Mission StatementMeditaliano is not just a website; it is an "Intelligent System" designed to automate and digitize the entire process toward your acceptance. This manual ensures you extract 100% of its functions, break information asymmetry, and seize victory through the shortest possible route.
Elite Expert Faculty
Işıl (Top 0.5% Scorer)
Leads Biology & Chemistry. Scored 73.8 points globally. Her methodology focuses on interconnecting biological pathways and rapid nomenclature recognition to beat the clock.
Shion (Founder)
Leads Physics & Mathematics. Focuses strictly on quantitative shortcuts, dimensional analysis, and back-solving strategies. He turns your weakest subjects into your ultimate weapon.
Flipped Classroom & VOD
The IMAT syllabus is vast and uncompromising. To maximize our 120-minute live sessions, we utilize a strict flipped-classroom methodology. Live sessions are engineered for advanced problem-solving and Socratic questioning—not for basic theoretical introductions.
24/7 Unlimited VOD: All live sessions are recorded in HD and permanently available on your dashboard for unlimited review until your exam day.
Setup & Personalization
Manage your environment and personal data in the Account Settings (/account/settings). Real-time data synchronization is the key to identifying your weaknesses instantly.
1. Menu - Quick Access
Access all critical learning links directly to start your daily grind:
2. Profile Management
- Edit First/Last Name & Profile Image URL
- Change Display Language & Update Country
- Email: Permanent (Security)
3. Notifications & Security
Toggle switches for Email Alerts, Product Updates, and Promotional Offers to stay informed on your terms.
Update credentials using the "Change Password" tool (8-character minimum).
4. Membership Status
Verify your Premium Scholar or Pro Ultra status. Check access levels and explore upgrade benefits.
The 5 Strategic Weapons
Your arsenal to obliterate the IMAT exam.
Science Hub
Connecting the Dots: The Hall of Science. The massive knowledge required for IMAT is fully structured into 36+2 "Sessions." No more aimless textbook reading.
Curriculum & Deep Dive
Structured Syllabus (0-24). High-Score modules for Biochemistry, Genetics, etc. Access med-school level modules to understand First Principles.
Advanced & Drill Hub
Post-Entrance materials. Mechanism for Iterative Retention: solve problems immediately after input to cement long-term memory.
★ Video Masterclass Release (2026/03/15~): Audio explanations by Dr. Pando and Shion with interactive slides.
Shuffled Practice
6000+ Big Data Practice Engine. Domination through volume. We integrated the best problems from the world's leading science entrance exams.
Data Bank & System
Includes BMAT, TOLC-MED, TOLC-F. AI auto-selects daily 40 Qs. Custom practice for specific weakness targeting.
Shuffle Engine & Focus
Randomized choices prevent memorizing "A" or "B". Filter function empowers scope adjustment across all 4 sections.
Past Papers Archive
Dissecting the Past for the Future. We transformed static PDFs into high-efficiency interactive learning modules.
Timeline & Analysis
2011-Present fully digitized. Premium Logical Analysis Engine to understand why options are wrong and master the Logical Template.
Mobile App & Review
Shuffled choices app builds a Weakness Inventory. Advanced Review materials cover background hacks.
Simulation & Translations
Strategic Mock Exams & Breaking Asymmetry.
40+ Full Mocks
Levels: Premium & Pro Ultra. Live Percentile Rankings (S~F) via radar charts. 100-minute extreme condition training.
Password for /mock-exam-A & -B: imateXampass
Complete Translations
TOLC-MED full translations since 1997. BMAT Sec 2 translated to make IMAT feel easy. Unlock hidden Italian archives.
Execution Protocols
Learning Protocol (Daily Cycle)
Science Hub: Mapping
Absorb audio & visual slides. Focus on "Why" using Deep Dive modules. Never skip Drill Hub.
Shuffled Practice: Memory
Daily Practice maintains touch, Custom Practice eradicates weak points.
Simulation: Tactics
Weekend 100-min full mock. Master time management.
The Golden Ratio
Science Hub Masterclass Manual
Ensure you have a quiet environment for maximum focus before entering the masterclass.
Access Password
e24y1xb
Controls
Study Method
- Audio: Ensure browser TTS is allowed to hear the character dialogue.
- Active Listening: Listen to English audio while tracking emerald bold text and diagrams visually.
- Practice Examples: Answer questions that appear mid-lecture instantly. Check explanations to clear doubts.
The Mega Curriculum
24 Weeks. 4 Phases. Complete Mastery.
Phase 1: Scientific Foundations
The first phase rebuilds your scientific knowledge from the ground up. Do not underestimate these topics; they form the interconnected basis required to solve complex MUR-style questions later on.
