Conference focuses on on how families can improve math fluency

Prof. Susan Levine speaks at a conference on math fluency in young children.

Getting on Track Early for School Success: An Assessment System to Support Effective Instruction

Promoting the development of oral language and the acquisition of numeracy, spatial reasoning, and geometry skills among preschool children is foundational to Getting on Track Early for School Success.

Researchers from the Science of Learning Center studied the effects of bedtime math games on math achievement in first-grade children. 

We Conduct Multifaceted Research:

UChicago SLC researchers engage in multifaceted educational research, including laboratory studies that identify robust learning principles and test the efectiveness of interventions, studies of learning in home and school environments, and analyses of existing datasets. Researchers also study learning at multiple levels of analysis, from the study of the individual learner’s behaviors and underlying neural mechanisms, to how social and cultural structures support learning. These varied approaches drive the four major objectives of the UChicago Science of Learning Center:

Identifying Learning Principles and Mechanisms

Basic research is vital not only to thinking about how best to teach diferent concepts and school subjects, but also to understanding the qualities of the human mind. By identifying the mechanisms that underlie learning critical concepts, we are contributing to theory and practice.

Characterizing Learning Trajectories

Understanding learning trajectories is critical to developing interventions for individuals at different points on the learning path. This involves understanding how children are affected by cognitive and socio-emotional factors. By studying parent-child and teacher-child interactions, we are identifying the kinds of interactions that promote the development of strong cognitive skills and positive learning mindsets.

Accelerating Learning Trajectories

The findings that emerge from our research on learning, lead us to develop and assess promising learning tools that can be used at home and at school. These include the use technology to enhance knowledge and attitudes about learning.

Developing Powerful Analytic Tools

Our ability to understand the complex factors that affect learning depends on having sensitive and powerful analytic tools. Our faculty include leaders in the development of new methodological strategies for studying psychological change and growth, designing experiments, drawing causal inference from experimental and non-experimental data, testing theories of causal mediation, and designing formative assessments of student learning for the purpose of improving instruction.

Skip to toolbar