METHOD

"The G-Lab stands for sustainable architecture and design experimentation. Without experimentation there is no innovation as a consequence no progress. Without curiosity there is not learning. We welcome those minds...our world [urgently] needs them!"
Dr Guillermo Aranda-Mena

Background: The fabric of a building, including its façade, plays a critical role in determining its sustainability performance.

Architects and professionals working on designing sustainable building projects need to understand the environmental impact associated with building materials. They also need to know how façade systems ’work’ in a theoretical sense and perform in real world settings, and how to evaluate architectural, design qualities and building performance.

In this blended-mode intensive course you will develop and apply specialised knowledge and skills required to evaluate architectural sustainability and building design performance in particular due façade treatments. You will acquire the skills and knowledge required to design, model (BIM) and specify materials and system for building façades, and to communicate the advantages, disadvantages and feasibility of different systems and solutions to a diverse range of sustainability stakeholders, including architects, building designers and owners.

Objectives/Learning Outcomes/Capability Development

In this course you will develop the following program learning outcomes:
  • Determine and apply knowledge of complex sustainable building theory, principles and practice, to contribute to the design and management of sustainable buildings
  • Critically analyse, synthesise and reflect on sustainable building theory and recent developments, both local and international, to extend and challenge knowledge and practice
  • Adopt a building performance and systems approach, and apply specialist knowledge and technical skills to creatively address the diverse needs of sustainable building stakeholders
  • Design innovative building solutions responsive to sustainability, demonstrating independent and sound designs and decision making

By applying the above we can:
  • Evaluate the multi-functional role that complex modern façade systems play in the design, in-service performance and construction of energy efficient and sustainable buildings
  • Apply expert judgement to compare and assess different façade systems and building envelope materials
  • Analyse the impact of building façades on the design and specification of other building systems and services
  • Creatively design and specify facades that meet sustainable building design goals and objectives
  • Apply specialised software technologies to evaluate the performance of facades for local and global projects
Site analysis:


Experimental exploration, vision and concept:
Design modeling, materials and fabrication:
Fabrication:


Installation: