Civil, Environmental and Sustainable Engineering, MS postgraduate personal statement example

Personal statement example

The water butt on our family allotment fills after about twenty minutes of steady rain and then overflows onto the path, which turns to mud within the hour. I fitted a second butt last spring and linked the two with a length of hose. It was a small fix, but it made me think about how much runoff an ordinary shed roof produces and where it goes once it leaves the gutter. That question about water at the scale of streets, car parks and small catchments is what I want to study at postgraduate level.

I graduated with a 2:1 in Civil Engineering, where my strongest modules were hydraulics, geotechnics and environmental engineering. For my final-year project I measured infiltration rates on permeable block paving in two car parks on campus, one laid around twelve years ago and one around three. Using a single-ring infiltrometer, I took repeated readings at fixed points over several weeks and compared them with the design rates suggested in the CIRIA SuDS Manual. The older surface drained much more slowly in areas of heavy traffic and leaf fall, and I traced this to fine sediment clogging the joints. I enjoyed the fieldwork, but the most useful part was learning to treat my own data with suspicion. Readings varied with antecedent moisture, so I recorded recent rainfall alongside each test and discussed the uncertainty openly rather than reporting a neat average. My supervisor's main comment was that the conclusions matched what the data could support, which I was pleased to hear.

The project left me with practical questions I could not answer within an undergraduate timetable. How should maintenance regimes be built into design assumptions? How do infiltration systems perform in hotter, drier climates where intense storms follow long dry spells? I would like to develop the modelling skills to tackle these properly, moving beyond spreadsheets to hydrological and hydraulic software, and to learn more about life-cycle thinking so I can weigh the material and maintenance costs of green infrastructure against conventional piped drainage.

Alongside my degree, and since graduating, I have worked weekends at a garden centre. Much of the job is ordinary: stocking shelves, loading compost into cars and watering the outdoor plant beds. Over two summers I helped the manager reorganise the watering rota after a hosepipe ban, grouping plants by need and moving drought-tolerant stock to the sunniest benches. Customers often asked about rain gardens and gravel driveways, and explaining these in plain terms has made me better at communicating technical ideas to people with no engineering background.

I also help run the equipment store at a local canoe club, checking buoyancy aids, logging repairs and keeping the booking sheet in order. It is unpaid and unglamorous, but it has taught me to be reliable with records that other people depend on. Paddling the same river through different seasons has also given me a feel for how quickly water levels respond after rain upstream, something I now recognise in hydrograph shapes I studied at university.

I am applying for a master's degree because I want to work on drainage and water resource problems with more independence than my current knowledge allows. I am particularly drawn to study in a region where water scarcity and extreme heat are everyday design constraints, as this would broaden the largely temperate perspective I have so far. I bring careful fieldwork habits, a willingness to question my own results and a practical sense of how infrastructure is used and neglected. I hope to build on these through rigorous coursework and a research project, and eventually to work as an engineer designing drainage that still functions twenty years after it is installed.