Civil Engineering Personal Statementfor Imperial

Outside lessons, I tried to test those ideas in settings that were less controlled. J.E. Gordon's Structures: Or Why Things Don't Fall Down helped me understand why stiffness and safety factors matter, while Roma Agrawal's Built showed me that structures are shaped as much by construction, inspection and human use as by calculations. Together, those books moved me away from looking for a single neat answer and towards thinking in terms of trade-offs. I then applied that more directly through an Industrial Cadets Gold project. Working with four other students, I helped compare options for a small pedestrian bridge linking two parts of a local park that become difficult to access after heavy rain. I modelled a deck and truss arrangement, calculated member forces for a simplified Warren truss, and compared steel, timber and fibre-reinforced polymer against span, cost and embodied carbon. What made the project useful was how quickly a tidy design became harder to defend once drainage, inspection, accessibility and corrosion were considered alongside strength. I had initially preferred steel because it allowed a slimmer section, but our mentor kept pushing us to justify whole-life performance rather than appearance. That made me realise that a design only becomes convincing when you can explain the compromises behind it, which is exactly the kind of judgement I want to develop further on a civil engineering course.