Biology 0: Basis of Life & Water
Hierarchy: From subatomic particles to the biosphere.
Water Chemistry: Covalent vs Hydrogen bonding, Cohesion, Adhesion, High specific heat capacity, High latent heat of vaporization, Solvent properties, and the anomalous expansion of water at 4°C.
Foundations: pH scale, biological buffers (bicarbonate system), Monomers vs. Polymers, dehydration synthesis, and hydrolysis reactions.
Chem 0-1: Atomic Theory & Periodicity
Atomic Structure: Bohr vs Quantum mechanical models, orbitals (s, p, d, f shapes), quantum numbers (n, l, ml, ms). Isotopes and basic mass spectrometry.
Configurations: Aufbau principle, Pauli exclusion, Hund's rule.
Periodic Trends & Bonding: Electronegativity, atomic radius, ionization energy, electron affinity. Ionic, covalent (polar/non-polar, coordinate), and metallic bonding. Intermolecular forces (Van der Waals, H-bonds).
Math 1-2: Core Algebra & Functions
Number Sets: N, Z, Q, R definitions. Fractional operations, proportions, ratios, and percentages.
Core Algebra: Powers, roots, exponential functions, and mastering the fundamental laws of logarithms.
Equations: Solving linear/quadratic equations, absolute values, and complex algebraic inequalities.
Biology 4: Biomolecules I: Carbs & Lipids
Carbohydrates: Monosaccharides (aldoses vs ketoses, glucose, fructose, galactose, ribose), Disaccharides (sucrose, lactose, maltose), Polysaccharides (starch, glycogen, cellulose, chitin), alpha vs beta glycosidic bonds.
Lipids: Triglycerides structure, saturated vs unsaturated fatty acids, cis/trans configurations, phospholipids (amphipathic nature in membranes), steroids (cholesterol, hormones).
Biology 5: Biomolecules II: Proteins & DNA
Proteins: Amino acid generic structure, R-groups properties (polar, non-polar, acidic, basic), peptide bonds. Primary, secondary (alpha-helix/beta-sheet), tertiary, and quaternary folding structures. Denaturation factors.
Nucleic Acids: DNA/RNA structures, nucleotide anatomy (sugar, phosphate, base), purines (A,G) vs pyrimidines (C,T,U), phosphodiester bonds, antiparallel double helix structure.
Chem 2: Stoichiometry & Solutions
Stoichiometry: The mole concept, Avogadro's number, calculating molar mass, determining empirical vs molecular formulas from mass percentages.
Chemical Reactions: Balancing complex equations, identifying limiting and excess reactants, calculating theoretical and percent yields.
Solutions: Concentration calculations (Molarity, Molality, mass percentage), dilution formulas (M1V1 = M2V2).
Phase 2: Cellular Dynamics
Transitioning from static structures to dynamic processes. Here, we integrate physical forces and cellular biology to understand how living systems operate, transport matter, and consume energy.
Physics 1-2: Mechanics & Kinematics
Kinematics: Vectors vs Scalars, distance/displacement, velocity, acceleration, interpreting v-t and s-t graphs, free fall, projectile motion.
Dynamics: Newton's 3 Laws of motion, friction (static/kinetic), tension, normal forces.
Energy & Momentum: Work, kinetic/potential energy, conservation of mechanical energy, power, linear momentum, elastic vs inelastic collisions.
Biology 6: Cytology & Organelles
Cytology: Detailed comparison of Eukaryotic vs Prokaryotic cells (size, ribosomes 70S vs 80S, DNA structure, reproduction methods).
Organelles: Anatomy and function of the Nucleus, Ribosomes, Rough/Smooth ER, Golgi apparatus, Lysosomes, Peroxisomes, Vacuoles, Mitochondria, Chloroplasts.
Cytoskeleton: Microtubules, microfilaments, intermediate filaments. Endosymbiotic theory evidence.
Biology 7: Membrane Transport Systems
Membrane Structure: Fluid mosaic model, role of cholesterol in fluidity, integral/peripheral proteins, glycoproteins and glycolipids.
Passive Transport: Simple diffusion, facilitated diffusion (channel vs carrier proteins), osmosis, tonicity (hypertonic, hypotonic, isotonic environments) and plasmolysis.
Active Transport: Primary active transport (Na+/K+ pump), secondary active transport (co-transport), vesicular transport (endocytosis, pinocytosis, phagocytosis, exocytosis).
Chem 3: Organic Chemistry I
Organic Intro: Carbon hybridization (sp3, sp2, sp), sigma vs pi bonds, predicting molecular geometry and bond angles.
