Category Archives: EducatorCIRCLS

Humanizing AI Research in Education by Broadening Community Engagement

Headshot of woman with black hair, a white wall in the background.Author: Aditi Mallavarapu

Learning Sciences and Technology Postdoctoral Researcher at CIRCLS. Her research projects all have the shared goal of collaborating with practitioners to design and build computational and analytical methods and tools to support and improve exploration-based learning. She has worked professionally as a technical consultant where she developed software solutions for healthcare and financial organizations. As an instructor she is involved with underserved communities to pique their interests in Computer Science.

This blog is the second of the three-part shared series, between NEXUS and the Center for Integrative Research in Computing and Learning Sciences or CIRCLS. The first post described the synergy between the two communities, and introduced the CIRCLS priority around broadening/inclusion in Learning Analytics/AI in education. In this post, we highlight the concerns and the importance of “broadening” participation in research of AI in education, equally raised by both the communities.

The “Fate” of AI education research

Education, like many other fields, has been revolutionized in this era of datafication. The omni-present machines, with the so-called “intelligence,” are being used to improve the way we learn and teach through devices and technologies, and connect learners, teachers, and even families across ecologies (classrooms, museums, homes) to manage learning. Some innovations have started to dominate the way we learn and remember, sometimes even remembering for us. The imaginative artificial technologies enacted in Star Trek with communicators, talking virtual assistants, and video chats have become our reality. But this reality has not been equitably rolled out across individuals, schools, or communities.

As AI technologies become intertwined with our daily lives, there are justifiable concerns in society around algorithmic fairness, accountability, trustworthiness and ethics (“FATE”). Research is developing rapidly to ask how can we, as a community, rethink AI-based technological progress to address this inequity? How can we address the concerns around privacy, trust, and bias, that have become prevalent due to the prolific use of data and recording devices in these AI technologies? Progress in defining the nature of the challenges, and ways forward, is being made in both the Learning Analytics and AIED communities, but there remains much to do.

Researchers have suggested addressing these issues, in part, by broadening community engagement. With the recent transition to online learning due to the COVID-19 pandemic, the need to address these issues has become more urgent.

Addressing the issues by broadening engagement

For over a decade, researchers have been working synergistically across disciplines to address issues around equity, privacy, trust and bias. Some researchers have highlighted, humanizing the issues by engaging all stakeholders, learners, educators, caregivers and domain experts, in contributing to the design of the AI systems. One goal of broadening engagement is to consider the complex dynamics that result from multiple perspectives of the different stakeholders involved in a learning process, while designing the AI system. To fully achieve this, the design process should provide the stakeholders an active and respected role, which is non-trivial. The black box-like opaqueness that many of these AI technologies possess makes it difficult for practitioners to contribute. This should not be an excuse.

One way of providing everyone a platform to voice their opinions is to reduce the opaqueness through enacting and visualizing scenarios, making the design process about the humans involved in conceiving and using the system. Taking such a human-centered approach engages practitioners in conversations around what should be measured, and how that measurement could be used in decisions, with a hopeful view of mitigating at least some unwarranted applications and effects that a researcher alone might not be able to anticipate from where they sit.

Come be a part of the conversation!

We at CIRCLS, have planned the CIRCLS’21 convening for the community with the theme of “Remake Broadening.” Broadening participation for emergent technologies, like AI design, is an important aspect of this initiative. The keynote speakers have vested interests in broadening participation in Computer Science and AI education across different age groups and communities using emergent AI technologies. They have planned to engage the attendees in thinking about “designing for broadening” through “broadening participation in design.”

The community will also be hearing from the researchers at the AI institutes, iSat, AI-ALOE and AIEngage.org (part of the 11 institutes that won the recent NSF “AI institute” competition). This session will highlight how the community of both researchers and practitioners can contribute to and participate in AI research.

