The Sustainability Scholars Program is an innovative paid internship program. We match UBC graduate students with on- and off-campus sustainability partners to work on applied research projects that advance sustainability across the region. Managed by the UBC Sustainability Hub.
Apply your research skills to real-world sustainability challenges
Get paid and gain valuable professional work experience
Develop applied skills and knowledge under the guidance of a mentor
Build your professional network and enhance your career prospects

How It Works

The program is open to full-time UBC graduate students from any program or discipline. As a Sustainability Scholar, you work under the guidance of a mentor on an applied research project that supports their organization's sustainability goals.

Apply

UBC Sustainability Scholars work on applied research projects across a wide range of environmental, economic and social sustainability topics. See our list of current paid internship opportunities.

Project Library

The Scholars Project Library contains hundreds of reports, charts, tool-kits, and more, documenting the applied research produced by Scholars since 2010. A useful body of knowledge to support further research around sustainability.

Fraser Estuary Research Collaborative (FERC)

A new stream in the Sustainability Scholars Program focusing on applied research with the goal of restoring and protecting the endangered Fraser Estuary.

Partner with us

Partner organizations are essential to the UBC Sustainability Scholars Program. Partners provide work experience for UBC graduate students and benefit from their applied research.

Meet the scholars

UBC Sustainability Scholars come from all kinds of backgrounds and academic disciplines. Scholars stand out for being passionate about sustainability, having a strong work ethic, and for their applied research skills.

Fund scholars

Climate change, biodiversity loss, and growing inequality are some of the most urgent issues facing our world today. Support from donors will allow scholars to make a direct impact through organizations doing the on-the-ground work needed to address climate change and other critical sustainability challenges.

Program History

Sustainability Scholars’ projects have been helping to move the dial on sustainability across the region for over 10 years. Find out more about our history, milestones, and impact.

Project Library

This report presents a bottom-up assessment of non-road engine (NRE) populations in Metro Vancouver to support the development of a more accurate and regionally representative air emissions inventory of greenhouse gases (GHG) and health harming contaminants. Non-road engines, used in sectors such as construction, commercial, manufacturing, and yard and garden contribute significantly to local air pollution and climate impacts, yet their emissions are not as accurately quantified compared to on-road vehicles (Hagan, 2022). The study draws on structured interviews, data collection from regional equipment suppliers and dealers, and public and institutional datasets from sources such as Environment and Climate Change Canada (ECCC) to cross-validate and enrich the data.

Partner: Metro Vancouver
Funder: Metro Vancouver
Keywords: emissions, transportation, non-road engines, GHG emissions inventory

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2025
Yahan Gu

Research for this project encompassed a number Long-Term Care (LTC) facilities in British Columbia, focusing on environmental impacts and sustainability practices in design and construction. The results are based on a comprehensive literature review, interviews with sustainability experts, and a thematicl analysis of the findings. The report highlights best practices, gaps, and proposed recommendations to improve LTC facility planning, integrate sustainable principles, and guide future research and development initiative.

Partner: Vancouver Coastal Health Authority
Funder: Vancouver Coastal Health Authority
Keywords: low carbon buildings, sustainable development & green economy 

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2025
Victoria Shary Ramirez-Montero

This project examines recent risk assessments undertaken for local BC governments. The research anticipates upcoming Emergency and Disaster Management Act (EDMA) regulations expected in late 2025, which will enforce new local government risk assessment requirements. The analysis explores the number of local governments that may need to undertake new or supplementary risk assessments, the capacity of the private sector to provide support, and the potential costs associated with this work.

Partner: Union of British Columbia Municipalities
Funder: Union of British Columbia Municipalities
Keywords: climate adaptation, climate resilience 

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2025
Peter Carwana

This project aims to improve living conditions and resilience to indoor heat in healthcare facilities. Through assessments and interventions, the findings will be used to develop practical, low-cost knowledge translation solutions. These solutions aim to empower healthcare workers, facility leaders, and communities to take informed action on heat-health challenges, protect vulnerable populations, and ensure continuous, safe, and effective delivery of care during extreme indoor heat events.

