- Reading time: 3 minutes
- Price: Free download
- Published: 4th October 2026
- Word count: 625 words
- File format: Text
Personal statement example
At the harbour chandlery where I work, the fuel tanker can only reach our pontoon pump at certain states of the tide, so part of my shift is checking the tide tables and writing the next safe delivery window on a whiteboard by the till. Over two years I have noticed how often the predicted heights and what I see on the harbour wall disagree, particularly after a few days of strong onshore wind. That gap between a published number and the water in front of me is a small, everyday version of the question that draws me to coastal and marine science and management: how do we turn physical understanding of the coast into decisions that people can act on?
My undergraduate degree in Environmental Science gave me a broad base in geomorphology, ecology and data analysis. For my dissertation I sampled beach sediment at fixed points along a groyne field on a stretch of shingle and sand near my home, returning across one autumn and one spring. I sieved and weighed samples in the department's teaching laboratory and compared grain size on the updrift and downdrift sides of each groyne. The pattern was broadly what longshore drift would predict, but one groyne showed almost no difference, which I eventually linked to its damaged, partly buried structure. I could not prove the connection with a single year of data, and I said so in my discussion. What I took from the project was a respect for how much fieldwork depends on patience and consistent method, and a curiosity about how local authorities decide which defences to maintain when budgets are limited.
That curiosity led me to read beyond my course. I worked through the publicly available Shoreline Management Plan for my area, which sets out policies such as holding the line or managed realignment for each section of coast. Comparing those policies with what I had seen on the beach helped me understand that coastal management is as much about negotiation and long-term planning as about engineering. I would like to study how scientific evidence about sediment movement, habitat change and sea-level rise is weighed against social and economic pressures in that process.
My work also gives me a practical sense of who uses the coast. Our customers range from commercial crab fishermen to families hiring dinghies, and I hear their concerns about silting channels, changing mooring costs and seasonal crowding. Separately, I help run the kit store for a sea-kayak club, checking buoyancy aids and spray decks and keeping a log of repairs. The role is unglamorous, but it has made me organised and careful with records, and through it I completed a basic coastal navigation course, which sharpened my reading of charts and tidal streams.
Since graduating I have also collected my younger brother from school three afternoons a week while our mother works, so I have become good at planning shifts, study and responsibilities around fixed commitments. I expect that discipline to matter on a demanding postgraduate course.
At Masters level I hope to deepen my quantitative skills, particularly in GIS and the statistical treatment of environmental time series, which my dissertation showed me I need. I am also keen to learn more about marine ecosystems, an area my degree covered only briefly, and to understand how biological and physical processes interact on the shoreline. In the longer term I would like to work in coastal monitoring or advisory roles, where careful data collection supports fair, transparent decisions. I bring solid field and laboratory experience, a habit of questioning my own results, and a working familiarity with the people whose livelihoods depend on the coast. I would welcome the chance to build on these foundations through advanced study.