We invite SoLAR members to the conversation. Our Expertise Connections sessions (September 13, 4pm Eastern: Equity and Ethics Considerations for AI) and our Strategy sessions (September 14, 3pm Eastern: Remake Broadening) will allow researchers and practitioners alike to survey the emerging landscape and think strategically about how we could remake the envisioned broadening. We’ve designed these sessions to engage participants with the most pressing topics in small group activities — a “low floor and high ceiling” setting for both practitioners and researchers, that encourages the understanding of each others’ perspectives.

We hope this plan will give all attendees the chance to shape the broadening process. Our vision for this convening is a first step to “remake broadening”. With more engagements to follow, we hope to keep the conversation going even after the convening. We hope you’ll join us. You can see details about all the sessions when you register and explore Swapcard for CIRCLS’21.

CIRCLS meet NEXUS! Exploring Learning Analytics, AIED, and Remaking Broadening

Paittbrushes with different colors of paint
Image by RhondaK on Unsplash

By Judi Fusco

Let’s think about our research of the future so we can be more inclusive. Who do we involve, where do we do it, what do we research, why do we do this research, and how do we do it?

A nexus is a collection of interconnected ideas, the NEXUS blog from the Society for Learning Analytics Research (SoLAR) shares practical developments in Learning Analytics with a broad audience. In this first post in a three-part shared series between NEXUS and the Center for Integrative Research in Computing and Learning Sciences or CIRCLS, we will consider ways the two communities can synergize. This post is cross posted at both SoLar Nexus on Medium and SoLAR Research.

Who We Are and What We Do

CIRCLS is a National Science Foundation funded hub that works to bring together a community of researchers, practitioners in K12 and informal settings, higher education faculty, technology developers, and graduate students, who are researching, developing, or working with emerging technologies for teaching and learning. Learning Analytics has played and continues to play a prominent and important role in projects with these future oriented technologies.

CIRCLS works to bring researchers together to address common needs, plan for the future, and create broader impact as they work to support personal-, community-, and context-centered needs with emerging technologies for learning. In our work, advancing equity is a core goal. In addition, CIRCLS helps to amplify work on emerging technologies for teaching and learning to policymakers, practitioners, and interested stakeholders. We’ve included a link to a 3-minute video to share more about how CIRCLS works to Build Community to Shape Emerging Technologies.

History and Mission

CIRCLS is a new center with a long history that is grounded with the work done in the Center for Innovative Research on Cyberlearning, which started in 2013. CIRCL supported the Cyberlearning program area at NSF, which preceded the Research on Emerging Technologies for Teaching and Learning (RETTL) program. CIRCLS is the new center supporting the RETTL program. First CIRCL, and now CIRCLS, shares reports about work that influenced the field. The projects involve ambitious designs for more equitable learning experiences with emerging technology.

Another characteristic of the projects is how they work to develop learning theories and technologies that are likely to become important to the field within 5-10 years. We see how CIRCLS projects often overlap with the research being done in SOLAR and that there are many members who are active in both communities. Artificial Intelligence (AI) is a growing area and Learning Analytics is integral when thinking about AI and how it could augment learning.

In our work to bridge the gap between research and classroom practice, we involve practitioners through Educator CIRCLS and also think about policy needs for emerging technologies, specifically AI. We also have special programming for graduate students and new scholars in our Emerging Scholars expertise exchange. If interested in any of these communities, SoLAR members are welcome to visit our website, read more, and join.

Remaking “Broadening”

When you hear the term “broadening,” (or for our non-US readers from SoLAR, perhaps “inclusion” is more familiar) what do you think? Our upcoming virtual convening will focus on building an understanding of how the field can make stronger progress by examining and remaking “broad.” How can this familiar word become more meaningful and specific, leading to greater intellectual merit and impacts? How can broadening address who we involve in research, where we conduct research, what we research, why we do the research, and how we do research?

