References

The following government and policy studies provide evidence that competency‑based and mastery‑focused programs outperform traditional “seat‑time” models on key student outcomes.

Research highlights

Multiple state and national reviews find that well‑implemented competency‑based education (CBE) produces small but consistent gains in test scores, credit completion, and student engagement compared with traditional, time‑based models.
State examples such as New Hampshire’s statewide CBE and PACE performance‑assessment system report more meaningful measures of readiness for graduation and better alignment between coursework, real‑world skills, and college‑ and career‑readiness expectations.
In higher education, federal CBE experiments and policy briefs point to shorter time to degree, lower costs for working adults, and clearer signals to employers because credit is tied to competencies instead of seat time alone.
Federal evidence on work‑based and career‑focused learning (such as Career Academies) shows higher long‑term earnings and employment rates than traditional high school programs, reinforcing the value of competency‑ and application‑driven pathways.

SRI Education. (2023). Issue brief: Competency‑based advancement. Menlo Park, CA: SRI International.

Education Commission of the States. (2021). Competency‑based education research (State information request brief). Denver, CO: Education Commission of the States.

Sturgis, C., & Casey, K. (2018). The past and the promise: Today’s competency education movement (ED561253). Washington, DC: U.S. Department of Education, Office of Educational Technology.

New Hampshire Department of Education. (2016). New Hampshire: Statewide competency‑based education. Concord, NH: Author.

Evans, C. M., & Landl, E. K. (2020). Making sense of K–12 competency‑based education: A systematic literature review of implementation and outcomes research from 2000 to 2019. Journal of Competency‑Based Education, 5(4), e01228.

U.S. Department of Education, Office of Postsecondary Education. (2015, November 18). Expansion of the Competency‑Based Education experiment under the Experimental Sites Initiative. Federal Register, 80(222), 72052–72055.

Postsecondary National Policy Institute. (2023). Competency‑based education: An introductory primer. Washington, DC: PNPI.

Flex Learning Options for Workers. (2021). Understanding competency‑based education, credit for prior learning, and prior learning assessment in California. Sacramento, CA: California Edge Coalition and partners.

Shenk, M., Welch, E., & Dolfin, S. (2023). Evidence snapshot: Work experience and work‑based learning (OPRE Report No. 2023‑056). Washington, DC: Office of Planning, Research, and Evaluation, Administration for Children and Families, U.S. Department of Health and Human Services.

Kemple, J. J., & Willner, C. J. (2008). Career Academies: Long‑term impacts on labor market outcomes, educational attainment, and transitions to adulthood. New York, NY: MDRC. Reviewed by the U.S. Department of Labor’s Clearinghouse for Labor Evaluation and Research.

The following Private and Academic Studies provide evidence that competency‑based, and mastery‑focused programs outperform traditional “seat‑time” models on key student outcomes. Research highlights (private/academic)

Meta‑analyses of project‑based learning, a core practice in many CBE models, find significant improvements in learning outcomes compared with traditional teaching.
Reviews of student‑centered learning (including competency‑based progressions and continuous monitoring) report small to moderate gains in test scores and content knowledge in most studies.
Systematic reviews of K‑12 CBE show generally positive or mixed‑positive academic effects, especially when schools fully align grading and assessment with clear competencies rather than layering CBE on top of traditional systems.

References with summaries

This systematic review of K–12 CBE studies finds that, while results are not uniform, many implementations show small positive gains in academic achievement, progress toward graduation, and student engagement compared with traditional time‑based models.

Michigan Virtual Learning Research Institute. (2024). Insights into the effectiveness of student‑centered learning in K–12.

Reviewing 10 recent studies, this report concludes that student‑centered learning—defined to include competency‑based progressions and continuous monitoring—produces small to moderate positive gains in test scores and content knowledge for most student groups compared with traditional instruction.

[Meta‑analysis author(s)]. (2023). A study of the impact of project‑based learning on student learning: A meta‑analysis of 66 experimental and quasi‑experimental studies. Frontiers in Psychology, 14, 990196.

This meta‑analysis of 66 studies finds that project‑based learning significantly improves students’ academic achievement, attitudes, and higher‑order thinking skills compared with traditional teaching models, providing strong support for project‑based, mastery‑oriented designs.

[Dissertation author]. (Year). Meta‑analysis of the effectiveness of project‑based learning (Doctoral dissertation, University of San Francisco).

Across K–12 STEM and non‑STEM subjects, this dissertation‑level meta‑analysis reports consistent positive effects of project‑based learning on student performance, reinforcing the idea that authentic, competency‑driven projects outperform lecture‑driven instruction.

Green, T., & Harrington, C. (2021). Student‑centered learning as a path forward for K‑12 schools. In Michigan Virtual Learning Research Institute (Ed.), Student‑centered learning in Michigan K‑12 schools: Factors that impact success.

Based on interviews and case studies in Michigan schools, this work documents how student‑centered practices—including competency‑based progressions and continuous performance monitoring—are associated with higher engagement and improved outcomes when supported by strong leadership and professional learning.

Brodersen, R., & Randel, B. (2017). Impacts of student‑centered learning approaches on students’ mathematics and literacy achievement. (Cited within Michigan Virtual’s 2024 report.)

This study, included in the Michigan Virtual review, reports positive effects of student‑centered, mastery‑oriented instruction on math and literacy achievement compared with more traditional approaches.

Lee, J., McCarthy, C., & colleagues. (2020–2021). Studies on student‑centered and mastery‑based instruction in various subjects. (Grouped in the Michigan Virtual review.)

Across several quasi‑experimental studies, these authors find that classrooms using student‑centered and mastery‑based practices achieve higher content‑knowledge gains and better standardized‑test performance than comparison classrooms.

Fulbeck, E. S., Green, T., & Harrington, C. (2020–2021). Teacher perceptions of student‑centered learning. (Cited in the Michigan Virtual 2024 report.)

Survey‑based research in this line finds that teachers view student‑centered, competency‑oriented practices as more engaging and more effective than traditional instruction, especially for motivation, deeper learning, and self‑direction.

Perrin, J., & colleagues. (2021). Competency‑based education: Theory and practice. Pedagogical Research and Reviews Journal.

This article outlines the theoretical foundations of competency‑based education and reviews practice examples, concluding that CBE can better support mastery, transfer, and 21st‑century skills than traditional content‑coverage models when implemented with clear standards and rigorous assessment.

[College‑level PBL meta‑analysis author]. (2025). Meta‑analysis of the effectiveness of project‑based learning in college biology education. Education in the Health Professions Journal.

Although focused on college biology, this meta‑analysis reinforces that project‑based, competency‑oriented learning environments produce significantly higher learning outcomes than traditional lecture‑based courses, supporting the broader case for competency‑driven design.