Woman looking at science equations on white board

Grant Overview

In 2018, Assembly Bill 1809 established the California Education Learning Lab (“Learning Lab”) in order to improve learning outcomes and close equity gaps across California’s public higher education segments, particularly in the Science, Technology, Engineering, and Math (STEM) disciplines.

Learning Lab funds innovative, intersegmental, faculty-led projects that aim to foster student success by improving online and hybrid learning environments, and leveraging technology tools and the science of human learning. Unlike other grant programs that support the development of online courses, course improvement, or supplemental programs dedicated to closing equity gaps, Learning Lab’s unique focus is to promote a positive feedback loop between learning theory, research, and educational practice, enabled by technology-rich environments, which can then be shared and scaled for the benefit of students.  

The Learning Lab grant program drives curricular and pedagogical innovations; supports the creation and expansion of faculty professional development; accelerates early stages of seed projects; enables broad institutional change to reduce systemic barriers; asks teams to confront a Grand Challenge–focusing on a single barrier; and empowers faculty-to-faculty collaboration.

Facts at a Glance

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Ingredients for Success

All Learning Lab projects contain four components—outlined in Assembly Bill 1809—that uniquely reflect Learning Lab’s approach to scaling student success. To view examples of funded Learning Lab projects, please see our Funded Projects page.

These components, when integrated into projects expressly focused on improving equity and learning outcomes, should lead to better student STEM experiences and outcomes across California’s public higher education segments.

Consist of an intersegmental team

The State of California invests significant resources into its public higher education institutions. Collaboration across the University of California (UC), California Community College (CCC), and California State University (CSU) segments will allow teams to draw more deeply from diverse faculty experiences and enable more widespread adoption of innovative solutions.

Benefit lower-division instruction

Lower-division courses are understood as courses that students ordinarily take in their first or second years which provide essential foundational knowledge for advancement in a program of study. These courses often have high enrollment and, in many STEM fields, are characterized by high withdrawal and non-passage rates. Due to the potential for largescale impact, Learning Lab incentivizes the transformation of these courses so all STEM students may end their first year feeling confident and grounded and persist as potential STEM degree candidates.

Incorporate the science of human learning

Learning science, or the science of human learning, is the study of how human learning takes place. This field addresses how people process, gather, and interpret information; how they develop knowledge, skills, and expertise; and the extent to which social and physical context and design environments influence learning. One of the goals of the science of learning is to create a positive feedback or continuous improvement loop between theories of learning and practice, which would result in improved student learning and advance the field of learning science2.

Incorporate aspects of adaptive learning, broadly defined

Adaptive learning is defined in Learning Lab’s statute to mean “a technology-mediated environment in which the learner’s experience is adapted to learner behavior and responses.” Adaptive learning technologies offer opportunities to collect and analyze data on student learning, support the integration of learning research and teaching practice, and encourage instructors to respond and adapt iteratively to student learning.

Grant Archives

Previous Requests for Proposal

 

Awards by Grant Opportunity

View All Funded Projects

Frequently Asked Questions

Learning Lab has an annual budget of $8 million, which comes from State general funds. Funding is distributed through competitive grants and supports activities that enhance teaching and learning.

This will vary according to the terms of the specific Request for Proposals. Generally, individuals who have a permanent faculty appointment at a California community college, a California State University campus, or a University of California campus, AND can demonstrate institutional support for their projects may apply as a co-principal investigator if the call for proposals includes their discipline. Individuals who are not from the UC, CSU, or California Community Colleges may still be part of the faculty team that applies for a Learning Lab grant, just not as a co-principal investigator.

STEM refers to the fields of Science, Technology, Engineering and Mathematics. While not all education researchers or education agencies classify STEM disciplines in the same way, we generally follow the National Center for Education Statistics (NCES) and the Consortium for Student Retention Data Exchange (CSRDE). Learning Lab generally identifies the following as STEM fields: mathematics, the physical sciences, biological and life sciences, engineering and engineering technologies, and computer and information sciences.

Grantees of a Learning Lab award may not charge more than 8% in Indirect Costs (IDC). 

Click on these hyperlinks to learn more about the Learning Lab team and what we do, view our collection of resources, and learn about upcoming events and meetings.

Please contact info@calearninglab.org with questions or comments. We would like to hear from you!