The theme “Remake Broadening” challenges our community to learn and engage in innovative ways to make positive changes in education.Through roundtable discussions, breakout sessions, plenaries, and more, we will reflect and consider next steps and recommendations for the field. Our keynote speakers, Nicki Washington and Craig Watkins will offer insights as to how we can further our work to nurture inclusive communities and how we must move forward to “broaden” multiple aspects of the field. Some of the topics the community will explore include:

  • Learning Analytics and Data Visualization: Broadening our View
  • AI and Education Policy
  • Equity and Ethics Considerations for Teaching and Learning with AI
  • Using the Learning Sciences and Computational Approaches to develop Assessments and Intelligent Tutoring Systems
  • Towards Equity, Accessibility, & Inclusion

Cynthia D’Angelo, Chad Dorsey, and Tiffany Barnes, the facilitators for the Learning Analytics and Data Visualization: Broadening our View session, describe what they will discuss in their session:

For example, as we think about learning analytics and broadening our view, the production and application of learning analytics has extensive implications for education choices both now and in the future. While learning analytics can be used in many ways to improve learning, we must be aware of the more subtle consequences of its use in order to ensure that they are oriented toward the most positive ends possible. We make many choices and assumptions (sometimes implicitly) at many stages of research, including question selection, data collection, data processing, analysis, and presentation. These choices frequently have equity implications, often in subtle ways.

If this sounds interesting, we hope you’ll register for CIRCLS’21 and join us in thinking about these and other issues.

In our second post, we’ll share more about the sessions focused on bringing learning sciences and computer sciences together as we think about broadening in research on emerging technologies for teaching and learning.

Ambitious Mashups in Out of School Learning with Asset-based Approaches

Ambitious Mashups Report Coverby Merijke Coenraad

Opportunities for students to learn are all around them. Our students are continuously learning at home and in their communities. As we continue to explore Ambitious Mashups, take a look at projects that have focused on how to provide valuable learning experiences and celebrate the knowledge students gain in out-of-school time. These projects have mainly focused on making, citizen science, and interactive/mobile exhibits. Keep reading to learn about a few ambitious mashups bringing highlighting learning in out-of-school time!

In the Learning in the Making: Leveraging Technologies for Impact project, researchers focused on promoting learning for middle and high school students using maker spaces. Their research found that successful making experiences for students happen at the intersection of the arts, engineering, and entrepreneurship, particularly when students have access to all three disciplines simultaneously. This ambitious project worked with 100-200 maker spaces to mash up informal learning and maker spaces in order to better understand how to support student learning in designing and making activities.

Paper Mechatronics is another making project, this time focusing on using inexpensive materials for students to learn a mashup of topics including programming, electronics, and mechanical design. This project uses making tools like computational devices, craft materials, and fabrication tools in a way that allows kids to build on their knowledge of paper crafts, be creative, and express themselves. See the ambitious projects you could take on at papermech.net.

A third out-of-school learning project, Mobile City Science, mashed up out-of-school learning with asset-based approaches to create a learning experience that celebrated students’ community knowledge while helping them to build technological skills. Students collected data about and mapped their communities using mobile technologies. They identified assets for learning (e.g., libraries), deficits to learning (e.g., no safe routes to school), and learning opportunities (e.g., places to build a community garden). These maps not only provide students with rich learning opportunities, but also can help educators to identify community-based and data-driven learning opportunities for students.

In previous blog posts we have focused on Culturally Sustaining Pedagogies and interviewed researchers focused on asset-based learning and ways to celebrate the assets that students bring to the classroom. Partnering with their communities and celebrating the knowledge that students bring from learning in these spaces is a great start to making your teaching more culturally responsive and sustaining.What does it look like to mash-up all of this up? Well, it is ambitious, but it is definitely doable!

While this making occurred outside of school, there are still many connections that can be made to your classroom. Not all students have opportunities to participate in out-of-school learning programs, particularly ones that are further from their homes or have a registration cost. Bringing these opportunities into the classroom expands the number of students who get to participate. Even if your students don’t have access to making using the same tools available in makerspaces, how could more simple projects like paper crafts or a physical (rather than technological) mapping project connect to students’ lives outside of school? Where do arts, engineering, and entrepreneurship intersect with your curriculum?

