Spring Grants

These projects were funded during our Spring grant cycle, where projects receive more than $5,000 for projects that take between one to three years to complete. 

Sustainable Housing at California Solar Decathlon 2023

Project Description

The Solar Decathlon Build Challenge 2023 (henceforth SD23) marks SHAC’s third entry into the Solar Decathlon competition, an international green building challenge hosted by the US Department of Energy. This project aims to address Alameda County’s lack of affordable housing and growing youth homelessness through innovative, sustainable engineering with heavy community involvement from the underserved target market. Over 8000 individuals in Alameda County alone experience homelessness daily, with youth (ages 18-24) comprising up to 9% of that population (753...

Putting the "Campus" in Campus Grocery: The Food Collective as a Full-Service Grocery in the Student Union

Project Description

The Collective serves over ten thousand student patrons each year with affordable, healthy, sustainable and local foods from minority vendors and farmers — including over 150 weekly student member-volunteers each semester — out of a small space never intended for food service with a highly-limited but functional grocery selection. We're returning to the Green Initiative Fund — the single most significant funder in building the Collective's skill sets and capacity over the past 12 years — to support us in fulfilling the longtime student vision for a dedicated...

Inclusive Excellence Hub Sustainability and Environmental Justice Initiative

Office of Graduate Diversity seeks to create a sustainable, healthy, and equitable space for underrepresented students on campus. The Inclusive Excellence Hub recently opened, and serves as a community space for climate and diverstiy justice programming on Channing Way. They are seeking funds to make the building and outdoor hub space more sustainable through energy efficiency building improvements, the creation of an outdoor green space, and the creation of environmental justice programming to be implemented by their Diversity and Community fellows

Haas Hives Part 2

Haas School of Business is seeking funds to expand their current Hives at Haas mini-grant to build beehives at a new site, after using mini-grant funds to assess feasibility, conduct risk assessments, and obtain necessary campus approvals. The hives would be an educational hub for food and ecology groups on campus, would inlude an educational component, and create signage to connect the new hive location with the existing Haas pollinator garden.

High-Output Parallel Biodiesel Processing System (HOPBPS)

The Biofuels Technology Club (BTC) at UC Berkeley's College of Chemistry has a clear mission: to achieve a zero-waste campus by producing biodiesel from campus dining hall waste cooking oil. Since its founding in 2015, the club has successfully produced over 500 gallons of high-quality biodiesel, which has been tested extensively in the lab and for 12,000 miles in a car. The club's ultimate goal is to power the UC Berkeley campus fleets, closing an important loop within the school's consumption and waste streams. However, the club's current processing setup has limited capacity, preventing it from producing the significant quantities of biodiesel needed to achieve its goal.

Food Relatives Conference by the Food Institute Graduate Council

Project Description

By bridging academics, community leaders, consumers, and other vital actors within our food system, FIGC seeks to reinforce the goal of the Berkeley Food Institute (BFI): to understand and transform food systems in a cross-disciplinary manner in order to build a more resilient and equitable future within and beyond academic institutions. In 2022, FIGC ran a free-to the-public hybrid 2022 Conference, “Food Relatives: Decolonizing and Indigenizing the Global Food System” to connect scholars, community members, artists, and policy makers through varying...

Electric Cargo Bike for ReUse Stations

ReUSE and Cal Zero Waste are requesting funds to purchase an electric cargo bicycle to transport materials from the Cal Zero Waste office to each ReUSE station, rather than moving items on foot.

Community-engaged engineering: a partnership with the AB 617 community in Stockton

Project Description

We request $45,975 to hire student interns to sustain environmental justice work being done by Berkeley engineering students with the Stockton AB 617 community to improve local air quality and address climate change. The AB 617 community in Southwest Stockton, CA ranks in the top 5% of the most disadvantaged communities in California. It is ranked in the worst 1% for overall pollution burden, and in the worst 4% for asthma rates. In Spring 2021, I developed a new community engaged design class (CE 105 Design for Global Transformation) where we worked with...

Climate Break II

Project Description

CLEE created Climate Break as a means to discuss climate change with a wider audience in a different way than the typical focus on the inevitable negative impacts coming our way. Climate Break instead focuses on solutions in progress, via bite-sized audio clips of 90 seconds that fit as interstitial segments on radio stations nationwide and as easily distributed digital podcasts. With the experience of creating the clips, longer podcasts, and web material, and having experimented with the form, we now seek to apply lessons learned, add short video clips, and...

Biofuel Technologies Club: Algae Solar Panel Project

Project Description

The Biofuels Technology Club (BTC) is a College of Chemistry club, whose committed mission is to achieve a zero-waste campus. By making biodiesel from waste cooking oil in the campus dining halls, the club has the goal of eventually powering campus fleets. Though CalDining continues to provide an excellent source of oil for feedstock, we have launched an experimental team to look into other potential sources if increased scale is needed. One key area of exploration is microalgae; as it produces lipid content, accumulates in biomass rapidly, and requires low-...