- Reading time: 4 minutes
- Price: Free download
- Published: 17th September 2026
- Word count: 1007 words
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Why do you want to study this course or subject?
My grandfather kept his minerals in a set of old printer's trays, each specimen wrapped in newspaper, and when his eyesight got worse he asked me to help him relabel them. Working through the drawers over a few months, I learned to test hardness, look for cleavage and be honest about the specimens we could not identify. What struck me was how much of the collection came from within fifty miles of our house: quartz from a quarry near Clee Hill, fossil corals from Wenlock Edge, lumps of coal measures shale from a tip in the Black Country. The rocks recorded a place that had been a tropical sea, then a swamp, then an industrial coalfield, and none of that was obvious from the flat, wet fields I cycled past.
Geoscience appeals to me because it works at that scale, moving between a hand lens and a whole continent. I like that the evidence is incomplete and has to be argued from. In A level Geology, reconstructing an environment from a graphic log taught me how much interpretation sits behind a tidy textbook diagram, and how a single erosion surface can stand for millions of missing years. I am also drawn to the parts of the subject that carry immediate consequences: groundwater supply, ground stability, the geology of storing carbon dioxide or siting waste. Reading around subsurface energy has shown me that these questions are as much about uncertainty and public trust as about rock properties.
I want a degree with substantial fieldwork and quantitative training, because the two seem inseparable to me. Mapping teaches you what the data actually are; maths and geophysics let you say how confident you can be in them. In the longer term I am interested in hydrogeology or engineering geology, but I would rather keep that open until I have tried structural geology, geochemistry and remote sensing properly.
How have your qualifications and studies helped you to prepare?
My A levels are Geology, Geography and Mathematics, and I took Chemistry to AS level. Geology gives me the core of my preparation: igneous, sedimentary and metamorphic processes, stratigraphy, plate tectonics and the interpretation of geological maps. I have become reasonably confident at drawing cross-sections and working out relative age from cross-cutting relationships, which is the kind of careful, staged reasoning I enjoy.
Mathematics has turned out to be more relevant than I expected. Logarithms made sense of decay constants when we covered radiometric dating, and differentiation gave me a way to think about rates of subsidence and sedimentation rather than just totals. Statistics has been useful for handling scatter in measurements; on a college field day measuring pebble orientation on a river bar, our results only meant something once we looked at the spread rather than individual readings. AS Chemistry underpins my understanding of silicate structures, weathering reactions and why certain elements substitute for each other in a crystal lattice.
Geography contributes the surface processes side and the human dimension. A coursework investigation into flood risk along a local brook involved collecting channel measurements, using Environment Agency flood maps and interviewing residents about drainage. I learned to be careful about the limits of a small dataset and to present findings without overstating them.
Outside the syllabus I have read Jan Zalasiewicz's The Planet in a Pebble, which shaped how I look at a single specimen as a sequence of events rather than an object, and Marcia Bjornerud's Timefulness, which I found useful for thinking about why geological timescales are hard to hold in mind. I follow British Geological Survey open resources and have worked through parts of their online geology of Britain viewer, comparing the mapped bedrock with what I can see in road cuttings near home.
What else have you done to prepare outside of education, and why are these experiences useful?
For the past eighteen months I have worked Saturdays and school holidays at a garden centre, mainly on the outdoor plants and aggregates area. It is ordinary work, but it has been unexpectedly instructive: customers ask why their soil is heavy clay, why lime helps one bed and ruins another, and whether a particular gravel will stay put on a slope. Answering sensibly meant learning some local soil and drift geology and explaining it in plain language to people who were not interested in the terminology. I have also had to manage stock, deal with complaints and stay calm during long shifts, and I am now trusted to open the till and train new weekend staff.
Helping my grandfather with his collection continued beyond the initial sort. We built a simple spreadsheet recording specimen, locality, likely formation and how confident we were, which forced me to distinguish between what he remembered and what the label could support. He also taught me a lot about the quarrying history of the area, and I have started noting down his accounts of pits that have since been filled in.
Walking is my main hobby, usually in Shropshire or the Peak District with a friend from college. I plan the routes, and I have got into the habit of taking a compass-clinometer and a notebook to record dip readings and obvious exposures. My notes are amateur, but comparing them against published maps has taught me how much is inferred between outcrops. Last summer I attended a free guided geology walk run by a local geological society and asked enough questions to be invited back for their indoor talks.
At college I volunteer in a weekly maths support session for younger students, which has improved how I explain things step by step, and I play in a community netball team where being reliable matters more than being the strongest player. Both should help with the group fieldwork and shared logging that a geoscience degree involves.
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