Learning from the CIRCL researchers who engaged in out-of-school time projects, think about:

  • What learning is supported by making, citizen science, and interactive exhibit technologies? How can that learning be brought into the classroom through novel activities that all of our students can participate in?
  • Are there maker-spaces near your school? How could you collaborate with them to provide new STEM learning experiences for your students?
  • Citizen science represents a community of learners of all ages worldwide (and students can participate in many projects at no cost!). How could your students participate and collect science data inside and outside of school? How can what is learned through citizen science projects be capitalized on in your classroom? Check out Zooniverse for projects you can do in your classroom or find local projects on SciStarter or iNaturalist. Need some help getting started? iNaturalist has a teacher guide and a version of the app just for young students!
  • Many students learn outside of school from their families and communities in addition to organized programs. How can you highlight the learning your students do outside of school, especially for students who are not typically the “focus” in the classroom.
  • If you become aware of out-of-school opportunities, particularly ones that create low-cost or free opportunities for students, how can you share some out-of-school learning opportunities with all families?

How can you transform these opportunities within your classroom? Tweet us @EducatorCIRCLS and tell us about your innovative technology use and stay tuned for future blogs in this series about CIRCL Ambitious Mashups.

Educator Spotlight: Marni Landry

Headshot of woman with short hair, glasses, earings wearing a white shirt with a pointy collar and a blazer.Who is Marni Landry?

Some of us at Educator CIRCLS recently had the pleasure of talking to educator Marni Landry. Marni has been the K-12 STEM Outreach Manager at Grand Canyon University for about three and half years where she spends her time coordinating STEM professional development for teachers and amazing summer camps like GenCyber cybersecurity, with partner Cori Araza for students and teachers. Before coming to GCU, Marni taught high school science for 16 years. She wrote the STEM Integrated curriculum for, and taught in the Center for Research, Engineering, Science, and Technology program on the Paradise Valley High School campus.

Outside the classroom, Marni has been a leader in the teaching community. She served on the Paradise Valley Technology Committee, designing and delivering technology PD to staff and delivering biotechnology PD as a BioRad fellow. She has also presented STEM PD for the National and Arizona Science Teachers Association (ASTA) and has served as their committee chair. In addition, she partners with MESA (Math Engineering Science Achievement), HOSA-Future Health Professionals, and the Society of Women Engineers (SWE).

Marni’s passion for teaching and learning was evident throughout our conversation, so it was no surprise to learn that her passion and impact have been widely recognized by various organizations. Marni is a recipient of the Presidential Award for Excellence in Science and Math Teaching, a Nobel Top 10 Teacher of the Year, AZ High School Science Teacher of the Year, Arizona Tech Council Teacher of the Year, IEEE Pre-College Teacher of the Year, Arizona Bioindustry Association Educator of the Year, and a Fellow of the Fulbright Teachers for Global Classrooms.

What’s one thing you really care about getting right as an educator?
Even though she’s been out of the classroom for a few years, Marni definitely maintains the heart of a teacher and still works through that lens. When asked what she really cares about getting right as an educator, she said, “Getting people to love learning and getting people who say ‘I can’t’ to say ‘I will.’ Learning is not a task. It’s an adventure! I want them to say, ‘Yeah, this is hard, but that’s the fun part!’”

What are you most proud of in your career?
When asked what she’s most proud of in her career, Marni first pointed to her students’ successes. She said that she has been fortunate to build relationships with so many students and to still be part of many of their lives. “Seeing their success is what I’m most proud of. Other people may not always have seen what I saw in them, but I fought tooth and nail for them. So to see them succeed is what makes me most proud.”

Marni also pointed to a proud personal moment–winning the Presidential Award for Excellence in Math and Science Teaching. She took away something profound from that experience in addition to the recognition. “I didn’t think I was PAEMST material, but my mentor was convinced that I was. I didn’t even think I could go through the application process, but my mentor said I could do it and that she would help.” Marni realized her mentor’s investment in her had a trickle down effect on her students. “They might not think they’re the right material, but I believe they are. They might not think they can accomplish certain things, but I think they can and I can help.”

What are some of your favorite educational technologies?
You can tell Marni frequently uses tech tools because she had several favorites in her back pocket. Here are a few she mentioned:

You can check out Marni’s Tech Tools Wakelet and GCU’s “Educator Tip of the Day” YouTube channel for more tech tools, tech tips, and general professional development, too!

What is your ideal vision for how the learning sciences and/or educational technologies could shape teaching and learning in the future?
Marni had some great thoughts surrounding the ideal partnership between the learning sciences, technologies, and education. She pointed out that teachers have to overcome several obstacles before they can meaningfully incorporate technology and research into their teaching practices. For one, she said teachers don’t have time to try out several new technologies and get comfortable with them. “Before teachers can use technologies wisely, they have to have time and permission to use them messily. With the demands teachers face, there’s no chance for trying; there’s no chance for messy.” She also talked about the challenges of using educational research to create standardized policies. “The perfect research-based method, strategy, tool, etc. isn’t going to work for everybody. In an ideal world, educators would be valued and given the freedom to motivate their students in the way their students need to be motivated–and that might look different from classroom to classroom. We need the system to come to terms with that.”

Takeaway
We have several great takeaways from our conversation with Marni. One thing we appreciate most is that she highly values the quantitative aspects of the STEM fields she champions, and she equally values the qualitative aspects of being human and of teaching as a human endeavor. While she respects data, her students are more than numbers to her. They are names and faces and personalities and individuals. As the 2021-2022 school year starts, I hope we’re all inspired to be an educator like that.

Contact Info
You can connect with Marni via email at marni.landry@gcu.edu, through GCU’s Outreach program at CayonPD.com, or on social media @marni_landry

Reflections on the AI and Learning Environments Webinar: Things to Consider When Making Purchasing and/or Adoption Decisions for AI Tools

Eduators, Artificial Intelligence, and the future of Learning
By Sarah Hampton

On April 21, I was able to participate in something really exciting! I joined some amazing researchers and former teachers in the Educators, Artificial Intelligence, and the Future of Learning webinar on Learning Environments facilitated by James Lester. The webinar was designed to help practitioners, AI researchers, and developers share their perspectives on how artificial intelligence can be used in the classroom. As you may know, I am a middle and secondary math teacher. My fellow panelists included:

  • Diane W. Doersch, Technical Project Director, Digital Promise
  • Cindy Hmelo Silver, Learning and Technology Researcher, Indiana University
  • Kylie Peppler and Emily Schindler, Learning and Technology Researchers, University of California, Irvine

The webinar focused on how AI can enhance learning environments. It started with James who discussed the advancements in educational AIs during his 25 years of work in the field, the significant benefit they can provide, and the current demand for AI in educational settings. In other words, this is a hot topic in education right now!

Next, Diane Doersch shared her thoughts on AI in education, drawing from her experiences as a former classroom teacher, a Director of Technology for a large school district, and Chief Technology and Information Officer. She called for optimism yet caution and thoughtful vetting processes before incorporating AI in classrooms. She also stressed how important it is for school decision makers to know and understand what artificial intelligence is and the impacts that it has in order to properly vet products.

In this initial post, I want to camp out on Diane’s thoughts; we’ll discuss Cindy Hmelo-Silver and Kylie Peppler and Emily Schindler’s work in later posts. At Educator CIRCLS, we’ve really been digging into artificial intelligence so we can participate in the important conversation happening right now around how AI can be used in classrooms, and, perhaps more importantly, when AI should and shouldn’t be used in classrooms. We want to offer our educator perspectives to the communities developing, researching, and creating policy around AI in education. Furthermore, we want you to understand artificial intelligence so you can offer your unique perspectives and advocate for your students, too. Our friends at Digital Promise recently posted Artificial Intelligence 101: Covering the Basics for Educators. It’s a great introduction to AI and has points to ponder for veteran AI folks, too.

