Climate Adaptation Engineering (M.Sc. / P.Grad.Dip.) postgraduate personal statement example

Personal statement example

Last July I spent a week walking a stretch of rural road with a tablet, logging the condition of roadside gullies for a council highways contractor. The surface had softened in the heat, and at two junctions the asphalt had rutted badly enough that the next heavy rain would send water straight past the drains. My job was to photograph, measure and record, not to decide what happened next, but the pattern stayed with me. The same assets were failing in heat and in rain, and the inspection schedule had been designed around neither. I want to study climate adaptation engineering because I would like to be the person who helps set those priorities, using a proper understanding of changing hazards rather than a calendar.

My degree in civil and environmental engineering gave me a solid grounding in hydraulics, geotechnics and structural analysis. The module I enjoyed most dealt with coastal processes, and it led to my final-year project, in which I estimated wave overtopping at a small concrete seawall protecting a car park and a row of houses. Using published empirical overtopping methods, I worked with tide gauge data and wave estimates from a national dataset, then repeated the calculations with sea level raised in steps to represent a range of future scenarios. The result that interested me most was not a single number but how sensitive the answer was to my assumptions about wave height and wall roughness. I spent several weeks testing those assumptions and writing a section explaining why a design decision based on one central estimate would be fragile. My supervisor's comment that the uncertainty discussion was the strongest part of the report encouraged me to look further into how engineers make decisions when the future load itself is uncertain.

Since graduating I have worked as an inspection assistant. The work is routine in many ways, but it has taught me how infrastructure is actually managed: through asset registers, limited budgets and maintenance crews who know which culverts block every autumn. I have learned to write clear defect reports that someone else can act on, and I have started noticing how often local knowledge never reaches the data. When I raised that several flooding complaints clustered around one unrecorded field drain, my team leader added it to the register. It was a small change, but it showed me that good adaptation depends on practical information as much as on models.

To prepare for further study I have been reading about adaptation pathways, particularly the idea, used in the Thames Estuary 2100 planning work, that decisions can be staged and revisited as conditions change rather than fixed once. I have also been teaching myself Python in the evenings, rewriting my overtopping calculations as a script so that I can run many scenarios quickly instead of adjusting a spreadsheet by hand.

Outside work I coach a junior rowing squad two mornings a week. Planning sessions around river levels and wind has made me more attentive to weather than I expected, but mostly coaching has taught me patience and how to explain a technical point simply to a nervous fourteen-year-old. I also work occasional Saturdays in a local hardware shop, which keeps me talking to people fixing gutters and damp walls, often after a storm.

I am applying for postgraduate study because I want to move from recording the effects of a changing climate to helping design responses to it. I would bring careful analytical work, honest handling of uncertainty and practical experience of how assets are maintained. In return I hope to gain the risk assessment, modelling and policy understanding needed to work on adaptation for transport and coastal infrastructure, where I believe sound engineering judgement will matter more each year.