Integrated engineering personal statement example

Why do you want to study this course or subject?

During a heavy storm last October I stood in the shed doorway on my grandad's allotment and watched water pour over the rim of a full butt. A fortnight later the beds at the top of the plot were dry. Collecting rain had been easy. Storing it and moving it uphill at the right time was the real problem. Solving that meant thinking about containers and pipework, a small electrical pump, and when to run each part, so I want to study integrated engineering rather than commit to one branch now. The parts of my project I enjoyed most were the connections between them, where a decision about tank height changed what the pump needed to do. I am also drawn to the design and group projects in integrated courses. I want to learn how engineers balance cost, reliability and ease of maintenance. Those trade-offs came up constantly on a plot where the budget was about forty pounds and the users were mostly retired gardeners.

How have your qualifications and studies helped you to prepare?

I study Maths, Physics and Geography. My school is small and does not offer Further Maths, so I have worked through extra mechanics and calculus using free online lessons and past questions, checking my answers with my maths teacher at lunchtimes. In Physics, a practical on the resistivity of wire made me more careful about measurement uncertainty, which I later applied to my own flow readings. Geography has been more useful than I expected. For our river fieldwork I estimated discharge with the float method. I learned how rough real data can be and why surveyors take repeated readings at several points across a channel. It also gave me a feel for drainage and catchments, which links to the civil side of engineering. I have read J. E. Gordon's Structures: Or Why Things Don't Fall Down. Its explanation of tension and compression changed how I look at simple things like the shed's roof trusses and a loaded water barrel. I now notice where materials are being stretched or squeezed. I want a degree that builds the mathematical tools to turn those observations into calculations.

What else have you done to prepare outside of education, and why are these experiences useful?

My main project began with that overflowing butt. I connected a second butt, a free food-grade drum from a local café, using a short hose at the base so both filled together. To understand flow, I timed how long a ten-litre bucket took to fill from the tap at different water levels. The flow dropped noticeably as the level fell, which matched what I had read about pressure depending on the height of water. That pushed me to raise the butts on a platform of reclaimed paving slabs. To reach the upper beds I bought a second-hand 12V pump and a small solar panel. On cloudy afternoons it struggled, so I changed the system. It now fills a raised header tank around midday, when the panel works best, and the beds are watered by gravity in the evening. This meant fewer parts working under poor conditions and less to go wrong. Two neighbouring plot holders have since copied the header tank layout, and I wrote them a one-page sheet on clearing the filter. I work Saturday and two evening shifts at a leisure centre, mainly cleaning and setting out equipment. I have learned to follow procedures exactly, and I have become curious about the plant room, where staff record pump pressures and water readings every shift. Seeing how routine checks keep a large system running safely has shaped how I maintain my own small one. I also fix bikes for friends, mostly gears and brakes, which has made me patient with fault-finding. These experiences have shown me that I enjoy practical problems that cross boundaries. I am ready for the theory that will let me design them properly.