Teach17

A strong application for Engineering at Oxford or Cambridge is not about squeezing in as many books, competitions and work-experience placements as possible.

The strongest personal statements show intellectual curiosity. They demonstrate that you have encountered an engineering idea, thought carefully about it, explored it further and perhaps ended up asking another question.

For 2027 entry, the UCAS personal statement is divided into three questions:

1. Why do you want to study this course or subject?
2. How have your qualifications and studies helped you to prepare?
3. What else have you done outside formal education to prepare, and why has it been useful?

You still have 4,000 characters in total, including spaces, and each answer must contain at least 350 characters. UCAS specifically advises applicants not simply to list subjects and qualifications but to give examples depth and context.

So what should a prospective Oxford or Cambridge engineer actually include?

1. A genuinely academic reason for wanting to study Engineering

Go beyond “I have always enjoyed building things”.

What is intellectually satisfying about Engineering?

Perhaps you enjoy using mathematics to predict what a physical system will do, finding elegant solutions to practical problems or seeing theoretical physics become useful technology.

The opening should begin to reveal how you think rather than simply announcing that Engineering is your chosen career.

2. One engineering question that genuinely interests you

Specific questions are much more memorable than broad claims about being passionate about technology.

For example:

Why do aircraft wings stall?

How can a skyscraper withstand strong winds?

Why are electric motors so efficient?

How can regenerative braking recover energy?

What limits the efficiency of a wind turbine?

You do not need to know the complete answer. Showing that you enjoy investigating the question is valuable in itself.

3. Evidence of where your curiosity took you next

This is particularly important.

Cambridge advises applicants to demonstrate the connections between their academic interests and explain how one interest led to another.

For example:

You study terminal velocity at A-level → become interested in drag → investigate aerodynamic drag → discover boundary-layer separation → start reading about aircraft wing design.

That is far stronger than listing four unrelated engineering activities.

4. Mathematics used to understand something

Engineering at Oxford and Cambridge is highly mathematical.

Rather than writing that Mathematics is your favourite subject, describe somewhere mathematics allowed you to understand a physical system.

You might discuss calculus, vectors, mechanics, differential equations, optimisation, statistics or mathematical modelling.

The interesting part is not the mathematical technique itself but what it allowed you to discover.

5. Physics connected to a real engineering problem

Avoid simply listing A-level topics such as mechanics, electricity and materials.

Take one idea and extend it.

Studying moments might lead you towards bridge structures.

Studying electromagnetic induction might lead you towards motors and generators.

Studying thermal physics might lead you towards heat engines or energy efficiency.

Show the transition from school physics to engineering thinking.

6. Something you explored beyond the syllabus

This does not have to be university-level mathematics.

It could be a concept you encountered independently through a book, lecture, article, podcast, video, course or project.

What matters is that you went beyond what your teacher required you to do.

Oxford describes this process as supercurricular study: explore something, actively engage with it and then reflect on what you learned.

7. A book — but only if you have something interesting to say about it

Dropping the titles of five engineering books into a statement achieves very little.

One book explored properly is better.

You might explain:

an argument you found convincing;

an idea that surprised you;

something you disagreed with;

a problem you subsequently investigated;

or how the book changed your understanding of engineering.

Books such as J. E. Gordon’s Structures: Or Why Things Don’t Fall Down can provide a starting point, but the important part of the statement is your response to the ideas rather than the name of the book.

8. A lecture, podcast, article or video that changed your thinking

You do not need expensive summer schools to demonstrate academic curiosity.

University lectures, engineering podcasts, research articles and good-quality online material can all provide excellent material.

Again, avoid:

“I watched a lecture about aerodynamics and found it fascinating.”

Explain the idea you encountered and what you thought about it.

9. A practical project

Engineering involves applying ideas, so something you have designed, built, programmed, tested or modified can be extremely useful evidence.

It might involve:

Arduino;

Raspberry Pi;

electronics;

CAD;

robotics;

3D printing;

a model structure;

programming;

or simply trying to improve an everyday object.

Oxford specifically suggests that applicants might discuss activities such as building a robot or teaching themselves programming, but stresses that applicants should explain the engineering principles they learned.

10. Programming used to solve a problem

Simply writing “I know Python” tells an admissions tutor very little.

Explain what you did with it.

Perhaps you simulated projectile motion, analysed experimental data, controlled a microcontroller, modelled a system or wrote a program to optimise a design.

Programming then becomes evidence of problem solving rather than another qualification to add to a list.

11. A difficult problem that made you think

Engineering admissions tutors are interested in students who enjoy unfamiliar problems.

You might discuss a Physics Olympiad problem, an engineering puzzle, an Isaac Physics question, a mathematical challenge or something you devised yourself.

You do not have to present the full solution.

Instead explain what made the problem interesting and how your approach developed.

12. Something that failed

This can make an excellent section of an Engineering statement.

Perhaps:

a bridge model collapsed;

a circuit did not behave as expected;

your code produced strange results;

a measurement contradicted your prediction;

or your first design was inefficient.

Explain how you investigated the problem and what you changed.

Testing, failure, diagnosis and redesign are fundamental parts of engineering.

13. A competition or challenge — with reflection

Maths Challenges, Physics Olympiads, robotics competitions, F1 in Schools and engineering design challenges can all be worth discussing.

