dedicated educational platform called KAMPUS – REKRUTACJA.

To take the exam, you must have a device equipped with a camera and screen sharing capability. A notebook/laptop computer is recommended. The camera and microphone must be active, and your internet connection must be stable. If your internet is unstable or your identity cannot be verified (e.g., due to poor lighting), you may be disqualified — even with a high score.

Structure of the exam:

• 50 questions of equal value
• Only one correct answer per question
• Once an answer is approved, it cannot be changed
• Questions appear one at a time — no going back
• Window-switching is monitored and may result in disqualification
• No calculator is needed
• You receive your score immediately upon completing the test
• You need at least 30/50 points to qualify

Exam content:

• Math & Physics: Basic secondary school level (3 + 3 questions)
• Inorganic and Analytical Chemistry: 13 questions
• Physical Chemistry: 16 questions (including 2 on quantum chemistry, spectroscopy, and crystallography)
• Organic Chemistry: 12 questions (including 2 on biochemistry)
• Chemical Technology: 3 questions

Topics covered:

Math & Physics – Basic knowledge at secondary school level.

Inorganic Chemistry

• Periodic table of elements
• Properties of selected elements and their compounds: hydrogen, alkali and alkaline earth metals, carbon, silicon, nitrogen, phosphorus, oxygen, sulfur, halogens, d- and f-block elements
• Complexes
• Chemical analysis: significant figures, acids and bases (Brønsted, Lewis), pH calculations, buffers, solubility product
• Elements of qualitative and quantitative analysis

Organic Chemistry and Biochemistry

• Hydrocarbons: alkanes, alkenes, alkynes
• Aromatic hydrocarbons
• Alcohols, amines, aldehydes, ketones
• Carboxylic acids and derivatives
• Heterocyclic and multifunctional compounds
• Identification using spectral methods
• Basic biochemistry

Physical and Theoretical Chemistry

• Gases, thermodynamics, thermochemistry
• Entropy and free energy
• Chemical equilibrium
• Phase transitions (single- and multi-component systems)
• Electrochemistry: electrode potentials, galvanic cells, electrolysis
• Kinetics
• Electrical and magnetic properties
• Crystallography, quantum chemistry, spectroscopy

Chemical Technology and Biotechnology

• Basics of chemical technology
• Mass and heat transfer
• Kinetics in industrial processes
• Industrial separation and purification techniques

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