Hydrocarbons: Alkanes, alkenes, alkynes, aromatic rings (benzene structure and stability).
Functional Groups: Identification and properties of alcohols, ethers, aldehydes, ketones, carboxylic acids, esters, amines, amides. Basic IUPAC nomenclature rules and group priorities.
Biology 8: Bioenergetics & Enzymology
Bioenergetics: Laws of thermodynamics in biology, endergonic vs exergonic reactions, the structure and hydrolysis of ATP, energy coupling.
Enzymology: Lowering activation energy, active sites, induced fit model, cofactors/coenzymes. Environmental effects (pH, temperature graphs).
Inhibition: Competitive, non-competitive, uncompetitive inhibition, allosteric regulation, feedback inhibition metabolic pathways.
Math 3-4: Geometry & Trigonometry
Geometry: Euclidean geometry (properties of triangles, Pythagoras, circles, polygons, transversals, similar/congruent figures). Solid geometry (calculating volumes and surface areas of cylinders, spheres, cones, prisms).
Trigonometry: Sine, cosine, tangent definitions. The unit circle, radians, basic trigonometric identities, and solving right triangles.
Phase 3: Advanced Systems & Final Mastery
This block contains the absolute highest-yield biology topics on the IMAT. We move deeply into energy generation and the foundational genetics required to understand the central dogma of life.
Biology 9: Cellular Respiration Pathways
Glycolysis: Investment vs payoff phases, net ATP/NADH, location (cytoplasm).
Aerobic Pathways: Pyruvate oxidation, Krebs Cycle (Citric Acid Cycle specific inputs/outputs per glucose vs per acetyl-CoA).
Oxidative Phosphorylation: Electron Transport Chain (ETC) complexes, the critical role of oxygen as the final electron acceptor, chemiosmosis, ATP synthase mechanism.
Anaerobic: Lactic acid and alcoholic fermentation pathways.
Biology 10: Photosynthesis
Foundations: Chloroplast anatomy. The nature of light and photosynthetic pigments (chlorophyll a/b, carotenoids).
Light-Dependent Reactions: Photosystem II and I, non-cyclic vs cyclic electron flow, photolysis of water, generation of ATP and NADPH.
Light-Independent Reactions: The Calvin cycle (Carbon fixation, role of RuBisCO, reduction, regeneration of RuBP). Evolutionary adaptations (C3, C4, and CAM plant mechanisms).
Biology 11: Cell Division & Reproduction
Cell Cycle: G1, S, G2, M phases, G0 resting state. Role of Cyclins and CDKs in regulation. Apoptosis mechanisms.
Mitosis vs Meiosis: Detailed phases (Prophase, Metaphase, Anaphase, Telophase). Differences between Meiosis I (reductional) and Meiosis II (equational).
Genetic Variation: Crossing over (chiasmata formation) in Prophase I, independent assortment in Metaphase I, and non-disjunction chromosomal errors (aneuploidy).
Physics 3-4: Thermodynamics & DC Circuits
Thermodynamics: Temperature vs Heat, specific heat capacity, latent heat (fusion/vaporization), heat transfer (conduction, convection, radiation). Ideal gas laws (Boyle, Charles, Gay-Lussac, Avogadro).
Direct Current (DC): Electric charge, Coulomb's law, electric fields/potential. Current, voltage, resistance, Ohm's Law. Resistors/capacitors in series and parallel. Electrical power.
Biology 12: The Central Dogma of Molecular Bio
DNA Replication: Role of specific enzymes (helicase, DNA polymerase, primase, ligase, topoisomerase), leading vs lagging strands, Okazaki fragments.
Transcription: Promoters, RNA polymerase, mRNA processing (introns/exons, splicing, 5' cap, poly-A tail).
Translation: Ribosome structure, tRNA, codons, anticodons, initiation, elongation, termination. Point mutations (silent, missense, nonsense, frameshift).
Biology 13: Classical & Human Genetics
Classic Genetics: Mendelian laws (segregation, independent assortment). Genotype vs phenotype, homozygous/heterozygous, dominant/recessive. Monohybrid and dihybrid crosses, test crosses.
Non-Mendelian: Codominance (ABO blood groups), incomplete dominance, polygenic inheritance, epistasis, pleiotropy.
Human Genetics: Sex-linked traits, autosomal linkage, and calculating probabilities from complex family pedigree charts.
Chem 14: Equilibrium, Acids/Bases & Redox
Equilibrium: Reversible reactions, equilibrium constants (Kc, Kp), Le Chatelier's principle (effects of concentration, pressure, temp shifts).
