The Net Zero Design Lab (NDL) is driven by a passion to advance experiential learning for interior design and architecture students by developing tools and methodologies to integrate sustainable design and circular design into the course curriculum. As part of teaching and scholarship pedagogy, NDL strives to create learning tools and resources that support students, instructors, and industry professionals in making informed design decisions, ultimately contributing to a sustainable and environmentally responsible future.
The Net Zero Design + Research Lab is dedicated to advancing carbon-neutral solutions for buildings and products, establishing benchmarks for net-zero materials, systems, and design practices. Our mission is to propel triple-zero design—addressing carbon, waste, and energy neutrality—while fostering innovation in circular economy frameworks for communities. Through collaborative research projects, mentorship, and local community engagement, we prepare the next generation of designers and researchers to lead the transition toward a decarbonized, sustainable built environment.
The Net Zero Design Lab (NDL) supports the design healthier, more sustainable products, buildings, and spaces.
Key goals are to:
Create educational tools for innovative, sustainable design.
Advance sustainability through performance-based assessments.
Set benchmarks for low-carbon product design and specifications.
Offer mentorship, research, and internships to build hands-on sustainable design skills.
Promote environmental stewardship, healthier buildings, and social equity through sustainable, circular community planning and design.
Product Sustainability Framework explores innovative solutions across seven (7) key areas: promote durability and lifecyle performance, energy-efficient design, use of renewable materials, reducing embodied carbon, minimizing waste generation, eliminating toxins in products, and promoting circularity through reuse and recycling strategies.
While this framework focuses on performance-based assessment, it is also important to balance aesthetics, cost, durability, and performance as criteria for holistic material selection in design decisions.
Embodied Carbon & Carbon Footprint
Embodied Carbon is the total CO₂ emissions from producing, transporting, and disposing of materials or products. Carbon Footprint – the total CO₂ emissions generated.
Durability & Lifecycle Performance
Product ability to withstand wear and tear over time and perform well throughout its lifecycle.
Renewable & Biodegradable
Materials that can be replenished or break down naturally over time.
Toxicity & Health Impact
The presence of harmful chemicals or materials that could negatively affect human health or the environment during the entire lifecycle.
Embodied Energy Intensity
Evaluates the total energy used to produce, transport, and install a material per unit (e.g. per kilogram).
Product Circularity
Products that emphasize the reduction of waste, the reusability of the material, and facilitate recycling at end of life.
Product Waste Factor
Minimizing waste generated during manufacturing, encouraging more efficient and resource-conscious production processes.
Chi Dara, PhD, MSc Arch, ENV SP, IDC
Assistant Professor
Faculty of Arts, Interior Design Department
Students
Aaron Philipp
Student Research Assistant
Senior Undergraduate, Interior Design
Veronica Rodriguez
Student Research Assistant
Senior Undergraduate, Interior Design
Courtney Stirling
Student Research Assistant
Senior Undergraduate, Interior Design
Sydney Zuk
Student Research Assistant
Senior Undergraduate, Interior Design