Civil &​ Environmental Engineering (MEng) postgraduate personal statement example

Personal statement example

The gully pot outside a primary school on a hill near my work had filled almost to its outlet with silt and leaf litter, and the road below it flooded every time it rained heavily. I logged it on a tablet, photographed it and flagged it for the jetting crew, as I do for dozens of drains each week. What stayed with me was not the defect itself but the question behind it: why that gully, on that slope, and how many others like it would fail as rainfall patterns change? I want to study civil and environmental engineering at postgraduate level because I would like to answer questions like that with analysis rather than a photograph and a priority code.

I graduated last summer with a 2:1 in Civil Engineering. My strongest modules were hydraulics, geotechnics and an introductory course in environmental systems, and I enjoyed the point where they overlapped: water moving through soil, structures and urban surfaces. My final-year project investigated sediment deposition in a scaled box culvert using the department's teaching flume. I ran a series of tests at different flow rates with sand of two grading curves, measuring bed levels at fixed intervals with a point gauge. Agreement with simple incipient-motion estimates based on the Shields parameter was reasonable at higher flows, but deposition at low flows was patchier than I expected, which I attributed partly to the short flume length and my limited number of repeat runs. Writing that limitation honestly was one of the more useful parts of the project; it showed me how much I still have to learn about experimental design and about sediment transport beyond the textbook equations.

Since September I have worked as an assistant in a county council highways team. My role is modest: I carry out drainage and footway inspections, record defects against the council's inspection manual, and help the engineers prepare schedules for maintenance crews. I have learned how real assets differ from neat diagrams, with buried pipes of unknown age, connections nobody has mapped and budgets that force choices between equally deserving sites. I have also started to see how data can help. I noticed that repeat flooding reports clustered on a handful of estates, so with my supervisor's agreement I sorted two years of inspection records in a spreadsheet by location and defect type. It was a simple exercise, but it gave the team a clearer list for a planned survey, and it made me want proper training in hydrological modelling and asset management rather than improvised spreadsheets.

Outside work I play cricket for a village club, where I have taken on rolling and covering the square before matches. It is unglamorous, but watching how quickly an uncovered pitch waterlogs after a storm, and how slowly it drains, has given me an amateur's feel for infiltration that I did not get from lectures. I also help my mother on our family allotment, where we have been building a water butt system from shed gutters. Working out roof area against expected summer use was a pleasant small calculation, and a reminder that environmental engineering often happens at a domestic scale.

At postgraduate level I hope to deepen my understanding of urban drainage, flood risk and sustainable drainage design, and to gain confidence with computational tools that I have so far only met briefly. I am particularly interested in how infrastructure can be adapted to a changing climate without simply replacing everything with bigger pipes. I would bring a practical sense of how drainage systems behave on real streets, a careful approach to measurement from my project, and the habit of working steadily alongside crews and engineers who know far more than I do. I am ready to move from recording problems to designing better solutions.