Prelude.
The major study project is the culmination of all skills learnt on the course up to this point. It's a chance for all of our final year AT designers to showcase their ideas, their creativity, and their problem solving abilities. This years brief focuses on 4 core typologies to guide these visions; Education; Health, Wellbeing, Leisure; Creative/ Performing Arts; Mixed Use. Each designer has selected a typology and used it to support the starting point of their innovations. See below to find out more.
Introduction.
Get set for your final year Major Study Project! You're about to delve into the captivating realm of architecture by selecting a building typology and site within the dynamic landscape of the UK. Imagine this: urban or suburban locales, towering structures ranging from 2 to 6 stories high, with floor areas spanning from 2,500 sq/m to 10,000 sq/m – the possibilities are boundless! Your project isn't just about designing a building; it's about pushing the boundaries of spatial and technical complexity, integrating cutting-edge construction methods, and showcasing your professional prowess. Think outside the box – consider repurposing existing buildings while injecting some fresh new construction, aiming for that perfect balance. This project isn't merely a requirement; it's your chance to embark on an exhilarating journey of exploration and creativity.
By the completion of the Major Study Project, the expectation is to encompass a comprehensive understanding and application of architectural design principles, statutory regulations, and sustainability considerations in the context of large-scale commercial projects. Your knowledge will be expanded to demonstrate proficiency in developing design briefs, navigating legal constraints, and promoting sustainable construction practices while integrating innovative technologies and environmental design. A showcase of ability to generate detailed technical solutions, effectively communicate findings through various mediums, and manage projects within specified timelines will be demonstrated. More insight will be gained on considering spatial and technical complexity, environmental responsiveness, and commercial viability.
