Master of Engineering in Geological Engineering (MEng) postgraduate personal statement example

Personal statement example

The label on the core box said 4.20 to 7.35 metres, but the clay in the third row had dried and cracked so badly that I had to check the depth markers twice before logging it. That is a small, ordinary moment from my job as a materials testing technician at a soils laboratory, where I prepare samples, run moisture content, Atterberg limit and particle size tests, and record results for the engineers who write the reports. I enjoy the work, but I increasingly want to be the person who interprets what those numbers mean for a slope, a foundation or a cutting. That is why I am applying for postgraduate study in geological engineering.

My undergraduate degree was in geology, and I graduated with a 2:1. The modules I found most satisfying were structural geology and engineering geology, because they asked how rock behaves, not only how it formed. For my dissertation I mapped discontinuities in a disused sandstone quarry face about forty minutes from my home. Over eight days of fieldwork I measured the dip and dip direction of more than three hundred joints with a compass-clinometer, noted spacing and infill, and plotted the data on stereonets. I then carried out a simple kinematic analysis to identify which joint sets could form wedges with the face orientation. Two sets intersected in a way that suggested wedge sliding was kinematically possible in one section, which matched a fan of fallen blocks at the base. I was careful to state the limits of the work: I had no strength testing of the joint surfaces and no groundwater data, so the result showed possibility, not likelihood. Writing that limitation clearly taught me as much as the plotting did.

The laboratory job has filled in a side of the subject that my degree treated lightly. I now understand why a liquid limit test must be repeated when readings drift, how sample disturbance affects results, and how easily a mislabelled bag can travel through a whole report. Last winter I suggested we photograph each sample beside its label when it arrived, after two bags from the same borehole were swapped. The supervisor adopted it, and it has made checking much quicker. I have also started reading engineering logs alongside our results, which has shown me how much judgement sits between a test value and a design parameter.

To prepare for further study I have been working through an introductory soil mechanics textbook in the evenings, concentrating on effective stress and consolidation, because my geology degree gave me less grounding there than an engineering graduate would have. I have also taught myself basic Python to automate the stereonet plotting I once did by hand, and I would like to build on that with numerical modelling.

Outside work I volunteer with a local group that maintains footpaths, which usually means clearing drains and resetting stone steps after storms. It is not geology in any formal sense, but watching where water goes on a hillside after heavy rain has made me think about drainage and erosion in a practical way. I also climb at an indoor bouldering wall twice a week, mostly for the company and the problem-solving.

I am looking for a course that will give me rigorous training in soil and rock mechanics, slope stability and site investigation, and the chance to apply it to real ground conditions. I bring careful field habits, a practical feel for laboratory testing and a willingness to state uncertainty honestly. I would like to develop the analytical depth that will let me move from recording ground conditions to advising on them.