Presentations by TERC Staff at NCSM 2024
Presentations by TERC Staff at NCSM 2024

Check out the following sessions featuring TERC Staff and their work at the NSCM Annual Meeting & Exposition Sept 23-25, Chicago, IL.

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INFACT (v1.0) Materials
INFACT (v1.0) Materials

INFACT (v1.0) consists of a broad variety of computational thinking (CT) materials, organized into customizable sequences and threaded through with the core ideas of CT, including Problem Decomposition, Pattern Recognition, Algorithm Design, and Abstraction, as well as Debugging.

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STEM Education Not-For-Profit TERC announces retirement of its president, Laurie Brennan
STEM Education Not-For-Profit TERC announces retirement of its president, Laurie Brennan

TERC announces the retirement of President Laurie Brennan, effective June 2025, after a distinguished tenure marked by record proposal success, increased diversity, and growth in STEM education initiatives.

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TERC Sessions at ASTC 2024
TERC Sessions at ASTC 2024

Sessions by TERC staff at the 2024 Association of Science and Technology Centers (ASTC) Annual Conference in Chicago, Illinois – September 28th-October 1st

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Neurodiversity in STEM at TERC
Neurodiversity in STEM at TERC

Neurodiversity in STEM is a network of educators, researchers, and designers studying new methods to reveal, nurture, and support STEM problem-solving talents in neurodivergent learners.

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Our Services
Our Services

TERC provides exceptional and invaluable opportunities for teachers, schools, school districts, education leaders, and STEM education research and development organizations.

We offer extensive professional development, consulting, as well as evaluation services. Work with us to receive research and evaluation support, take a class, attend a workshop, take advantage of our tools — and help build a better future through math and science learning.  » Read more

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Exploring the Viability of Using Eye Tracking to Detect Neurodivergent Learners’ Implicit Learning in a Physics Game
Exploring the Viability of Using Eye Tracking to Detect Neurodivergent Learners’ Implicit Learning in a Physics Game

This study explores how eye tracking in a physics game can assess implicit knowledge in neurodivergent college students.

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