Semmelweis Entrance Exam 2027: Complete Preparation Guide

Official. Seven groups covering all 27 Medical biology topics of the Admission topics PDF. The Admission Rules state the list guides preparation and is not the source of the questions themselves.

• Biomolecules: structure and functions of proteins, primary, secondary, tertiary and quaternary structure, allostery, polysaccharides and chemically modified carbohydrates, glycoproteins and proteoglycans, glycerolipids including triglycerides and phosphoglycerolipids, nucleic acids and the types of RNA, chromosomes, genes, alleles and the genetic code, vitamins with their classification and biologically active derivatives
• Enzymes and molecular genetics: reversible inhibition of enzyme activity, physiological regulation by allosteric regulation and covalent modification, semiconservative DNA replication and the DNA polymerases, DNA repair mechanisms, transcription, the promoter and the initiation of transcription, RNA polymerases and the regulation of transcription, processing of eukaryotic mRNA, the place and mechanism of translation
• Energy metabolism: glucose oxidation, glycolysis and its regulation, aerobic and anaerobic energy metabolism, the fates of pyruvate, lactate and NAD+ regeneration, the citrate cycle, the electron transport chain, chemiosmosis and oxidative phosphorylation, comparison of aerobic and anaerobic ATP yield
• Cell origins and compartmentation: the origin of life, chemical evolution and the RNA world, characteristics of prokaryotic cells, bacterial diseases, compartmentation of the eukaryotic cell, functions of the nucleus, nucleolus and mitochondria, functions of the endoplasmic reticulum, Golgi apparatus and lysosomes
• Genetics, signalling and the cell cycle: the Mendelian laws of inheritance, sex-linked inheritance, inheritance of mitochondrial genes, control of mitotic cell division and cell-cycle checkpoints, the role of growth factors, cellular responses to signals, cell-surface and cytoplasmic or nuclear receptors, G proteins, second messengers and protein kinase cascades, endocrine, paracrine and autocrine effects, hormones and neurohormones with examples from the hypothalamus, pituitary and adrenal gland
• Human physiology: structure and function of the mammalian heart, the cardiac cycle and the generation and conduction of action potentials, the respiratory system and gas exchange in the alveoli, transport of oxygen and carbon dioxide in the blood, the digestive system and the major enzymes of carbohydrate, protein and lipid digestion, absorption of nutrients, the kidney and the nephron, filtration and reabsorption, the mechanism of muscle contraction and the role of the calcium ion, skeletal, cardiac and smooth muscle tissue, nervous tissue, nerve cells and glial cells, resting and action potential
• Reproduction, immunity and viruses: the human reproductive system, male and female sexual organs and sexual hormones, the biological role of meiosis, cellular and humoral immune responses, T cells, B cells and plasma cells, the major histocompatibility complex, immunoglobulins, active and passive immunisation, the general design of viruses, multiplication of bacteriophages and animal viruses, RNA replication and reverse transcription

Official. Seven groups covering all 23 Medical chemistry topics of the Admission topics PDF. This is the one test in which a calculator is permitted, so numerical items are squarely in scope.

• Atoms, bonds and water: general structure of atoms, the chemical elements of living organisms with their atomic orbitals and electron configurations, primary chemical bonds and secondary interactions, covalent bonds in organic compounds, the physical and chemical properties of water including intermolecular forces and self-ionisation
• Solutions, acids and equilibrium: solutions, their components and the types of concentration, solubility of solid, liquid and gaseous solutes, precipitation and the solubility product, acid-base reactions, the definition of pH and the pH scale, examples of strong and weak acids and bases, chemical equilibria, Le Chatelier's principle, acid-base buffer solutions
• Redox and electrochemistry: redox reactions, changes in oxidation number and the transfer of electrons, voltaic cells, standard reduction potentials and the effect of temperature, pressure and concentration on the reduction potential, redox and Lewis acid-base reactions of iron and its different ions, the biological roles of heme
• Thermodynamics and kinetics: heat of chemical reactions, exothermic and endothermic reactions, conservation of energy, changes in entropy and in free enthalpy, the driving force of natural processes, entropy and the state of matter, the rate of a chemical reaction and its dependence on temperature, activation energy and catalysis
• Organic chemistry foundations: carbon-carbon covalent bonds, saturated and unsaturated hydrocarbons, aromatic compounds, alcohols and phenols with their reactions and physical properties, oxidised derivatives of alcohols, biologically important aldehydes, ketones and carboxylic acids, amines and imines with their types and most important reactions
• Bioorganic chemistry: condensed bonds in organic compounds including ether, ester, amide, anhydride and Schiff base, the special roles of phosphate esters in biology, sulfur atoms in bioorganic molecules including thiols, thioesters and disulfides, structure and biological functions of steroids such as cholesterol and its derivatives
• Biochemical building blocks: monosaccharides and disaccharides with their definition, classification and most important representatives, the proteinogenic amino acids with their classification and examples, the peptide bond, nucleotides and nucleic acids, building blocks, purines and pyrimidines, polymer structure and base pairing

