10-Rep Learning ~ Teague's Tech Treks

Learning Technology & Tech Observations by Dr. Helen Teague

By

Research Focus for Learner-Centric Surveys or Polls

ConstructivismResearchBasis by Helen Teague

Learner-Centric Survey Research Focus

                                                                                           References

Asmara, J. (2023). Pre-print- Online Learning in supporting students’ procedural abilities viewed from a Constructivist approach. Universitas Negeri Surabaya. https://doi.org/10.21203/rs.3.rs-3466684/v1.

Barab, S. A., & Duffy, T. (2000). From practice fields to communities of practice. In D. Jonassen & S. M.Land(Eds.), Theoretical foundations of learning environments (pp. 25–56). Lawrence Erlbaum Associates, Inc.

Chelliq, I., Anoir, L., Erradi, M., & Khaldi, M. (2023). Transition from Face-to-Face to E-Learning and pedagogical model. In Emerging Trends and Historical Perspectives Surrounding Digital Transformation in Education: Achieving Open and Blended Learning Environments (pp. 52-77). IGI Global.

Cleveland-Innes, M., Garrison, R., & Kinsel, E. (2007). Role adjustment for learners in an online community of inquiry: Identifying the challenges of incoming online learners. International Journal of Web-Based Learning and Teaching Technologies (IJWLTT), 2(1), 1-16.

de Oliveira, A. M., & Schmitt, M. A. R.(2023). Google Classroom in the teaching and learning process From Piaget’s perspective. International Journal of Arts and Social Science (6)9 www.ijassjournal.com ISSN: 2581-7922, Volume 6 Issue 9, September 2023

Larson, B. E., & Keiper, T. A. (2002). Classroom discussion and threaded electronic discussion: Learning in two arenas. Contemporary Issues in Technology and Teacher Education, 2(1), 45-62.

Lave, J., & Wenger, E. (1991). Situated learning: Legitimate peripheral participation. Cambridge University Press.

Piaget, J. (1970). Psychology and Epistemology: Towards a theory of knowledge. Penguin Books

Szabó, F., & Csépes, I. (2023). Constructivism in language pedagogy. Hungarian Educational Research Journal,13(3), 405-417.

Vygotsky, L. (1978). Mind in Society: Development of higher psychological processes. (M. Cole, V. Jolm-Steiner, S. Scribner, & E. Souberman, Eds.). Harvard University Press. https://doi.org/10.2307/j.ctvjf9vz4

Wenger, E. (2011). Communities of practice: A brief introduction. University of Oregon. Link

Wenger, E. (1998). Communities of practice: Learning, meaning, and identity. Cambridge University Press.

Wenger, E. (1998). Communities of practice: Learning as a social system. Systems thinker, 9(5), 2-3.

*in papers

 

By

Effective Memory & Study Practice

Effective Memory & Study Practice presentation created using Beautiful AI

To view in fullscreen, please click here

 

By

NSF STEM for All Showcase Goes Live May 11-18, 2021

For one week, starting Monday, May 11-18th, the STEM for All Showcase, highlighting various NSF-funded projects advancing STEM education, will be fully activated for engagement. This is a great way to see thinking in action and the interesting projects going on across the globe.
Check the IC4 research team’s video May 11-18th… you may want to visit periodically, contribute to the comments and ask questions. The comments will only be live during this week and archived for the future.
IC4 2021 STEM for all Video Showcase

IC4 2021 STEM for all Video Showcase

Click here to see this video and over 280 videos supported by NSF funding grants.

Here is the link to our project: https://videohall.com/p/1986 

Here is Information on the Research

Research on an International Network for STEM Media Making and Student-Led Participatory Teaching

NSF Awards: 1612824

How does collaborative STEM project-based learning change when the participating students represent fundamentally distinct cultures, countries, economic, and social backgrounds, and work together over synchronous and asynchronous internet settings? All the more timely during the current pandemic, the IC4 (ic4.site) projects seeks to understand and shape such learning through international and cross-cultural collaboration.  The project continues to expand intellectually and geographically.

