Mind the Gap: Will All Students Benefit From 21st Century Learning?

In an economy driven by technological innovation and a complex social landscape, schools must invest in instructional approaches that allow students to express more agency over their learning and create space to apply what they learn to solve real-world problems. Based on our two-year study of personalized learning in 39 schools across the country and a deep look at schools in Colorado and Connecticut, this new paper offers a first view of how academically disadvantaged students experience these 21st century learning environments and what factors are likely to produce better opportunities for their success with these approaches.

CRPE researchers found that in these schools, teachers often lacked the tools and skills necessary to effectively teach students with weaker academic and social-emotional skills. They also found that preexisting capacity challenges in high-needs schools were stressed, and states and districts had not established systems to monitor or mitigate inequities. The researchers conclude that without greater attention to supports and a focus on addressing barriers that limit teacher and school capacity building, 21st century learning will not enable underserved students to succeed......  

Challenges for Schools with Underserved Students

-- Trends suggest that students who enter schools with weaker academic preparation and social-emotional skills are less likely to be successful in 21st century learning environments than more privileged students because:

-- Teachers often lack the tools and skills to provide rigorous and engaging instruction to students who possess weaker academic and social-emotional skills.

-- Shifting to 21st century learning environments can stress preexisting capacity challenges in high-needs schools.

-- States and districts have not established systems to monitor or mitigate the inequities that exist within schools and classrooms.

Recommendations for Funders, Policymakers, and Practitioners to Reduce Inequities

-- Developing the 21st century learning landscape requires aligning efforts at all levels of the system to prevent inequities.

-- Build the evidence base around the impact of weak 21st century instruction on different types of schools and student groups.

-- Use strategies at the state, district, and school level to enable all students to succeed with 21st century learning.

-- Invest in research and development to build new, high-quality models.

-- Build a talent pipeline for teachers and leaders to develop their capacity.

-- Align assessment and accountability systems to 21st century goals.

-- Leverage "outside" opportunities, such as electives, extracurriculars, and summer learning.

Read the paper here.

Featured

  • St. Lucie County, Fla., Breaks Ground on New K–8 School

    St. Lucie Public Schools in St. Lucie County, Fla., recently held a groundbreaking ceremony for a new K–8 school, according to a news release. The district partnered with Spiezle Architectural Group, Inc., for the design of the upcoming Ft. Pierce K–8 School, which comprises six buildings covering 215,000 square feet.

  • Missouri Child Development Center Completes $2.3M Expansion

    The Urban Sprouts Child Development Center in St. Louis, Mo., recently announced the completion of a $2.3-million expansion and adaptive reuse project, according to a news release. The new space includes a retail café, outdoor learning space, and a support office building.

  • California District Opens New Robotics Center

    The Fremont Union High School District (FUHSD) in Cupertino, Calif., recently held a Grand Opening ceremony for a new, district-wide Robotics Center, according to a news release. The 14,500-square-foot facility was designed by Quattrocchi Kwok Architects (QKA); Landmark Constructors served as the builder and Blach Construction as general construction manager.

  • Montclair State University Starts Construction on $120M STEM Building

    Montclair State University in Montclair, N.J., recently broke ground on a new $120-million Interdisciplinary Science Building, according to university news. The university partnered with HoK Architects for the project’s design, and it’s scheduled to open in time for the 2028–29 academic year.