This Material Library Project is co-funded by the Provost’s Teaching and Learning Enhancement Grants (TLEG) 2024/25 and Arts Faculty Awards - (Faculty Startup Funds + Undergraduate Student Assistance).
The digital material library, which supports the development of an interactive digital learning tool serving as a sustainable materials database, launches in Fall 2025. This innovative platform aims to assist interior designers and architects in benchmarking and specifying sustainable products, including walls, flooring, ceilings, furniture, countertops, and other building materials. It provides a comprehensive database of conventional brands from local manufacturers and suppliers, enabling users to compare materials based on sustainability criteria.
Developed using the Product Sustainability Framework, the library explores innovative solutions across seven key sustainability areas: enhancing performance through durable, energy-efficient designs, utilizing renewable materials, reducing embodied carbon, minimizing waste, eliminating toxins, and promoting circularity through reuse and recycling strategies.
A variety of sustainable material specifications and resources will be publicly available for designers. These include benchmarking tools and product comparative data aligned with sustainability standards. These resources are designed for educators, students, and professionals interested in deepening their knowledge of sustainable material choices and practices in the built environment.
This initiative aligns with Interior Design accreditation standards, particularly Standard 13 on Products and Materials, ensuring that graduates have the knowledge and skills to responsibly select and apply materials. The project also supports the continuous alignment of program content with CIDA standards and encourages faculty scholarly activities.
Once launched, this digital material library will be an essential teaching and learning tool for students, faculty, and industry professionals, advancing sustainable interior design practices. The tool will enable informed material choices that support sustainability and reduce environmental impact.