Derived, not official. Semmelweis publishes no English syllabus; these four areas follow the preparation areas named in the university's own entrance-exam material. Passages are short enough to read and answer inside a minute, and the register is semi-academic and scientific.

• Reading comprehension: main idea, purpose and tone of a short text, locating a factual detail at speed, safe inference from context without over-interpreting, cause and effect, contrast, comparison, sequence and definition structures, reference words such as this, which, it and the former, working out an unknown word from context
• Grammar and sentence structure: verb tenses including perfect and continuous forms, the passive voice as used in scientific writing, modal verbs, zero, first, second and third conditionals, relative clauses, articles, prepositions, subject-verb agreement, countable and uncountable nouns, comparatives and superlatives, reported speech and indirect questions, sentence correction covering word order, parallelism, pronoun reference and modifier placement
• Vocabulary and word formation: academic verbs such as analyse, derive, indicate, regulate and inhibit, connectors such as however, therefore, although and whereas, prefixes such as hypo-, hyper-, endo-, exo- and inter-, suffixes such as -ase, -ose, -lysis, -genic and -emia, synonyms, antonyms and near-synonyms in scientific context, collocations such as bind to a receptor and secrete a hormone, formal versus conversational wording, false friends
• Scientific sentence patterns: high-frequency academic sentence frames, statements of composition, function, location, conversion and regulation, sentences describing an increase or decrease as a variable changes, unlike-X-Y contrast patterns, choosing the option that correctly restates a scientific statement

Derived, not official. The only official statement is that English terminology is required across the scientific areas, so the six areas below map the terminology domains and language functions Semmelweis's own material points at. Every term stays inside the official Medical biology and Medical chemistry topic scope.

• Core biology terminology: cell, tissue, organ and organelle, membrane, nucleus, mitochondrion and ribosome, enzyme, substrate, receptor and signal, gene, chromosome, allele and mutation, metabolism, catabolism, anabolism and homeostasis, each recognised in a one-sentence definition and inside a cause-and-effect statement
• Molecular biology and genetics terminology: DNA and RNA, replication, transcription and translation, codon and anticodon, polymerase, promoter and splicing, mRNA, tRNA and rRNA, genotype and phenotype, inheritance, dominant and recessive, sex-linked inheritance and mitochondrial inheritance
• Physiology terminology: heart, atrium, ventricle and valve, circulation and blood pressure, respiration, alveolus, oxygen, carbon dioxide and haemoglobin, kidney, nephron, filtration and reabsorption, digestion and absorption, muscle contraction, neuron, action potential and synapse
• Immunology and infection terminology: pathogen, bacterium and virus, capsid, antigen and antibody, immunoglobulin, T cell, B cell and plasma cell, MHC, vaccine, active and passive immunisation, inflammation and immune response
• Chemistry and biochemistry terminology: atom, orbital and electron configuration, covalent, ionic and hydrogen bond, solution, concentration and solubility, acid, base, pH and buffer, redox, oxidation and reduction, enthalpy, entropy, free energy, activation energy and catalyst, hydrocarbon, alcohol, aldehyde, ketone, carboxylic acid, amine, ester, amide, thiol, steroid, monosaccharide, amino acid and nucleotide
• Scientific language functions: the seven functions this test rewards (definition, process description, comparison, cause and effect, location, function and regulation), judging whether a sentence uses a biomedical term correctly, and learning sound-alike term pairs as deliberate contrasts rather than one at a time

It's Semmelweis University's own admission examination for its English-taught Medicine, Dentistry and Pharmaceutical Sciences programmes in Budapest. The written stage is four separately timed tests of 20 questions in 20 minutes each (Medical Biology, Medical Chemistry, General English and Biomedical English, 80 questions in total), and an oral interview in Biology, Chemistry and English follows it.

There is no single national date. Exams are held once or twice a week from early February until the end of June, and Semmelweis sends the exact dates to applicants who have applied through its SEMAPHOR system, where you book a slot. For a 2027 start the application deadline is 31 May 2027; the 2027 exam dates are not published yet.

Its content is within reach of a strong final-year school student; the format is what makes it hard. Each of the four tests has its own 20-minute clock for 20 questions, you cannot go back to a question, half the marks are English, and a wrong answer costs a fraction of a point whose size is not published. An oral interview follows.

Semmelweis publishes no pass mark: its Admission Committee decides on your exam performance and your school record. So the aim is the highest score you can reach in all four tests. Learn the official topic list for Medical Biology and Medical Chemistry, give the two English tests as much time as the sciences, and practise in four separate 20-minute blocks with no going back.

Semmelweis publishes no past papers. Its entrance-exam page offers a free sample version of the online test on its Moodle, 10 questions in 10 minutes, with the logins given on that page; like the real tests, it opens only in Safe Exam Browser. The same page links the official topic list and four recommended textbooks. For study notes, the topic list and those textbooks are Semmelweis's own material; IvyTest's study guide covers every topic on that list, and IvyTest's free sample test, linked on this page, sets 80 new questions in the same four-test format with every answer explained.

Tuition is €9,340 per semester, €18,680 a year, as Semmelweis's General Medicine page gives it, plus one-time fees. On top come a USD 350 admission-procedure fee, a non-refundable USD 2,000 deposit deducted from the first semester's tuition, and a USD 220 enrolment fee. Semmelweis's own pages disagree on those two fees: the admissions FAQ gives USD 350 and USD 220, while the General Medicine page and the 2026/27 Admission Rules give USD 400 and USD 230, so check the amount when you pay. Living costs in Budapest run at about €500 to €800 a month.

Neither. There is no shared Hungarian medical entrance test. Each of the four schools writes and delivers its own, and the shapes differ substantially: Semmelweis runs four separately timed 20-minute tests with English worth half the marks, Debrecen pairs a compulsory Biology paper with a choice of Chemistry or Physics, Pécs runs a single 100-minute paper in which 60 of the 100 questions are English, and Szeged runs 60 questions in 60 minutes across Biology, Chemistry and a combined General and Medical English section.

Online. The written tests are computer-based, delivered through the university's Moodle, and sat on your own computer in Safe Exam Browser on a single display, with Zoom camera and microphone on throughout. The oral interview follows separately, in person by default, though online interviews are also offered. A calculator is permitted in the Medical Chemistry test only.

A correct answer is worth +1 and a blank is worth 0 (both official). For a wrong answer the official page says only that 'Fragment points are subtracted for incorrect answers proportionally', and the exact fraction is published nowhere. That matters for guessing: with four options a blind guess is worth 0.25 − 0.75p marks, where p is that fraction. The expression is positive for any p below one third, exactly zero at p = 1/3, and negative above it. So unless the deduction is larger than a third of a mark, guessing beats leaving a blank, and eliminating even one option first improves the return whatever p is.

None is published. IvyTest checked the official entrance-exam page, the official FAQ and the programme pages on 21 September 2026 and found no pass mark, minimum score or ranking rule. One answer is often misread as a threshold: the FAQ states there is no GPA minimum for application or admission, and that an entrance examination must be taken instead. That is about school-leaving grades, not about the exam result, and it is not a pass mark.

No. Semmelweis publishes no per-test minimum, and Hungary has no counterpart to the Italian Obblighi Formativi Aggiuntivi mechanism. The four tests are simply equally weighted at 20 marks each.

Because the programmes are taught and examined in English, and Semmelweis tests it as two separate subjects rather than as a fluency check. General English covers grammar, vocabulary and semi-academic reading; Biomedical English covers scientific and clinical terminology across the same ground the two science tests examine. Together they are worth 40 of the 80 marks, the same as Medical Biology and Medical Chemistry combined.

No. Questions are presented one at a time in a fixed order and cannot be revisited once you proceed. You may leave an item blank, but you cannot return to it. Each 20-minute test submits automatically when its clock expires, and time saved in one test does not carry into the next.

Semmelweis publishes no seat count or applicant volume for its English-taught programmes, so any acceptance rate quoted elsewhere is an estimate rather than a university figure. What is documented is the institution's standing: Semmelweis is consistently ranked Hungary's leading medical university and among the strongest in Central and Eastern Europe, but that reflects prestige rather than a published admissions-difficulty number. Candidates may sit up to two exam occasions per calendar year.

Within the EU, yes: automatically, as a standard Hungarian medical degree. There is no separate Hungarian licensing exam afterwards: the closing exam (záróvizsga) is built into year six of the degree itself, and registration with Hungary's national register of healthcare professionals is automatic rather than competitive. A specialist exam (szakvizsga) applies later, only to those pursuing specialty practice after residency. Outside the EU recognition isn't automatic as a rule, but the UK is an exception. Under the Medical Act 1983 (section 21B, as in force on 12 October 2026), a Hungarian medical degree is a 'relevant European qualification', so a graduate who applies to the GMC with one, whatever their nationality, is not asked to show the knowledge and skills other international graduates prove through PLAB/UKMLA; evidence of English is still required, and the rule is UK policy that can change. US-bound graduates need ECFMG certification via USMLE Step 1 and Step 2 CK, the same requirement every international medical graduate faces.

Yes. The IvyTest simulator runs Semmelweis-format practice (four separate 20-minute tests of 20 questions each across Medical Biology, Medical Chemistry, General English and Biomedical English, with no backward navigation) in timed, tutor and review modes, with a free diagnostic available without payment.

The entrance exam is the requirement: written tests in Biology, Chemistry, General English and Biomedical English, then an oral interview. No language certificate is asked for, though upper-intermediate English is expected. You apply in SEMAPHOR by 31 May 2027 with a motivation letter and your documents in English. The admission office, Semmelweis's Admission Team, answers at admissions@semmelweis.hu.

General Medicine takes six years (12 semesters, 360 credits) in English. Years 1 and 2 are the theoretical module (medical chemistry, cell science, biophysics, anatomy, histology, physiology), year 3 is pre-clinical (pathology, microbiology, immunology), years 4 and 5 are clinical block rotations in small groups, and year 6 is the internship year, with the thesis submitted in its January.

Not on the transfer route, which is open only to students of another Hungarian medical university: the Faculty of Medicine's Examination and Studies Committee decides on their academic results (at least 30 credits, and an average of at least 3.51 in the last two semesters; applications in SEMAPHOR by 15 July), and its published criteria include no entrance exam. From a medical school abroad, Semmelweis recommends the regular admission, entrance exam included, with credits for equivalent subjects transferred after admission. Separately, the 2026/27 Admission Rules let applicants with a relevant B.Sc. taught in English ask the Admission Committee for an exemption from the exam; it is discretionary, not automatic.

Yes. After the four written tests comes a personal interview that includes an oral examination: Semmelweis says it covers your knowledge of Biology, Chemistry and English as well as your professional attitude, motivation towards medicine and communication in English. It is held in person by default, with online interviews also offered, on announced dates after the written tests. The professor who conducts it records an evaluation and a recommendation, and the Admission Committee, which includes that professor, decides on the written tests, the interview and your documents together. The decision letter follows within a week of the interview, usually in a couple of days.

Only in one case, and never automatically. Under the Admission Rules (2026/27, the latest published), an applicant with a B.Sc. or higher degree in a field closely related to medicine, biology or chemistry, from a programme taught in English, may ask for an exemption: submit the application in SEMAPHOR with the diploma, transcripts, recommendation letters and proof of English, then email the request to admission@semmelweis.hu. The Admission Committee decides case by case, and if it says no you can still sign up for the exam. No standardised test replaces the exam, and there is no GPA minimum either: the decision rests mainly on the entrance examination.

Yes: r/semmelweisuni, where Semmelweis University applicants ask each other about the Semmelweis Entrance Exam and share how their preparation is going. It is run by the IvyTest team. Dates, rules and results come only from the university's own pages, listed under Official sources on this page.

r/semmelweisuni