Acids & Bases: Arrhenius, Brønsted-Lowry, Lewis definitions. Strong vs weak acids, calculating pH/pOH, buffers, titration curves.
Redox: Assigning oxidation states, oxidizing/reducing agents, balancing complex half-reactions, galvanic cells, standard electrode potentials.
Math 5-6: Statistics, Probability & Combinatorics
Statistics: Descriptive stats (mean, median, mode, range, variance, standard deviation). Interpreting histograms, and scatter plots.
Probability: Mutually exclusive events (Addition rule), independent events (Multiplication rule), conditional probability, tree diagrams.
Combinatorics: Fundamental counting principle, factorials, permutations (order matters), combinations (order does not matter).
Biology 17-18: Human Physiology: Systems I
Circulatory Sys: Heart anatomy, cardiac cycle (systole/diastole), blood vessels, pulmonary vs systemic circuits, blood composition.
Respiratory Sys: Anatomy of airways, mechanism of breathing (diaphragm), gas exchange at alveoli, hemoglobin oxygen dissociation curve, Bohr effect.
Digestive & Excretory: Digestive enzymes, absorption in villi. Kidney anatomy, nephron structure (glomerulus, Bowman's capsule, Loop of Henle), urine formation.
Biology 19-20: Human Physiology: Systems II
Nervous Sys: Neuron structure, resting potential, action potential depolarization/repolarization (Na+/K+ channels), synapses, neurotransmitters. CNS vs PNS.
Endocrine Sys: Hypothalamus, pituitary, thyroid, adrenal, pancreas. Mechanisms of peptide vs steroid hormones, negative feedback loops.
Immune Sys: Innate barriers, phagocytes, inflammatory response. Adaptive immunity: B-cells (antibodies), T-cells (helper, cytotoxic), memory cells, vaccines.
Chem 15: Advanced Organic Chemistry
Advanced Isomerism: Structural isomers, chain, position, functional group isomers. Stereoisomerism: geometric (cis/trans, E/Z), optical (enantiomers, chirality centers).
Reaction Mechanisms: Recognizing primary organic reactions: nucleophilic substitution (SN1/SN2), electrophilic addition, elimination, oxidation of alcohols, esterification.
Physics 5-6: Fluids, Magnetism & Nuclear Physics
Magnetism: Magnetic fields, right-hand rules, forces on moving charges (Lorentz force), electromagnetic induction (Faraday/Lenz).
Fluid Dynamics: Density, pressure, Pascal's principle, Archimedes' principle (buoyancy), ideal fluids, continuity equation, Bernoulli's equation.
Nuclear Phys: Atomic structure, mass defect, binding energy, alpha, beta, gamma decay equations, half-life calculations.
Accountability & Frameworks
The Logic & GK Framework
"Logical Reasoning" and "General Knowledge" are not given dedicated weekly lectures in the curriculum. This is a deliberate, data-driven choice based on recent MUR format changes which drastically shifted the focus towards hard sciences.
Continuous Micro-Dosing
Logic skills cannot be "crammed". Instead, 5-10 logic questions are integrated into every single weekly quiz and mock. This builds subconscious pattern recognition over 6 months without wasting core lecture time.
GK Compendium
GK constitutes a tiny fraction of points. Rather than wasting live hours on trivia, students receive our highly condensed PDF GK Compendium and practice via Science Hub daily for 10 minutes.
Mandatory Weekly KPIs
Attending live classes is merely 30% of the work. To guarantee admission, students are strictly monitored against the following targets. Consistently falling behind triggers an academic intervention from our tutors.
100+ Question Bank Drills
Complete a minimum threshold of correctly answered questions strictly related to the current week's topic.
1 Weekly Mini-Mock
A 30-minute, 20-question randomized mock integrating past topics to enforce spaced repetition.
Error Log Root Cause Analysis
Manually entering missed questions to identify error root cause: Lack of knowledge, Misreading, or Calculation error.
Monthly Milestone Exams (Full Mocks)
At the end of every month, the entire cohort undergoes a heavily proctored, 100-minute full mock simulating exact MUR conditions.
Late April
Diagnostic Mock. Tests base retention.
Late May
Core Systems. Org Chem & Metabolism.
Late June
Integration. Genetics & Thermodynamics.
Late July
Full Readiness. Pre-Battle baseline.
The Battle Phase
August 24 - September 16, 2026
Execution Day
September 17
The absolute transition from learning to pure execution. Theoretical lectures cease entirely. We shift exclusively to Daily Simulations. This 3-week bootcamp is designed to forge extreme cognitive stamina and execute the strategies learned in Phases 1-3.
