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Engineering personal statement example

Student-written example
  • Reading time: 2 minutes
  • Price: Free download
  • Published: 30th June 2019
  • Word count: 450 words
  • File format: Text

I have always been fascinated by the nature of engineering, applying scientific theory to design, not just looking at the exterior of a machine but actually seeing how its interior workings allow it to function.

I have always jumped at the opportunity to study engineering to fulfil my curiosity, I took it as a subject at GCSE which aided me in designing an entirely new clamp from scratch, which I eventually produced as a CAD inside of Autodesk, however this only peaked my curiosity even more as I now understood the design aspect of engineering yet desired to understand the mathematics and theory behind it. So, to further develop this interest I took maths and physics as an A level, which I believe are both strong subjects of mine and will definitely prove useful.

All of this combined has strongly pushed me towards a career in engineering, especially in mechanical, as I always found solving a problem using basic theory satisfying, and studying it at university would definitely be my best area.

When looking at new engineering technologies in secondary school I realised that everything relies on computers, hence I was motivated to develop exceptional computer skills from then on. To achieve this I took computer science as a GCSE, which I obtained an A in, as well as take part in an ECDL course on Microsoft office to enhance my computing skills. I feel that with all of this combined with my A levels it would be a perfect combination for mechanical engineering.

Currently I am studying maths, physics and psychology as my three options, I feel like these are a great combination for what I aspire to study at university.

Firstly, maths is probably my best subject as it is the one I enjoy the most and excel at, it helps me develop skills such as critical thinking, problem solving and analytical thinking, all of which will be great skills to help me study engineering as it will assist me in solving the mathematical problems surrounding the theory.

Whereas physics has helped me develop skills such as a pragmatic and analytical approach to problems, with sensible reasoning so I can construct arguments to help grasp and solve complex problems.

Finally, psychology has gave me skills which I couldn’t have gained in maths or physics as both are quite independent studies, while psychology allowed me to gain teamwork and leadership skills as well as academic writing and presentation skills.

To close, I believe I am equipped with the initiative and problem solving skills to handle any complex task presented to me. Hence why I am enthusiastic about engineering and are very adamant about pursuing it as a career.

Why this example works — strengths and ways to improve

Your statement shows a genuine thread of interest, from GCSE design work to wanting the mathematics behind it, but it leans on generic skill claims rather than engineering detail. The clamp project is your best evidence and deserves fuller technical reflection. Subject choices are described rather than explored, and several sentences need proofreading for grammar and run-ons.

Subject motivation

not just looking at the exterior of a machine but actually seeing how its interior workings

This hints at real curiosity about mechanisms, but you never name a machine, system or problem that sparked it. The phrase 'I have always been fascinated' is generic. Anchoring your motivation in one specific mechanical example would make the interest feel personal and convincing.

Academic preparation

I took maths and physics as an A level

Maths and physics are clearly relevant, but you list them without describing any topic you enjoyed, such as mechanics or calculus. Saying they 'will definitely prove useful' asserts value rather than showing it. One concrete example of a problem you solved would demonstrate preparation far better.

Evidence and reflection

I now understood the design aspect of engineering yet desired to understand the mathematics

This is genuine reflection: the clamp project revealed a gap in your knowledge that motivated further study. It would be stronger if you explained what design decisions you made, what went wrong, or what the CAD process taught you about tolerances, forces or materials.

Relevant experience

designing an entirely new clamp from scratch, which I eventually produced as a CAD

This accessible school project is good evidence and is your most engineering-specific material. The ECDL Microsoft Office course is less relevant to mechanical engineering. Expanding the clamp work, or any reading or practical tinkering you have done, would outweigh listing general computing qualifications.

Credibility and voice

I believe I am equipped with the initiative and problem solving skills to handle any complex task

Claims like handling 'any complex task' and 'exceptional computer skills' overstate without support and weaken credibility. Your voice is sincere, but repeated phrases such as 'skills such as' and 'all of this combined' make paragraphs sound interchangeable. Let evidence carry your claims instead.

Structure and format

psychology has gave me skills which I couldn’t have gained

The order is logical, but very short paragraphs fragment the argument, and grammar slips ('has gave', 'peaked' for piqued, 'are very adamant') and long comma-spliced sentences undermine clarity. The paragraph-per-subject structure spends space on skill lists that could go to engineering content.

What you’ve done well

  • The clamp design project gives a concrete, personal starting point and shows how practical work led you towards theory.
  • Your narrative has a clear progression from design curiosity to choosing mathematical and physical study.

How this draft could improve

  • Replace generic skill lists for each A level with one specific topic or problem per subject and what it taught you about engineering.
  • Develop the clamp project with technical detail: constraints, design choices, difficulties and what you would change.
  • Proofread carefully for grammar, homophones and run-on sentences, and remove absolute claims like 'any complex task'.

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