Atmospheric Sciences (BS) personal statement example

Personal statement example

Before I load my van each morning, I check the rainfall radar on my phone. After eight years as a delivery driver on rural routes, I have learnt that a band of showers moving in from the west can decide whether I finish on time or spend an hour behind a flooded ford. What started as a practical habit turned into curiosity: why did some forecasts for heavy rain prove right to within an hour, while others missed a thunderstorm entirely? That question is a large part of why, at twenty-nine, I want to study atmospheric sciences.

I left school after A levels, without the maths I would now need, and went straight into work. Last year I completed an Access to Higher Education Diploma in science, studying alongside my job by reducing my hours. The maths unit was the hardest and the most rewarding part. I had to relearn differentiation from the beginning, but once I understood rates of change, ideas I had only half followed began to make sense, such as why air cools as it rises and expands. In physics I enjoyed the thermodynamics topic most, particularly the gas laws, because I could connect them to the cumulus clouds I watch building over the hills on summer afternoons. I also chose to study further maths independently, working through integration with online lectures and past papers, because I know a degree in this subject depends on it.

Two years ago I bought a basic weather station for my garden. It records temperature, pressure, humidity, wind and rainfall, and I upload the data to a public network of amateur stations. Comparing my readings with those of nearby stations taught me how much siting matters: my temperature sensor read too warm on still, sunny days until I moved it away from a fence that reflected heat. For my Access project I used a year of my own data to look at how quickly pressure fell before the windiest days, and I compared it with surface pressure charts. The pattern was clear in some cases and messy in others, which made me want to understand the dynamics properly rather than rely on rules of thumb.

My reading has followed the same direction. Richard Hamblyn's The Invention of Clouds, about Luke Howard naming cloud types, showed me that careful observation by an amateur once changed how scientists described the sky. I have also worked slowly through an introductory meteorology textbook, making notes on fronts and atmospheric stability, and I follow forecasters' explanations of weather models, which first made me aware of ensemble forecasting and why uncertainty is expressed as a range.

Driving has given me more than an interest in rain. I manage around a hundred drops a day to tight schedules, adapt when roads close and deal politely with tired or frustrated customers. I am used to being dependable, organised and calm when plans change, and I expect these habits to help me balance demanding study. On Saturdays I volunteer at our local open-air lido, helping with the reception desk and the water testing rota, and I play five-a-side football with friends from work on Thursday evenings. Neither has much to do with the atmosphere, but both keep me grounded and part of my community.

Returning to education has been a deliberate decision. I have proved to myself, through the Access course, that I can study effectively and catch up on the mathematics I missed. I would like to learn how the atmosphere really works, from cloud physics to large-scale circulation, and to build the computing and analytical skills used in forecasting and climate research. I would bring maturity, persistence and years of looking closely at the sky with a practical reason to care what it does next.