<\/p>\nLanding a place at TU Delft as an IB Diploma student is a satisfying challenge: it asks you to combine depth in maths and sciences with the personal clarity that universities look for. This guide walks you through smart IB subject choices, application mechanics specific to the Netherlands, what selection committees typically value, and practical ways to build a competitive profile \u2014 all in a friendly, no-nonsense style that speaks to busy IB students navigating final-year pressure.<\/p>\n
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Applying to Dutch universities usually starts in a shared national system and then moves to the university\u2019s own checks and selection steps. For international IB students, the big operational points are simple but crucial: follow the national application route (commonly the centralized enrolment system), submit your official IB documentation when requested, and meet any program-specific selection or admission steps. For a practical reason: some engineering degrees are capacity-limited \u2014 they use a numerus fixus \u2014 so you must pay particular attention to those deadlines and selection rules.<\/p>\n
Numerus fixus programs have a fixed number of places and often an earlier deadline. If your preferred TU Delft engineering program is under numerus fixus (for example certain technical programs), you need to submit by the program\u2019s early cut-off and prepare for competition by both grades and program-specific selection criteria.<\/p>\n
Your subject choices are the single most influential, controllable part of your application. The key truth is this: TU Delft and like-minded technical universities want clear evidence you can handle heavy mathematics, physics, and problem-solving. Pick subjects that make those strengths impossible to ignore.<\/p>\n
Aim to signal mathematical maturity, scientific reasoning, and technical curiosity. That usually looks like:<\/p>\n
For engineering, Analysis & Approaches (AA) at HL is generally the safer, more persuasive choice: it builds algebraic fluency and rigorous calculus skills that are referenced in first-year university modules. Applications & Interpretation (AI) is practical and valuable, but it leans toward modelling and statistics rather than pure mathematical foundations. If you want to keep the broadest set of technical choices open, prioritize Math AA HL.<\/p>\n
| TU Delft Engineering Program<\/th>\n | Recommended HL Subjects<\/th>\n | Complementary SL\/HL<\/th>\n | Admissions tip<\/th>\n<\/tr>\n<\/thead>\n |
|---|---|---|---|
| Aerospace Engineering<\/td>\n | Math HL (AA), Physics HL<\/td>\n | Computer Science SL\/HL or Chemistry SL<\/td>\n | Emphasize calculus-based problem work and any aerodynamics projects.<\/td>\n<\/tr>\n |
| Mechanical Engineering<\/td>\n | Math HL (AA), Physics HL<\/td>\n | Design Technology SL or Computer Science SL<\/td>\n | Project-based EE topics and shop\/robotics experience are persuasive.<\/td>\n<\/tr>\n |
| Civil Engineering<\/td>\n | Math HL (AA), Physics HL or Chemistry HL<\/td>\n | Geography SL or Environmental Systems<\/td>\n | Fieldwork and structural modelling projects help contextualize interest.<\/td>\n<\/tr>\n |
| Electrical Engineering<\/td>\n | Math HL (AA), Physics HL<\/td>\n | Computer Science SL, Design Technology<\/td>\n | Include circuit design, programming or embedded systems evidence.<\/td>\n<\/tr>\n |
| Computer Science & Engineering<\/td>\n | Math HL (AA), Computer Science HL (if available)<\/td>\n | Physics SL or another technical subject<\/td>\n | Highlight coding projects, algorithms, and data-structure work.<\/td>\n<\/tr>\n |
| Chemical \/ Process Engineering<\/td>\n | Math HL (AA), Chemistry HL<\/td>\n | Physics SL<\/td>\n | Lab experience and chemical-process projects are very helpful.<\/td>\n<\/tr>\n<\/tbody>\n<\/table><\/div>\nUsing the Extended Essay, IA and CAS to stand out<\/h3>\nYour Extended Essay (EE) and Internal Assessments are portable evidence of sustained inquiry. An EE in physics, engineering, or applied maths will make your technical interest tangible; practical IAs that include modelling, laboratory rigor, or programming show the same. CAS activities that tie into robotics, engineering societies, or community projects help show you can apply technical skill socially and ethically \u2014 a quality many engineering admissions panels value.<\/p>\n Grades, predictions, and what selection panels actually look for<\/h2>\nAcademic performance matters \u2014 predictably \u2014 but the way it\u2019s used varies. TU Delft and similar technical universities look for both the absolute level of achievement and subject relevance. As an IB applicant, the right combination of HLs and strong predicted marks in those HLs will be the first box you need to tick.<\/p>\n How to think about target scores<\/h3>\nA useful mental rule: aim for the kind of results that make your subject strength unmistakable. Instead of obsessing over a single number, focus on:<\/p>\n
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