Civil engineering postgraduate personal statement example

Personal statement example

Outside the builders' merchant where I work Saturday shifts, there is a road gully that floods every time it rains for more than an hour. Customers reverse their vans around a puddle that reaches almost to the kerb, and I have watched it often enough to notice that it drains slowly from one side only. I suspect a partly blocked connection rather than an undersized gully, but I cannot confirm that from the shop window. Working out what is happening beneath ordinary surfaces, and how to design them so that they behave well, is the reason I want to continue to postgraduate study in civil engineering.

My undergraduate degree gave me a sound grounding in structures, geotechnics and hydraulics. I achieved my strongest marks in fluid mechanics and in a second-year surveying module, where I enjoyed the discipline of closing a traverse and finding where my errors had come from. Hydraulics appealed to me because the equations connect so directly to things I can see, such as flow over a weir in the laboratory flume or water leaving a car park after a downpour.

This interest shaped my final-year project. I built a small laboratory rig to compare infiltration through permeable concrete block paving laid over two different sub-base gradings. Using a rainfall simulator made from a perforated tray and a header tank, I measured outflow over time and repeated each test after spreading fine sediment across the surface to imitate clogging. The results were modest. The coarser sub-base drained faster, as expected, and both surfaces slowed noticeably after sediment loading. Even so, the work taught me a great deal. I had to recalibrate the simulator twice because rainfall across the tray was uneven, and I learned to report the limits of a small-scale rig honestly instead of overstating what it showed. Reading the SuDS Manual published by CIRIA alongside the project helped me see how maintenance assumptions shape design decisions, a point I had previously treated as an afterthought.

My job has taught me things a lecture theatre could not. Over two years on the counter I have learned what contractors actually ask for: which aggregates are in stock, how many bags cover a given area, why someone wants a particular kerb profile. I check delivery notes, help load orders correctly and answer questions about products clearly without pretending to knowledge I lack. It has made me more aware of the practical constraints that sit between a drawing and something built.

Outside work, I coach an under-10s football team at my local club with two other volunteers. I plan sessions, keep attendance records and make sure every child gets proper time on the pitch, including the ones who are less confident. Organising twenty children and their parents each Sunday has made me better at planning ahead and at explaining things simply. I also play five-a-side midweek, which is mostly an excuse to see friends.

I want to undertake a masters degree to deepen my understanding of water and drainage engineering, particularly the modelling of urban runoff and the long-term performance of sustainable drainage systems. I would like to move from bench-scale experiments to the numerical and catchment-level methods that design offices use, and to understand how climate projections are incorporated into design. I also want to strengthen my geotechnical knowledge, since my project showed me how much infiltration depends on the ground beneath.

In the long term, I hope to work as a drainage or infrastructure engineer, ideally on schemes that improve how existing towns cope with heavy rainfall. I bring careful experimental habits, practical experience of construction materials and the patience to keep asking why a puddle forms where it does. Postgraduate study would give me the technical depth to start answering those questions properly.