How To Write The New UCAS Personal Statement

As a child being driven over London’s Albert Bridge I was intrigued by the sign saying somewhat cryptically ‘all ranks must break step’. Years later at school next to the Millennium Bridge I wanted to understand what had caused the bridge to be closed just after it was opened and discovered the connection. The same principle applies to both situations. I observed the side to side motion of pedestrians on the reopened bridge and understood how the engineers designing it had not accounted for these lateral forces that were acting at the bridge’s natural frequency, half that of the downward forces. The designers of the older and more rigid bridge had relied on written instructions to avoid the downward forces from soldiers walking in step synchronising with the bridge’s natural frequency. In 2001 the unforeseen problem was resolved using dampers and stiffening against lateral deflection. These bridges and their weaknesses opened my eyes to engineering.

I take pleasure in the challenge of solving problems that require more than just knowledge of how to use an equation and instead necessitate logical thought to work out how the problem can be approached. This includes applying maths to resolve a physical situation, an area which I enjoy very much. I have spent time following up differential equation (simple harmonic motion) and mechanics questions (projectiles) which are also relevant to engineering. My coursework presentation on Kevlar instigated an interest in materials, by understanding how its chemical properties, notably the aromatic bond, combined to make such a strong, flexible and low-density material with uses in many areas of engineering from bikes to bulletproof vests.

During work experience at Halcrow Yolles I witnessed engineering in action in Structural, Mechanical and Facade engineering. In the building services department I partook in a competition for an eco-friendly building in a hot climate by researching ways to achieve HVAC efficiency by designing structures which encourage the stack effect to improve ventilation and using window film to filter out UV rays, reducing the need for air conditioning. My findings were then discussed with my team. I relished my involvement and have since kept up my interest in environmental engineering, particularly geo-engineering, which is likely to become an important field as a last resort to counteract climate change. I would be interested to pursue this as a graduate. This placement introduced me to the analytical, mathematical and problem-solving skills involved in the processes of engineering which I feel well suited to.

Engineering at a top university will provide a challenge that I will enjoy confronting. I have a desire to gain an understanding of the principles that govern our world and how we manipulate them for our own uses as well as enjoying a balance between applied mathematics and the physical aspects of engineering. I will defer entry to university to give myself experience in both the mathematical and practical side of engineering by spending a year in industry. I am looking for a placement in the automotive industry with SEAT to enhance my Spanish. The experience will help me conceptualise the more theoretical aspects of engineering courses. I will allow time to get back up to speed with maths before university begins.

As a senior prefect who mentors Year 9s in maths and takes part in CCF and CSO I have developed my teamwork and organisational skills. Determination and focusing on my targets help me fulfill my objectives. I devised, organised, and encouraged others to train for and join in a 300 mile cycle ride from London to Paris, raising GBP 6000 for our school charity. I enjoy sports, playing football for school in my free time, but also ensure that I complete work efficiently and to a high standard.