Stamina Building
3 Full Mocks/week. Focus on sitting still for 100 minutes without losing concentration. Deep peer review of logic.
Speed Optimization
4 Full Mocks/week. Time limits reduced to 85 mins to force rapid decision making, triage, and kill perfectionism.
Peak Performance
Daily Mocks executed at exactly 15:00 CET (real IMAT time) to align circadian rhythms.
Psychological Prep & Triage Strategy
Fatigue, panic, and anxiety ruin more scores than lack of knowledge. We forge an unbreakable mindset.
1. Triage & Skipping
Perfectionism is lethal. Instantly identify "time-trap" questions and skip within 15 seconds.
2. Circadian Alignment
Align your brain's peak cognitive window with 15:00 CET by taking tests at the exact same hour.
3. Stress Testing
85-min mocks make the real 100-min exam feel completely slow and manageable.
Strategy & Bureaucracy
2026 IMAT Cutoff Projections (±3%)
Rigorously analyzed baseline models. Non-EU candidates have only ONE binding choice. If mock scores are borderline, target our "Hidden Gems".
Non-EU Target Scores
| Milan (Statale) | 69.5 – 73.7 |
| Bologna | 68.9 – 73.1 |
| La Sapienza (Med) | 68.2 – 72.4 |
| Milan-Bicocca | 66.9 – 71.1 |
| La Sapienza (Dent) | 66.0 – 70.0 |
| Pavia | 65.8 – 69.8 |
| Padova | 65.2 – 69.2 |
| Turin | 64.0 – 68.0 |
| Federico II | 63.1 – 67.1 |
| Bari | 61.9 – 65.7 |
| Tor Vergata ⭐ | 59.2 – 62.8 |
| Campania ⭐ | 59.1 – 62.7 |
| Parma ⭐ | 58.1 – 61.7 |
| Marche (Ancona) | 56.1 – 59.5 |
| Messina ⭐ | 55.5 – 58.9 |
| Cagliari ⭐ | 52.4 – 55.6 |
EU Target Scores
| Milan (Statale) | 65.7 – 69.7 |
| La Sapienza (Med) | 63.1 – 67.1 |
| Milan-Bicocca | 63.1 – 67.1 |
| Bologna | 61.8 – 65.6 |
| Federico II | 61.2 – 65.0 |
| Padova | 59.6 – 63.2 |
| La Sapienza (Dent) | 58.6 – 62.2 |
| Pavia | 58.4 – 62.0 |
| Tor Vergata | 57.9 – 61.5 |
| Turin | 57.8 – 61.4 |
| Marche (Ancona) | 56.3 – 59.7 |
| Parma | 56.1 – 59.5 |
| Campania | 55.6 – 59.0 |
| Bari | 55.1 – 58.5 |
| Siena (Dent) | 54.4 – 57.8 |
| Messina | 53.7 – 57.1 |
The Non-EU Constraint
Non-EU candidates have only ONE binding choice. You cannot change this. If your mock scores are borderline (50-65 points), do not gamble on hyper-competitive hubs like Milan or Bologna. A degree from Messina is worth exactly the same as one from Milan across the entire EU.
2026 "Hidden Gems"
Based on applicant behavior trends and seat quotas, we project several excellent universities to have dropping or highly accessible cutoffs next year. Target these to practically guarantee a seat:
Tor Vergata, Parma, Campania, Cagliari, and Messina.
Application Roadmap
Passing the IMAT is only half the battle. Italian bureaucracy is unforgiving. Missing a deadline can disqualify you entirely.
Pre-Enrollment (Mar - Jul)
Universitaly.it. Non-EU must select ONE binding university. This choice goes to the embassy.
Diploma Validation (Apr - Jul)
Prove 12 years of schooling. Get a DoV from embassy OR CIMEA Statement online.
IMAT Registration (Jul - Aug)
Separate 2-3 week window on Universitaly to pay fee (~€130) and pick your global test center.
Visa & Enrollment (Aug - Oct)
Type D Study Visa. Strict 4-day window to enroll online after October scores are published.
Proving Your Success
Through Data.
IMAT success is not a battle of simple memorization. It is a battle of "Strategy"—knowing which knowledge is missing and deciding which practice to prioritize.
Meditaliano was built to automate that strategy. We will remain your strongest backup system until the day you take your first step into an Italian medical school.
Shion's Final Instructions
"Students, premium features are your ultimate arsenal for 'Autopilot to Success.' Watching the Science Hub before our Tuesday private session transforms our time into something 10x more intense. When you're ready, let's start with Dr. Pando! Try the Sample Test A first!"
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Meditaliano Coaching Elite