Our research team recently presented an overview of our most recent research findings. You can find a brief overview of this work in the attached slide presentation. This presentation provides information about the use of the Collaborative Computing Observation Instrument, our initial study of students with disabilities, and future directions for research in the 2015-2016 school year.
See Presentation Slides: August 2015 presentation on Computational thinking research overview
We have been busy this summer analyzing data for three computing related projects. These projects have once again highlighted how lucky we are to be working with such great colleagues, graduate students, and faculty. As these papers go out for review, we will update you on progress. For now, here’s the synopsis of one study.
Computing case studies across students with disabilities: In the spring, we collected data across two students with fairly significant disabilities because we wanted to know their experiences during computing instruction, the types of supports they were receiving, and the perceptions of their teachers and support staff. We were happy that these students, with the right supports and accommodations, could be successful during computing. Although simplified, the findings are as follows: For one of the students, who had significant behavior needs, engagement and time on task during computing rose sharply once an appropriate behavior intervention was in place. For the other student, who had autism and very limited language skills, support included giving him full access to the computer rather than having his experience be mediated by a support staff. Although this is not a ground-shattering new development, it lends to our equity argument that computing benefits a wide range of learners, including students with disabilities.
I will report on our studies related to using the Collaborative Computing Observation Instrument (C-COI) to study collaborative computing as well as on the integrated computing and mathematics study in my following post.
Lastly, look for our latest paper, “Empowering K-12 students with disabilities to learn computational thinking and computer programming” in the October issue of TEACHING Exceptional Children.
The Collaborative Computing Observation Instrument was developed by the CTRL-Shift research team under the direction of Dr. Maya Israel. It tracks student interactions as they work on computing tasks, with specific attention to collaborative problem solving, persistence, and adaptive help seeking. It is used in concert with video screen recording software such as Screencastify that records students’ computer screens and dialogue as they engage in computational activities.
We began the development of the C-COI by designing a visual model of student behaviors as they engaged in computing activities: Computational Thinking Flowchart
Team members involved in the development of the C-COI include: Maya Israel, Evan Ramos, Quentin Wherfel, Saad Shehab, and George Reese