Exam Structure: EGE vs. University Course
The EGE in chemistry consists of four thematic blocks: general concepts (atomic structure, chemical equilibrium, classification of reactions), inorganic chemistry, organic chemistry, and calculation problems (concentrations, thermochemistry, molar ratios, Part 2 problems). It is a written test-based exam featuring open-ended response tasks with standardized structures that remain unchanged for years.
The medical university chemistry exam is the culmination of the first winter examination session, and its format is fundamentally different. To sit the exam, students must first obtain eligibility (admission): pass colloquia (graded group oral quizzes), submit practical class reports (including titration and other laboratory techniques), and complete ongoing assessments. The exam itself includes an oral discussion with an instructor, problem-solving, and a review of theoretical principles.
Thematic Blocks of the University Course
The chemistry curriculum at a medical university covers a significantly broader range of sections than the school curriculum:
- General chemistry — thermodynamics (including Hess's law, Gibbs free energy), chemical kinetics, solution chemistry, and colligative properties (including Raoult's law).
- Inorganic chemistry — studied through the lens of atomic structure and chemical bonding, rather than through rote learning of properties.
- Bioorganic chemistry — analysis of properties through electronic effects, study of biologically significant classes: aromatic compounds, acids, carbohydrates.
- Colloidal chemistry — a section absent in the EGE; covers proteins, coagulation, electrolyte properties, electrodialysis, swelling, and sedimentation. This is the chemistry most closely related to processes occurring in the human body.
The Main Difference: Understanding Over Rote Memorization
The EGE focuses primarily on knowing the properties of inorganic and organic substances. Knowing inorganic properties practically guarantees passing the EGE. At the university level, the approach is reversed: the instructor does not require re-learning properties—it is assumed that basic skills were already formed in school. Instead, students are required to build logical chains: from atomic structure and the nature of chemical bonding to substance properties; from electronic effects to the reactivity of organic compounds.
While knowing properties is key to successfully passing the EGE, scoring a grade of 4 or higher on the university chemistry exam requires a solid command of general chemistry—thermodynamics, kinetics, and solution theory.
Preparation Strategy: Time and Systemic Approach
The EGE can be mastered through repetitive drilling («nareshivanie»): the tasks are standardized, and the exam permits only the Periodic Table, solubility chart, and a simple calculator. The university exam cannot be prepared for this way—there is no codifier or specification, problems may contain excess or missing data, and there are open-ended questions without a single definitive answer. On the university exam, by contrast, reference tables are usually allowed—the student's task is to demonstrate understanding.
A semester's worth of material cannot be crammed—cramming causes the information to become jumbled. It must be systematically derived and interconnected. For instance, most formulas in the solution chemistry block can be derived from a single base formula — the equilibrium constant. This approach allows knowledge to build upon itself, forming a cohesive system.
Practical Recommendations for Freshmen
- From the very first classes, focus on understanding the derivation of formulas rather than memorizing them mechanically.
- Systematically prepare for colloquia—without them, you will not be admitted to the exam.
- Take practical classes seriously: laboratory work is fully graded.
- Prioritize the general chemistry section as the core of the examination requirements.
- Abandon school template-based methods: the university requires flexible, not reproductive, thinking.
- Allocate a significant amount of time—the volume and depth of the course material are incomparable to the EGE.
Key points
- The medical university chemistry exam includes colloquia, practical work, and an oral exam—it is not a single test, but a multi-stage assessment.
- The university curriculum introduces sections of general and colloidal chemistry that are absent in the EGE.
- A strong grasp of general chemistry (thermodynamics, kinetics, solutions) is the foundation for a high grade on the exam.
- Substance properties at the university level are derived from structure rather than memorized.
- Problems may contain redundant or missing data, or be open-ended.
- Template-based preparation that works effectively for the EGE does not work at the university level.
- Most formulas in the solutions section are derived from the equilibrium constant—an example of a systemic approach.
- Understanding and time are the two main resources for successfully passing the first winter examination session.