Jon Baugh

This research explores how 3D environment design can be employed as a strategic tool to visualise and prototype future agricultural facilities in response to climate change. As global environmental conditions become increasingly unpredictable marked by shifts in temperature, precipitation, and ecological patterns there is a growing need for innovative planning methods that can anticipate and adapt to these changes. The study focuses on the development of synthetic environments digitally constructed, immersive 3D spaces that simulate various future climate scenarios and their impact on agricultural infrastructure. By integrating climate data projections and environmental modelling into the 3D design process, the research creates visual narratives that help stakeholders better understand the spatial, architectural, and ecological implications of climate-adaptive farming. Through iterative design and visualisation, the project examines how agricultural facilities could be reimagined to remain productive, sustainable, and resilient. It also evaluates the communicative power of 3D environments in decision-making processes, particularly for non-specialist audiences such as policymakers, local communities, and investors. The findings demonstrate that 3D synthetic environments offer a powerful medium not only for speculative design and planning but also for fostering dialogue around climate resilience in agriculture. This research contributes to the fields of environmental design, climate adaptation, and sustainable development, highlighting the role of visualisation technologies in addressing complex global challenges.

Using particle simulation software to visualise the efficiency of catalysts [Animation] commissioned by Magma Group for use in commercial settings.