DrSabrina Lucas

Teaching philosophy

I teach architectural sustainability as a way of thinking and designing, rather than as a checklist of technologies or compliance requirements.

Sustainability problems are inherently complex. Energy, materials, climate, health, comfort, cost, resilience, behaviour, culture and the wider context of a building interact, and improving one aspect can create unintended consequences elsewhere. I therefore use systems thinking to help students understand relationships, question assumptions and work with complexity rather than looking for single technical solutions.

Good sustainable design also begins with understanding context. Climate, place, available resources, local knowledge, building traditions and the needs of the people who will use a building all influence what an appropriate solution might be. I encourage students to value these forms of knowledge alongside technical analysis and to recognise that more technology does not necessarily produce a more sustainable building.

My aim is for students to understand the principles behind sustainable design well enough to make informed architectural decisions. This means connecting climate, comfort, building fabric, materials, energy, water and environmental systems to the experience and performance of architecture.

I encourage students to look beyond individual sustainability metrics. A building can perform well according to one measure and still be uncomfortable, resource-intensive or poorly suited to its context. I therefore ask students to consider environmental performance alongside health, resilience, material impacts, affordability, social and cultural context, and connection to place and nature.

Teaching approach

My teaching combines systems thinking, technical understanding and architectural application. Students move between identifying a problem, understanding its context and the relationships between different factors, testing possible responses, calculating or modelling performance, examining materials, and translating what they learn into design decisions.

I place particular value on making sustainability tangible. This includes working with real buildings and sites, physical materials, environmental modelling and whole-life carbon tools, as well as engaging with industry, communities and other knowledge holders. I want students to be able to see, calculate, model, touch, test and question the consequences of architectural decisions.

My teaching is informed by my background in architectural engineering, research, architectural practice, international development and sustainability consultancy. Across these settings, I have worked with complex problems that do not have a single correct answer. I bring this experience into teaching by encouraging students to compare alternatives, make trade-offs explicit and develop responses that are appropriate to their environmental, technical, social and cultural context.

Ultimately, I want students to leave university able to integrate sustainability into architectural thinking from the beginning of the design process, navigate complexity with confidence, and question established practice when better outcomes are possible.

Supervision

I have experience supervising undergraduate and postgraduate research and design projects, including Bachelor, Master and Diploma theses at the University of Stuttgart.

I welcome research students interested in architectural sustainability, healthy and climate-resilient housing, passive and climate-responsive design, building performance, whole-life carbon, natural and bio-based materials, and sustainable neighbourhood development. Further potential research areas are outlined on my My Research page.