Architecture (Energy Perf/Climate Responsive Arch), MS postgraduate personal statement example

Personal statement example

The thermometer in the back bedroom read fourteen degrees at eleven in the morning, with the radiator on. I was there as an assistant to a domestic energy assessor, measuring windows and photographing boiler labels in a 1930s semi, and the owner wanted to know why one room never warmed up. The software we used could tell her the property's rating, but not the answer to her question. That gap, between a standard calculation and how a particular building behaves in a particular climate, is what I want to study at postgraduate level.

I graduated with a 2:1 in Architectural Studies. My final-year project was a retrofit proposal for a single-storey 1960s classroom block at a primary school near my home, a building I chose because staff complained that it was freezing in January and unbearable in late June. I surveyed it with permission from the caretaker, logged temperatures in two classrooms over three weeks with borrowed data loggers, and built a simple dynamic model. The model was crude, and my calibration was only approximate, but it showed something the teachers had described in ordinary language: the large south-facing glazing caused overheating far more than the poor wall insulation did. My proposal combined external shading, high-level openable vents for night purging and insulation applied externally so the classrooms could stay in use. My tutor's main criticism was that I had treated occupant behaviour as fixed, assuming windows were opened when in reality they were often kept shut for security. I found this fascinating rather than discouraging, and it is one reason I want more rigorous training in simulation and post-occupancy evaluation.

Since graduating I have worked for a small surveying firm, mostly carrying out domestic energy assessments for rentals and sales. I have visited well over a hundred homes. The work is routine, but it has taught me to look carefully: where draughts come in around loft hatches, how extensions change the way air moves, how often a 'cavity wall' turns out not to be one. I have also learned to explain findings to people who are worried about bills without overwhelming them. Talking to a landlord about why secondary glazing might matter less than a damp north wall is a different skill from presenting at a design review, and I value both.

Outside work, I have read more widely than my degree required. Reyner Banham's The Architecture of the Well-Tempered Environment changed how I see building services, as part of architecture rather than something hidden in ceiling voids. I have also worked through the published Passivhaus principles to understand why airtightness and thermal-bridge-free detailing are treated so strictly, and where that rigour may be less suited to hot, dry climates, which I know far less about. Studying in a desert climate would test assumptions formed entirely in damp, temperate Britain, where heating dominates and cooling is often an afterthought.

I sing tenor in a community choir that rehearses in a draughty Victorian church hall, and I have become the unofficial person who decides when the heaters go on and the doors stay shut. Less trivially, I help produce a quarterly newsletter for the tenants' association in my block of flats. Last winter I wrote a short piece on reducing condensation, drawn from questions neighbours kept asking me, which led to the association raising ventilation problems formally with the housing provider.

I want to develop the technical depth to move from noticing problems to quantifying them reliably: daylighting analysis, energy modelling and climate-based design strategies, tested against measured data rather than assumptions. In the longer term I hope to work on retrofitting existing buildings, particularly schools and social housing, where comfort and running costs matter most to people with the least choice about where they spend their days. I bring careful fieldwork habits, practical experience of real buildings and their occupants, and a genuine curiosity about why rooms feel the way they do.