Does the use of videoconferencing in such STEM project-based learning settings alter intersubjectivity or shared meaning in ways that might have broad social impact?

Differences in where people live and in our cultures factor deeply into social and economic fractures in US and global society. Can students working together across such boundaries experience virtual presence and shared meaning-making through project collaborations in ways that allow deeper appreciation of each other’s differences, and reduce such fractures?

Does such collaboration from the context and comfort of one’s own cultural settings helped to neutralize anxiety and distrust of others, and in ways that are promising for the next generation learning settings that will feature more abundant international collaboration at middle and secondary school levels?

Featuring students who collaborate with one another from sites in the US, Kenya, Mexico, and Brazil, the IC4 (International Community for Collaborative Content Creation) project explores the intersection of learning, culture, and collaboration. Supported by NSF’s AISL Program, the project provides an international, collaborative, and digital makerspace that explores these questions and seeks to understand how student learning changes when collaborating teams identify themselves as teachers seeking to help peers understand STEM topics.

NSF Awards: 1612824

IC4 Research Team

An NSF Project
This project, supporting students who collaborate in digital makerspaces in six countries, is funded by the Advancing Informal STEM Learning (AISL) program of the US National Science Foundation (NSF) Award #1612824.


Also, check out other projects in the Showcase, at least two or three, and provide some comments to them. Dialogue and exchange adds to our awareness of innovations in our learning landscape.

 

 

By

NSF STEM for All -Carry our Culture

This project, represented so artfully by Jenna Welsh’s creative skill is one part of the interaction – the other equally important part of the communication is the comments (156 of them!) related to the video’s message. We carry our culture in our language and with this project, since our language is mathematics and technology – we share a common culture!  Here is a word cloud of the key words* that we have generated together in this forum.

 

NSF discussion word frequency

By

NSF STEM for All Showcase Goes Live May 14-21, 2018

For one week, starting Monday, May 14 -21, the STEM for All Showcase, highlighting various NSF-funded projects advancing STEM education, will be fully activated for engagement. This is a great way to see thinking in action and the interesting projects going on across the globe.
Check out our research team’s video May 14 – 21st… you may want to visit periodically, contribute to the comments and ask questions. The comments will only be active during this week.
IC4 STEM for All Video

Here is Information on the Research

Research on an International Network for STEM Media Making and Student-Led Participatory Teaching

How does collaborative STEM project-based learning change when the participating students represent fundamentally distinct cultures, countries, economic, and social backgrounds, and work together over synchronous and asynchronous internet settings?

Does the use of videoconferencing in such STEM project-based learning settings alter intersubjectivity or shared meaning in ways that might have broad social impact?

Differences in where people live and in our cultures factor deeply into social and economic fractures in US and global society. Can students working together across such boundaries experience virtual presence and shared meaning-making through project collaborations in ways that allow deeper appreciation of each other’s differences, and reduce such fractures?

Does such collaboration from the context and comfort of one’s own cultural settings helped to neutralize anxiety and distrust of others, and in ways that are promising for the next generation learning settings that will feature more abundant international collaboration at middle and secondary school levels?

Featuring students who collaborate with one another from sixteen sites in the US, Kenya, Finland, Namibia, Mexico, Iran, and India, the IC4 project explores the intersection of learning, culture, and collaboration. Supported by NSF’s AISL Program, the project provides an international, collaborative, and digital makerspace that explores these questions and seeks to understand how student learning changes when collaborating teams identify themselves as teachers seeking to help peers understand STEM topics.

NSF Awards: 1612824

IC4 Research Team


Also, check out other projects in the Showcase, at least two or three, and provide some comments to them. Dialogue and exchange adds to our awareness of innovations in our learning landscape.

