Increasing undergraduate student interpreters’ fluency and accuracy in interpreting STEM content
Discover how improving knowledge of fingerspelling principles enhances STEM interpreters' fluency and accuracy.
The Role of Giving Back and Two-Eyed Seeing for Engineering & Computer Science Indigenous Students Transitioning to the Workplace
Presented at the 2024 RESPECT Conference in Atlanta, this paper illuminates transformational change initiated by Native students who are transitioning into the workplace in engineering and computer science
Including Neurodiversity in Computational Thinking
Studies conducted using a computer-supported, inclusive, and highly interactive learning program named INFACT that was designed with the hypothesis that all students, including neurodivergent learners, will excel in problem solving when it is structured through a variety of CT activities.
The impact of visual and auditory distractions on the performance of neurodiverse students in virtual reality (VR) environments
Explore the impact of ambient stimuli on cognitive tasks in virtual reality. Discover how VR can empower neurodivergent learners for better attention control. Insights and design recommendations revealed.
Broadening participation in STEM through equity-minded high-impact practices: a multimodal systematic review
This article examined 38 programs aiming to broaden participation in undergraduate STEM education using an equity-minded HIP framework. Explore the findings and discover essential recommendations for researchers and funders to implement equity-minded practices to broaden participation.
Antiracist Mathematics Education: Stories of Acknowledgment, Action and Accountability
Empowering Latinx Families with Math
“So, we kind of started from scratch, no pun intended”: What can students learn from designing games?
In the Building systems from Scratch program, designing a game about climate change requires students to carry out multiple learning tasks in parallel, that is, (1) applying systems thinking to climate change concepts; (2) understanding and applying game design principles, and (3) systematically mapping knowledge of a science topic into a game by programming and engaging in CT practices.