Partner: Providence Health Care Society
Funder: Canadian Coalition for Green Health Care & Providence Healthcare
Keywords: climate adaptation, climate resilience, green buildings 

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2025
Salina Dolmo Lama

This project calls for urgent action to advance equitable and quality childcare, centring children with disabilities while benefiting all children and families. It underscores three pressing priorities: inclusive physical design, investment in the Early Childhood Educator (ECE) workforce training, and systemic reform with resources and policy support. Childcare is part of an ecosystem, and stronger collaboration across stakeholders is essential to build inclusive spaces that uphold every child's right to care and well-being.

Partner: City of Vancouver
Funder: City of Vancouver & UBC
Keywords: equity, diversity, inclusion, social sustainability, sustainability in education 

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2025
Arunima Saha

This project advances the mapping of Canada's remaining primary forests--defined as natural forests that have grown without major anthropogenic impacts, such as logging, urban development, or mining. Using national and regional scale datasets, the project aimed to produce an updated framework for a spatially accurate and thematically comprehensive national map of primary forests. This framework can serve as a foundation for ongoing forest conservation, policy support, and ecological assessment across Canada.

Partner: World Wildlife Fund Canada
Funder: World Wildlife Fund Canada
Keywords: biodiversity, ecological systems, sustainable development & green economy, forest mapping

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2025
Raju Ahmed

Energy-efficient design and retrofit measures are essential for reducing energy consumption and associated GHG emissions of new and existing civic facilities to meet the targets outlined in the City of Coquitlam's policy and plans. This research investigates key energy-efficient design and retrofit strategies for the City's civic facilities with a particular focus on fire halls.

Partner: City of Coquitlam
Funder: City of Coquitlam
Keywords: climate adaptation, green buildings, low carbon buildings, sustainable development & green economy 

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2025
Haonan Zhang

This project investigates the barriers and opportunities for integrating Vehicle-to-Everything (V2X) technologies in buildings and electricity grids in British Columbia. Focusing on technical, economic, policy, environmental, and social dimensions it identifies strategies to enhance resilience, enable renewable energy integration, and optimize energy sharing. The findings inform recommendations to accelerate V2X adoption while supporting sustainable and flexible energy systems.
Partner: BC Housing
Funder: BC Hydro
Keywords: climate resilience, green infrastructure, zero emission vehicles 

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2025
Sandali Rukshila Walgama

This report analyzes the decoupling of economic growth and greenhouse gas (GHG) emissions in Metro Vancouver’s building sector and the light-duty vehicle (LDV) transportation sector between 2010 and 2022. Using Tapio elasticity, the Log Mean Divisia Index (LMDI), and sector-level economic modeling, it finds strong decoupling in transportation (LDVs), with GDP increasing as carbon emissions declined, and weak decoupling in buildings, where emissions increased more slowly than economic output.

Partner: Metro Vancouver
Funder: Metro Vancouver
Keywords: climate mitigation, green economy, transportation, decoupling, emissions intensity, carbon productivity

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2025
Girish Sharma

This project investigates low-carbon design trends in BC lower mainland health care facilities by creating a usable database of energy systems and performance metrics. Using energy models and utility data from various projects, it compares energy performance and links it to design choices for building envelopes and mechanical systems. The database tracks emerging trends, provides a baseline for setting energy metric targets, and identifies gaps in current energy model reporting.

Partner: Provincial Health Services Authority (PHSA)
Funder: BC Hydro
Keywords: climate adaptation, climate mitigation, green buildings, low carbon buildings 

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2025
Sandali Rukshila Walgama

This report examines current practices and innovative approaches to inform updates to Metro Vancouver's 2016 regional park design standards and guidelines, ensuring that trail infrastructure meets evolving environmental conditions and diverse community needs. Based on document analysis, policy review, and staff interviews, this report offers several recommendations and 'quick starts' for more accessible, sustainable, and climate resilient park design.

Partner: Metro Vancouver
Funder: Metro Vancouver
Keywords: climate resilience, equity, diversity, inclusion, green infrastructure, social sustainability 

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2025
Kaitlyn Pike

This project aims to support Metro Vancouver in improving drinking water disinfection protocols during turbidity events using evidence from historical water quality data on the Coquitlam source. The report includes an overview of turbidity management approaches in large unfiltered drinking water systems, assessment of turbidity and organic matter in the Coquitlam source, and analysis of free chlorine levels in the transmission system on the Coquitlam source during turbidity events.

