The PBL teaching strategy offers engaging, real-world experiences for students and could prove helpful after COVID-related learning loss

PBL students excel compared to peers in typical classrooms

The PBL teaching strategy offers engaging, real-world experiences for students and could prove helpful after COVID-related learning loss

In a second study, researchers at Michigan State University (MSU) found that third- grade students in PBL classrooms from a variety of backgrounds scored 8 percentage points higher on a state science test than students who experienced typical science teaching methods. These effects held regardless of reading level. The third-grade curriculum offers students the chance to contribute to solving problems in their communities, such as how to help local birds survive.

“By making sense of the world and finding solutions to complex problems, students see that science is meaningful and personally valuable,” said Joseph Krajcik, Lappan-Phillips Professor of Science Education and Director of the CREATE for STEM Institute at Michigan State University.

Another group of researchers from the University of Michigan and MSU found that second graders gained 5-6 months more learning in social studies and 2 months more in informational reading after receiving project-based instruction. The students were from low-income backgrounds and from underrepresented racial and ethnic groups. The curriculum has four projects, including a civics unit where students develop a proposal to persuade government officials to make improvements to a public space, such as a local playground.

In the fourth study, Stanford University researchers found that sixth-grade students using a PBL science curriculum performed significantly better on state assessments in mathematics and English language arts when compared with students not using the curriculum. English language learners in the PBL classrooms scored up to 28 percentage points higher than their peers on a language proficiency test after completing projects, such as one on thermal energy where students engineer a solar oven so a neighborhood food truck can bake cookies or design gloves for fishermen working in frigid waters.

“These results demonstrate that well designed experiences with PBL, as well as practices that support equitable collaboration and subject-specific language development, can boost the engagement and learning achievement of historically underserved students, including English language learners,” noted Linda Darling-Hammond, president of the California State Board of Education and Professor of Education, Emeritus at Stanford.

Policy makers, educators, and administrators are encouraged to consider project-based learning as a lever for increasing student learning and equitable outcomes.

“The evidence is clear, rigorous PBL results in a significant boost in academic achievement for students from many different backgrounds,” said Kristin De Vivo, executive director of Lucas Education Research.

“Education is the foundation of our democracy,” said George Lucas, chairman of GLEF. “Project-based learning offers students rigorous academic experiences that take them beyond the boundaries of textbooks and lectures. In the process, they learn critical thinking skills and the competence to solve problems in the world around them.”

Detailed information and videos about the research are available at Lucas Education Research and Edutopia. The curricula in each of the four studies are open-sourced and free. Lucas Education Research, a division of the George Lucas Educational Foundation, funded the research.

Material from a press release was used in this report.

Laura Ascione

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