Εισαγωγικές Εξετάσεις Πανεπιστημίων

University Admissions Test Excellence

Competitive university admissions demand strong standardized test performance. I provide targeted, results-driven preparation for the mathematics and quantitative reasoning components of every major admissions examination.

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GMAT (Graduate Management Admission Test)

For business school applicants targeting top MBA programs worldwide.

Quantitative Section Structure:

Component	Questions	Time
Problem Solving	17 to 18 questions	Part of 62 min
Data Sufficiency	14 to 15 questions	Part of 62 min

Problem Solving Content:

• Arithmetic: Operations, properties, and number sense
• Algebra: Equations, inequalities, and word problems
• Rate Problems: Work, speed, and mixture scenarios
• Geometry: Coordinate geometry and spatial reasoning
• Number Properties: Divisibility, primes, and remainders

Data Sufficiency Mastery: This unique question type requires determining whether given information is sufficient to answer a question. I teach a systematic approach to evaluate sufficiency without necessarily solving the problem, saving valuable time on exam day.

Integrated Reasoning Section:

• Multi-Source Reasoning: Synthesising data from multiple inputs
• Graphics Interpretation: Reading charts, graphs, and diagrams
• Two-Part Analysis: Solving interrelated components
• Table Analysis: Sorting and interpreting tabular data

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GRE (Graduate Record Examination)

For graduate school applicants across all disciplines.

Quantitative Reasoning Format:

Section	Questions	Time
Section 1	20 questions	35 minutes
Section 2	20 questions	35 minutes

Question Types:

• Quantitative Comparison: Compare two quantities (unique to the GRE)
• Multiple Choice (Single Answer): Standard format
• Multiple Choice (Multiple Answers): Select all that apply
• Numeric Entry: Type your computed answer

Content Areas:

• Arithmetic: Number properties, percentages, and ratios
• Algebra: Equations, inequalities, and functions
• Geometry: Lines, circles, triangles, and 3D figures
• Data Analysis: Statistics, probability, and data interpretation

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BMAT (BioMedical Admissions Test)

For medicine, veterinary science, and biomedical science applicants.

Section 2: Scientific Knowledge and Applications

Subject	Coverage
Mathematics	Number, algebra, geometry, statistics
Physics	Mechanics, electricity, waves
Chemistry	Atomic structure, reactions, calculations
Biology	Cells, genetics, human biology

Mathematical Content Includes:

• Number Theory: Arithmetic and numerical reasoning
• Algebra: Manipulation, equations, and problem solving
• Geometry: Shapes, mensuration, and spatial reasoning
• Statistics: Measures of central tendency and probability
• Trigonometry: Core identities and angle calculations

The BMAT rewards efficient application of mathematical concepts under time pressure, with approximately 27 questions in just 30 minutes.

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IMAT (International Medical Admissions Test)

For applicants to Italian medical and dental school programs.

Mathematics and Physics Section:

• Logical Reasoning: Working with numerical information
• Problem Solving: Applying mathematical concepts quickly
• Data Interpretation: Analysing charts, tables, and graphs
• Physics Applications: Fundamental physics calculations

Preparation Focus:

• Mental Arithmetic: Speed and accuracy without a calculator
• Efficient Strategies: Shortcut methods for common patterns
• Pattern Recognition: Identifying recurring question structures
• Time Management: Allocating effort for maximum marks

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University-Level Mathematics Support

For students who need support in first-year university courses.

Common Modules:

• Linear Algebra: Vectors, matrices, and linear transformations
• Calculus I and II: Differentiation, integration, and series
• Statistics: Descriptive statistics, probability, and inference
• Discrete Mathematics: Logic, sets, and combinatorics
• Mathematical Analysis: Limits, continuity, and convergence

I help students bridge the gap between secondary school and university mathematics, developing the rigorous thinking required for undergraduate success.

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My Test Preparation Methodology

Phase	Approach
Test Familiarity	Understanding format, timing, and question types
Content Review	Focused coverage of all tested mathematical material
Strategy Development	Test-specific techniques for maximum efficiency
Timed Practice	Building speed and accuracy under realistic conditions
Error Analysis	Learning from mistakes to prevent repetition
Score Optimization	Strategic approaches to maximize the final score

Every admissions test has its own character and demands tailored preparation. I adapt my teaching to the specific requirements of each examination while building the underlying mathematical competence that transfers across all tests.