- Reading time: 3 minutes
- Price: Free download
- Published: 17th September 2026
- Word count: 621 words
- File format: Text
Personal statement example
My interest in highways grew out of a module on transport infrastructure in the second year of my Civil Engineering degree, where we were asked to redesign a junction near the campus using traffic counts we had collected ourselves. Standing on a corner with a tally counter for two hours on a wet Tuesday was not glamorous, but it changed how I read the built environment. I began noticing ruts in bus lanes, patched trenches that had settled unevenly, and crossings placed where the desire lines clearly were not. Highway engineering appealed to me because it combines materials behaviour, drainage, geometry and human movement in something everyone uses daily without thinking about it.
My final-year project looked at surface-course options for a suburban bus route that had developed noticeable deformation in the nearside wheel tracks. I used the flexible pavement design approach set out in the Design Manual for Roads and Bridges to compare a conventional asphalt concrete surface with a stone mastic asphalt alternative, taking axle loading assumptions from published bus specifications. I also walked the route in sections and recorded surface condition against chainage. The project taught me as much about the limits of data as about pavement design: I could not obtain reliable construction records for the older sections, so I had to be explicit about assumptions and present results as a comparison rather than a verdict. My supervisor's main criticism, which I accepted, was that I underplayed whole-life cost, and I have since read more on maintenance intervention timing and how it shapes material choice.
For the past eighteen months I have worked part-time as an assistant in a materials testing laboratory, mostly on concrete cube crushing, aggregate grading and moisture content determinations, with some help preparing asphalt specimens. It is routine work, but it has given me a practical feel for variability that lectures cannot. Two samples from the same delivery can behave differently, and I have watched technicians decide whether a result is a genuine problem or an artefact of sampling. I have also seen how much of engineering quality depends on paperwork being filled in properly and on time, which has made me more careful with my own recording.
Outside work and study, I help care for my grandmother, who has limited mobility and uses a walking frame. Pushing her chair to the shops has taught me more about crossing timings, dropped kerbs and the camber of footways than any textbook. A crossing with an eight-second green man is fine for me and impossible for her; a resurfaced footway with a two-centimetre lip becomes a barrier. I also volunteer with a local walking and cycling group, where we collate residents' comments on street conditions and send them to the council. Most of the comments are about potholes and standing water, and I have learned to translate frustration into something an engineer can act on.
I want to study highway engineering at master's level because my degree gave me breadth without the depth I need to practise in this field. I am particularly keen to strengthen my understanding of pavement analysis and design, asphalt and bituminous materials, drainage design and geometric standards, and to work with traffic and safety analysis methods more rigorously than I could on a single project. I would also like to engage with how maintenance and rehabilitation are prioritised on constrained budgets, since that is the reality of most highway work in the UK.
In the longer term I intend to work for a consultancy or local authority on highway design and maintenance, and to progress towards chartership. I am comfortable with technical detail, used to balancing commitments, and ready for a demanding year of focused study.
Why this example works — strengths and ways to improve
This is a grounded, specific statement for a taught master's in highway engineering. Your final-year pavement project, laboratory work and caring experience give concrete, plausible evidence, and your reflection on data limits is genuinely mature. The main weaknesses are a generic closing, a slightly list-like account of study aims, and limited evidence of the methods or reading you pursued after your supervisor's feedback.
Subject motivation
Standing on a corner with a tally counter for two hours on a wet Tuesday
You root your motivation in an ordinary, believable moment and then show its effect: noticing ruts, settled trenches and misplaced crossings. That progression from task to changed perception is far more convincing than a claimed passion, and your one-sentence summary of why highways appeal stays concise.
Academic preparation
to compare a conventional asphalt concrete surface with a stone mastic asphalt alternative
Naming the design approach, the materials compared and your loading assumptions shows suitable first-degree preparation. You could strengthen this by briefly indicating what the comparison found or which design parameter proved most sensitive, so readers see your analytical competence, not just the method you followed.
Evidence and reflection
present results as a comparison rather than a verdict
This is your strongest reflection: you explain a real constraint, missing construction records, and how it shaped your conclusions. Accepting the whole-life cost criticism is also credible, but your claim that you have read more on intervention timing stays vague; one concrete idea you learned would complete this point.
Relevant experience
A crossing with an eight-second green man is fine for me and impossible for her
You turn caring responsibilities into precise engineering observations about crossing timings and footway lips, without leaning on hardship. The lab paragraph similarly earns its place through variability and recording. The volunteering point about translating frustration is promising but would benefit from one example of how you did it.
Credibility and voice
It is routine work, but it has given me a practical feel for variability
Your voice is modest and honest; you never overstate your lab role and you credit technicians' judgement. This restraint builds trust. The final sentence, however, shifts into generic self-description that your earlier specifics already prove better, slightly weakening an otherwise distinctive tone.
Structure and format
I am comfortable with technical detail, used to balancing commitments, and ready
The paragraphs follow a clear arc from interest to project, work, community and aims. The closing paragraph is thin, and the study-aims paragraph reads as a list of topics. Linking each topic back to a gap revealed by your project or lab work would tighten coherence.
What you’ve done well
- Your final-year project paragraph shows methodical work and honest handling of data limitations.
- Your grandmother's mobility needs yield precise, engineering-relevant observations rather than sentiment.
- You present routine lab work candidly and draw a specific lesson about variability and recording.
How this draft could improve
- Add one concrete finding or idea from your reading on maintenance intervention timing to show follow-through on feedback.
- Connect each listed study interest to a specific limitation you met in your project, lab or volunteering.
- Replace the generic final sentence with a closing that ties your chartership aim to the evidence already given.