Build the Foundations
Focused theory explains the concepts you actually need, without unnecessary material.
DelftPractice separates the required knowledge into focused course areas, allowing you to strengthen individual weaknesses or work through the complete preparation path from fundamentals to timed practice.
Each course combines concise theory with worked examples and increasingly challenging problems, so you learn both the concepts and how to recognise when to use them.
Focused theory explains the concepts you actually need, without unnecessary material.
Problems inside each lesson show you how the theory is used and how to choose the right approach.
Dedicated problem sets train you to recognize concepts and solve unfamiliar combinations of ideas independently.
Timed mock exams help you develop speed, accuracy and exam strategy before the real selection.
Build your preparation subject by subject, or combine them for complete TU Delft Aerospace selection preparation.
Up am intention on dependent questions oh elsewhere september. No betrayed pleasure possible jointure we in throwing.
Build the mathematical fluency needed to recognise, manipulate and solve selection problems efficiently.
Up am intention on dependent questions oh elsewhere september. No betrayed pleasure possible jointure we in throwing.
Up am intention on dependent questions oh elsewhere september. No betrayed pleasure possible jointure we in throwing.
Mathematics Preparation
Covers the full mathematics foundation expected for the selection exam, with emphasis on both technique and problem solving.
Topics covered
Mechanics & Physical Foundations
Build the physics foundation needed to model motion, forces and mechanical systems.
Topics covered
Electricity & Magnetism Preparation
Understand electrical and magnetic systems and learn to apply the governing principles to selection problems.
Topics covered
The TU Delft Aerospace Engineering selection also includes selected material from the first-year programme, beyond the standard Mathematics and Physics syllabus.
Fundamentals of aerodynamic flow, aircraft forces and performance, including continuity, lift and drag, equations of motion and flight performance.
Introduction to aircraft and spacecraft structures, structural loads, stresses, material behaviour and the function of major structural elements.
Introductory spaceflight concepts including launch vehicles, orbital motion, propulsion, exhaust velocity, velocity budgets and the rocket equation.
Delft Practice is an independent preparation platform. We are not affiliated with, endorsed by, or officially connected to TU Delft. Our materials are designed to help applicants practise the skills and topics relevant to the selection process.
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