But receiving a certificate is not the interesting part.

What problem stretched you?

What did you discover?

What did you do differently afterwards?

Use the experience as evidence of thought rather than evidence collection.

14. Work experience, if you have it

Engineering work experience can be useful, but it is not essential.

Oxford explicitly acknowledges that not everyone has access to engineering work experience.

If you have completed a placement, avoid giving the admissions tutor a diary:

“On Monday I observed… On Tuesday I visited…”

Instead choose one technical problem, process or engineering decision you encountered and discuss what you learned from it.

15. An independent mini-investigation

One of the best ways to demonstrate genuine curiosity is to investigate something simply because you wanted to know the answer.

For example:

How does gear ratio affect acceleration?

Which bridge shape carries the greatest load?

How does changing the length of a pendulum affect its period?

Why are aircraft windows rounded?

Could a small solar panel realistically charge a particular device?

You could research the theory, make predictions, collect data, model the system or build something.

It does not have to be groundbreaking research.

The independence is what matters.

16. Reflection after almost every major example

A useful test for every activity mentioned in your statement is to ask:

“So what?”

You read a book. So what?

You attended a lecture. So what?

You completed work experience. So what?

You built a robot. So what?

What did you learn?

What interested you?

What did you question?

What did you investigate next?

Cambridge’s current guidance explicitly says it is interested in applicants’ thoughts and recommends focusing on a few activities in detail rather than trying to mention everything you have done.

17. Evidence that you enjoy thinking like an engineer

By the end of the statement, the reader should have encountered someone who:

enjoys mathematics and physics;

asks questions;

tackles unfamiliar problems;

looks beyond the syllabus;

makes connections between different ideas;

tests assumptions;

learns when things go wrong;

and pursues interesting questions independently.

You do not need to finish by declaring that you want to “change the world through engineering”.

Your examples should already have demonstrated why studying Engineering is the logical next step.

The mistake to avoid

Do not treat these 17 points as 17 boxes that must all appear in 4,000 characters.

That would probably make the statement worse.

Cambridge explicitly advises applicants to concentrate on a few academic activities in detail. Oxford similarly encourages applicants to reflect on supercurricular experiences rather than reel off a list.

For a highly competitive Engineering application, three or four well-developed chains of thought can be more convincing than 15 impressive activities mentioned briefly.

A particularly useful structure is:

Interest → exploration → new knowledge → reflection → next question.

For example:

“I encountered Bernoulli’s principle in Physics. This led me to question the simplified explanation often given for aircraft lift. After reading further about pressure distributions and circulation, I became particularly interested in how angle of attack changes airflow and why boundary-layer separation eventually produces a stall…”

That sounds like someone thinking about Engineering.

Compare it with:

“I have read books about aerodynamics, watched engineering lectures and attended an engineering summer school.”

The first gives an admissions tutor something to discuss with you.

The second gives them a list.

Remember: you are applying for Engineering, not writing an advertisement for Oxford or Cambridge

Oxford specifically tells applicants to focus their UCAS statement on why they want to study their chosen course rather than on Oxford itself.

Cambridge also says it does not expect the UCAS personal statement to be aimed specifically at Cambridge.

This matters because the same statement is sent to all of your UCAS choices.

Concentrate on being an interesting prospective engineer.

One final test

Before submitting the statement, highlight every sentence that describes something you have done.

Then underline every sentence explaining what you thought, learned, questioned or investigated as a result.

If there is plenty of highlighting but very little underlining, the statement probably needs more reflection.

For an Oxford or Cambridge Engineering applicant, what you think about your experiences is usually much more interesting than how many experiences you can list.

Sources and further reading

The guidance in this article draws primarily on current information from UCAS, the University of Oxford and the University of Cambridge.

UCAS explains the new three-question format, the 4,000-character total limit and its emphasis on adding depth and context rather than simply listing qualifications and activities.

University of Oxford undergraduate admissions guidance explains the role of the personal statement and advises applicants to concentrate on their motivation for their course rather than trying to write specifically for Oxford.

Oxford’s Department of Engineering Science gives Engineering-specific guidance, including discussion of projects, programming and work experience, and stresses the importance of explaining what an applicant learned from these experiences.

The University of Cambridge’s personal statement guidance is particularly useful for high-achieving applicants. It recommends focusing on a smaller number of academic activities in depth, explaining what you learned and showing connections between your different academic interests.

Oxford’s Engineering Science pages and Cambridge’s Engineering course pages are also worth reading carefully before writing anything, because understanding what the courses actually involve will help you decide which areas of your own interest are most relevant.

For ideas for supercurricular exploration, Oxford’s Explore Engineering Online resources include engineering problems, Isaac Physics, British Physics Olympiad material and recommended reading. Oxford’s wider Supercurricular Hub is also useful.

Applicants looking for books could explore university engineering reading lists rather than searching for books that merely “look good on a personal statement”. J. E. Gordon’s Structures: Or Why Things Don’t Fall Down and The New Science of Strong Materials are among the accessible texts appearing on Oxford college engineering reading lists.

Most importantly, use these resources to find something you genuinely want to investigate. Do not choose an activity simply because you think Oxford or Cambridge wants to see it.