Abstract:
Effective spatial conditions and formal interventions that enhance the relationship between architecture and natural environment enable users’ ideas to prosper. This thesis asks how architecture can be a platform for learning and innovation. Hutt City Council strives to bring change within Seaview Gracefield, as there is a need to strengthen business vitality and to enhance the environment. The Seaview Marina was identified to be in need for critical engagement thus is the site for architectural experimentation. The method of this investigation employs a design-led research enquiry, utilising an iterative design process, where the design of an innovation centre is tested through drawings and physical and digital models, intertwined with broader architectural theory and design.
This thesis is explored in two threads. Firstly, workplace and learning environment theory to arrive at ideal spatial conditions to facilitate different modes of interaction essential for accelerating innovation. Secondly, the interface between architecture and nature where the relationship between the two is integral for work-learn environments, and enhancing the ambient qualities of site. These two threads are imperative to frame the exploration of the design of an innovation environment. These imperatives are understood through key theorists. Kelley, Steigmeier, Moultrie and Penn, Desyllas and Vaughan’s, arguments around ideal spatial design operations for workplace environments, with learning environment design is understood through the writings within the “The Third Teacher”. Meanwhile, Kellert, Balmori and Sanders, Murcutt and Snohetta advocate architectural responses to its natural surroundings and how it affects productivity in the workplace, have helped frame this field of enquiry. The concluding design is a speculative architectural condition that facilitates an interactive work - learn environment and a place of social engagement and exchange. It is an enabling device that encourages learning and interaction through specific spatial conditions and reveals how the interface between architecture and the natural environment can support and accelerate innovation.
