Assimilating Computational and Mathematical Thinking into Earth and Environmental Science

Presenters use illustrations from a project that used scenario-based, graphics-enhanced online questionnaires to introduce participants to the use of these techniques to study teaching knowledge and practice.
The objective of this session is to enable researchers to use scenario-based questionnaires in the study and assessment of teaching knowledge and practice. Presenters show examples of items from 15 instruments developed to study teachers’ decisions in instructional situations, their recognition of specific norms of mathematics instruction, and their dispositions toward professional obligations of teaching. After participants peruse the items and instruments, they are walked through the steps taken by presenters to develop, pilot, revise, and implement this set of instruments.
Panelists discuss the changing landscape of work, business and industry workforce demands, and current education needs and research in areas such as computational thinking.
(Moderator: Joyce Malyn-Smith)
What does preK–12 education need to look like in order to prepare our future workforce and citizenry? Trends and forecasts lead us to understand that the future of work will be vastly different from what we know today, particularly the relationship between humans and machines both in routine work environments across industry sectors, and also in designing solutions to formerly intractable problems. With more work tasks being performed by machines, the role of humans in the world of work is changing. What does this mean for teaching and learning in the 21st century?
Discuss and provide feedback on a brief synthesis of the DRK–12 portfolio as it relates to STEM education from preK through grade 3.
This session provides practical training in the concepts and application of moderation and mediation within the context of STEM education.
This session provides applied training in the principles and practice of designing and analyzing studies to address questions of moderation and mediation. Presenters outline the motivation and critical value of complementing “what works”-type questions with explanatory investigations that address for whom a program works, under what conditions it works, and how it works for different groups. A practical outline of the concepts of moderation and mediation is presented through several STEM case studies.
In this session, the group explores the following question: What does it mean to attend to rigor in the design and use of practical measures for instructional improvement?
Improvement science offers a promising set of tools and methods for assessing the implementation of instructional improvement strategies (Bryk, Gomez, Grunow, & LeMahieu, 2015). Improvement sciences utilizes rapid assessments of change to guide the development, revision, and continued fine-tuning of new tools, processes, work roles and relationships.
Join presenters as they use an equity framework to engage participants in discussing broadening the participation of Latinx middle school students in a mathematics and computer programming program.
This roundtable discussion begins by framing the affordances and challenges in the context of broadening the participation of Latinx middle school students in STEM+C using an equity lens (Gutiérrez, 2012). Four axes are included as part of this framework: access, achievement (in our case, understandings), identity, and power. Participants are asked to share their understandings of the issues in relation to this equity lens and share stories of opportunities and challenges, as well as ideas of how to address those challenges.
Learn about a model of language-rich STEM inquiry for broadening participation of English learners in formal and informal spaces, followed by an interactive discussion.
This roundtable session begins with the presentation of a model of language-rich STEM inquiry for broadening participation of English learners (ELs) in formal and informal spaces. This model, developed through the work of this DRK–12 project, brings together EL students, their families, and their STEM teachers in both formal and informal STEM learning spaces. The goal of the model is to support teachers in better utilizing their EL students’ conceptual and linguistic assets to support STEM learning goals with the larger aim of broadening participation in STEM to include more ELs.
Currently, education is a field suffering from significant underinvestment by public and private sources in R&D. While we’ve advanced our understanding of how learning works, much of this research hasn’t been translated into practical methods and tools that teachers can use in classrooms. Learn how three funders are exploring ways to bring together multidisciplinary teams (researchers, educators, product developers) to produce models, practices, tools, and other resources that are designed to achieve improvements in student outcomes.
(Moderator: Robert Ochsendorf)