Partner: Metro Vancouver
Funder: Metro Vancouver
Keywords: water, public health, ecosystem services

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2025
Caleb Sinn

This project supports the City of Port Moody in advancing mandatory energy benchmarking and disclosure for Part 3 buildings. By reviewing local policies, examining programs across Canada, and synthesizing academic literature, the research identifies challenges and best practices to guide policy design. The purpose is to help Port Moody reduce building emissions, improve energy efficiency, and align with broader climate goals through data-driven decision-making and increased transparency.

Partner: City of Port Moody  
Funder: BC Hydro
Keywords: climate mitigation, green buildings, low carbon buildings 

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2025
Shiyao Zhu

This project evaluates whether modern, commercially available heat pumps can serve as reliable primary heating systems for Part 9 residential homes across BC's diverse climate zones, in alignment with the Energy Step Code and the Zero Carbon Step Code. The study analyzes standard and cold-climate models to assess if standalone units can meet heating demand efficiently in Step Code compliant homes.

Partner: Township of Langley
Funder: Township of Langley
Keywords: climate mitigation, green buildings, low carbon buildings, sustainable development & green economy 

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2025
Qing Pan

This project investigates opportunities for the reduction of non-energy greenhouse gas (GHG) emissions in Metro Vancouver's drinking water treatment and transmission systems. A jurisdictional scan identified four important domains with high carbon emissions potential. The findings emphasize that procurement choices based on environmental produce declarations and sourcing sustainable alternatives are key to achieving climate-resilience in water systems.

Partner: Metro Vancouver
Funder: Metro Vancouver
Keywords: climate resilience, supply chain management & green procurement, sustainable development & green economy, water 

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2025
Sutripto Khasnabis

This project examines 2019 to 2024 water use, temperature, and rainfall data for Vancouver's championship golf courses to identify strategies for reducing peak irrigation demand. It assesses storage options, including detention ponds and underground systems, to supplement irrigation during dry months. Capturing and reusing up to 10,000 m3 of water could bring Fraserview Golf Course's peak-season use in line with historical averages, improving drought resilience and promoting sustainable turf management.

Partner: City of Vancouver
Funder: City of Vancouver & UBC
Keywords: climate adaptation, climate resilience, waste management & recycling, water 

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2025
Angelica Liu

This project explores the environmental impacts of healthcare delivery by comparing life cycle emissions from in-person and virtual clinic visits. Using a life cycle assessment framework, it examines key emission sources like patient travel, facility energy use, and digital infrastructure. The goal is to identify the potential environmental benefits of virtual care models and inform sustainable decision-making in healthcare systems.

Partner: Providence Healthcare
Funder: Providence Healthcare
Keywords: climate resilience, climate mitigation, zero emission vehicles, other (separate each tag with a comma) Sustainable healthcare system

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2025
Saba Saleem

This project explores modularization as a sustainable and adaptable approach to designing and constructing transit facilities, focusing on prefabrication, resource efficiency, and End-of-Life Management. Modular design offers opportunities to improve construction efficiency, reduce environmental impact, and enhance the adaptability of TransLink's facilities to meet future needs.

Partner: TransLink
Funder: TransLink
Keywords: active transportation, green infrastructure 

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2025
Vivian Du

This project identified sustainable funding and collaboration models to support long-term maintenance of Green Rainwater Infrastructure (GRI) in Vancouver's parks and roadways. Drawing on case studies from Victoria, Seattle, and Pittsburgh it evaluated tools such as utility fees, workforce partnerships, and nonprofit collaborations. The goal was to inform City planning with strategies that maintain GRI performance while advancing climate resilience, equity, and community stewardship.

Partner: City of Vancouver
Funder: City of Vancouver & UBC
Keywords: biodiversity, climate adaptation, green infrastructure, waste management & recycling 

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2025
Juliet Kiester

This report analyzes spatial patterns of public participation with Metro Vancouver's Residential Indoor Wood Burning (RIWB) Bylaw 1303, focusing on gaps in engagement among vulnerable and marginalized populations. Bylaw 1303 was adopted in 2020, with the aim of reducing RIWB emissions and mitigating the negative health and environmental impacts of wood smoke. GIS methods were used to compare the distribution of Bylaw engagement across the region with multiple socio-demographic characteristics.

Partner: Metro Vancouver
Funder: Metro Vancouver
Keywords: climate mitigation, air quality

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2025
Sophie White

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