 

 

By

Helping High School Researchers Develop Questioning and Research Skills- IC4 Research

Several action item requests emerged from the recent IC4 Advisory Board meeting. One of the action items came from teachers who noted that high school students needed opportunities to develop research skills in other courses besides ELA and the traditional research paper project.

I am working on just such a resource. One of the main starting points for all research is the ability to wonder and then turn wonder into an essential research question.

Given that most students learn best from visual resources, I’m using the StoryboardThat app to create the masthead for the emerging researchers resource.

 

ResearchPageMastheadTeague

 

 

More posts featuring IC4 Research

By

Mathematics and Technology Coalesce in IC4 Research Themes

After our team meeting, with both face-to-face and virtual participation from teachers, graduate students, professors, team leaders, and students, the following themes appeared across the transcripts of digital notes:

Day1WordCloudOfGoogleSpreadsheetNotes

 

More posts featuring IC4 Research

By

Mathematics and Technology Coalesce in IC4 Research

The catalytic component of mathematics instruction and video technology makes great strides in learning for high school students, thanks to the NSF-sponsored research of the IC4 team, directed by Dr. Eric Hamilton, principal investigator.

IC4TeamTeague

 

 

More posts featuring IC4 Research

By

#DLDaywebinar,  Digital Learning Day 2018: Blending Teaching and Technology to Improve Student Outcomes

Happy Digital Learning Day! Digital Learning Day was created in 2012. This year, 2018, is the 7th annual occurrence. There are over 1500 events occurring in celebration of digital learning and computer-mediated instruction. The focus and activities center around this essential question: How technology can enhance student learning?

There was an engaging and dynamic webinar today. I am so glad to have spent my lunchtime attending this webinar. You can see my tweets and the tweets of other attendees at the following hashtag: #DLDayWebinar

If you missed the  Digital Learning Day 2018: Blending Teaching and Technology to Improve Student Outcomes, you can watch it here on YouTube: 

Here are my webinar notes:

Alliance for Excellence in Education: Webinar – all4ed.org/webinar

Showcase quote at timestamp ~~46:00

Digital Learning Day is a “safe place for educators to try something new with technology” ~ Tom Murray, webinar moderator

Great example from a teacher’s lesson plan is a QR-code to log miles

Transformational technology

What I love that I’m learning

Systemic process

Adapt on the fly

Challenges:

Stagnant feeling when you want to do something

What is Step 1?- start to break the (thought) paralysis

Performance-based learning is distinctly different from online learning

“It’s not about us-it’s about the kids-student autonomy emerges”- Joe Vagt

“Academic urgency is for students vs teacher-centered instruction” ~Nikolaus Namba, @NikNamba

“Be thoughtful about the norms and culture you create” ~Tom Murray

Stop Waiting!

Cyclical progress of program assessment-students working in blended modalities with their families

Not a digital worksheet storage hub by a high-quality culture of innovation ~Tom Murray

Lagging metric tools layer ~

1st start measuring steps focus on implementation metrics – implementation leading metrics
student voice metric and also lagging metric tools. ~ Beth Rabbitt

Regarding the use of devices- ask “what are the coalition of the willing” ~Tom Arnett

(Agree!) I am fully of the belief that our 5 & 6 year-old learners can do anything (with technology) that our high school learners can do. ~ Nikolaus Namba, @NikNamba

Under the mental processes that our learners are using as they encounter and as they come up with their solutions

Beyond a Digital Divide to a Digital Use Divide
Active use vs. consumption use

Download this report at futureready.org/blendedlearning

 

See additional Digital Learning Day posts here

By

Just added a new discussion on The Global Education Conference Network

Just added a new discussion on The Global Education Conference Network.
I am proposing to present:

Participatory Spontaneity: What Is It and How Can We Achieve It Online?

ParticipatorySpontaneityTeague

Would a session addressing Participatory Spontaneity be of interest to you?

Any volunteers to co-present?

Click here to learn more and/or submit your own idea(s) for a presentation: The Global Education Conference Network

Additional Posts on Participatory Spontaneity

 

Skip to toolbar