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About IES

Gregory Chung

University of California, Los Angeles
ORCID link

Associated IES Content

Grant

Identifying Young Children's Computational Thinking Processes In Visual Programming Environments Using Telemetry-Based Evidence Collection Methods

This project team examined associations between computational thinking (CT) processes and external measures of CT using measures based on young learner's interaction with codeSpark Academy. codeSpark Academy allows learners to program with blocks instead of traditional text-based commands. The game format creates an engaging experience for young learners. The importance of introducing computer programming at an early age is less to create young programmers than it is for learners to develop ...
Federal funding program:
Education Research Grants
Award number:
R305A190433
Grant

Exploring Computational Thinking: Applying Psychometric Analysis to Assess Relationships with Primary Cognitive Abilities and Malleability

Computational thinking (CT) has emerged as a major topic of interest in K-12 education, with widespread efforts to support students in developing this competency in multiple content areas (e.g., Next Generation Science Standards) without specifically tying it to learning coding or computer science. However, many facets of computational thinking are not clearly defined or understood, including (1) the extent to which it can be assessed independent of coding and (2) its relationship to other m...
Federal funding program:
Education Research Grants
Award number:
R305A220116

FY2020

FY2020 Science, Technology, Engineering, and Mathematics Education (STEM) Peer Review Panel

FY2019

FY2019 Science, Technology, Engineering, and Mathematics Education (STEM) Peer Review Panel

FY2018

FY2018 Science, Technology, Engineering, and Mathematics Education (STEM) Peer Review Panel

FY2017

FY2017 Science, Technology, Engineering, and Mathematics Education (STEM) Peer Review Panel
Grant

A Theory and Data Driven Approach for Identifying Evidence of Collaborative Problem Solving Skills

The purpose of this project is to develop a framework to assess and identify collaborative problem-solving (CPS) skills in computer-based educational environments and to explore the relationship between collaborative problem solving and student learning outcomes. Collaborative problem solving is recognized as a key 21st-century competency, however, no valid and reliable tool exists to measure and assess the influence of collaboration on educational outcomes. This research aims to address thr...
Federal funding program:
Education Research Grants
Award number:
R305A170432
Grant

National Research & Development Center on Instructional Technology: Center for Advanced Technology in Schools

The purpose of the National Center for Advanced Technology in Schools (NCATS) is to create materials that will lead to improved learning of critically important math concepts such as pre-algebra and algebra, commonly referred to as "gateway" concepts, because they are necessary for successfully performing higher-level math. The team will leverage advances in instructional technology (e.g., "serious games") in order to challenge and motivate 9th grade students, particularly underperforming on...
Federal funding program:
Education Research and Development Centers
Award number:
R305C080015
organization

University of California, Los Angeles

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