I’ve spent a lot of time reflecting since the webinar. I’ve specifically been thinking about things to consider when making purchasing and/or adoption decisions for AI products. Diane and I offered some suggestions during the webinar (timestamp 39:55), and I have added more below. You will notice some common themes from AI 101 and from this school procurement guide by Edtech Equity. I hope these can be useful resources for you and your school decision makers as you’re sure to see more and more AI products coming your way!

Is it safe? Is it secure? Is it ethical?

  • How is the company funded? Do they sell the data they collected? How is the data safeguarded?
  • What was the training data for the AI like? Was it sufficient in volume and diversity? Has it had adversarial training?
  • What was the fitness model like when training the AI? What was the goal and how was fitness measured?
  • What are the consequences if the AI fails? How does it fail?

Does it align with the mission of the district/school?

  • Does it promote the kind of district/school culture you want?
  • Does it create a significantly better learning experience that you couldn’t gain otherwise? Will it lead to substantial time saving or learning gains or meaningful learning experiences? Is it more than a wow factor?
  • Does it promote the kind of assessments and standards you want to grow toward, or does it increase performance on your current assessments and standards?

Is it classroom/teacher friendly?

  • Was it developed in collaboration with teachers? If not, it might work really well in the lab but may not extend to the complexity of a real classroom.
  • Has it been tested in a classroom context similar to your own?
  • Can the teacher override the AI if necessary?
  • Does the tool free up the teacher to do what the teacher does best? You don’t want to offload what humans do best onto a machine. You want to maximize what machines do best and what people do best.
  • Does the tool have a thoughtful approach to classroom management?
  • Does the tool have a simple but thoughtful teacher dashboard?
  • Will implementing the tool require teachers to change their pedagogy? If so, what supports, training, and time will be offered to make that shift successful?
  • Does it promote the kind of classroom culture/activities you want? For example, does it help with collaboration, critical thinking, engaging all students, etc.?

What do you think? Did I leave something out? Feel free to tweet us @EducatorCIRCLS with any comments or suggestions! Stay tuned for future posts unpacking important topics from the webinar and sign up for the CIRCLS newsletter to stay updated on emerging technologies for teaching and learning. I’ll leave you with a question Diane posed, “If AI is the solution, then what’s the problem we’re trying to solve?”

Related

We also have resources from the other webinars in this series and additional posts on AI.

Why practitioners’ voices matter in research on emerging technologies for teaching and learning

Woman in blue shirt holds a microphone and talks in a gym
by Kip Glazer
This is the second of four posts from a practitioner’s perspective that were inspired by the theme of the CIRCLS’21 convening of remaking “broadening.” Educator CIRCLS aims to bridge research with classroom practice and broaden the community of people involved in CIRCLS. Learn more about the upcoming convening and register (starting August 13, 2021).

In my previous post, I gave a background on some experiences I have had as a practitioner. I also began to share some differences I see between researchers and practitioners. I called upon my educator colleagues to recognize the fact that we are professionals who have expertise to contribute to the field of education. I start this post with questions that educators constantly ask ourselves as we look at any materials or tools. Educators are constantly thinking about how curriculum, materials, and technologies will work with our students. Many practitioners are very good representatives of different communities because we care deeply about the success of our students. (Of course, we do hope you’ll also talk to students, but if you can’t, we are often excellent advocates and understand them well.) Here are a few questions:

  • How would this look in my classroom with my students?
  • What would this do for my students?
  • How would this be beneficial for my community that I serve, value, and love?
  • What resources will I need to be able to fully implement this?
  • How would I know this is actually working for my students?
  • Based on the profile of my students and community, what modifications and alterations could/should I make?
  • If any modification or alteration happens, what am I giving up? What will I gain? How will that impact the effectiveness?

Because these are the questions we educators constantly ask as we look at any materials or tools that we are thinking about using with our students, we are good at answering these questions to devise solutions every single day for our students. When a researcher is developing something for a classroom, they too should be able to answer these questions, but they can’t because they don’t know our students. In addition, there are more questions that practitioners would ask depending on the situation. For instance, they might ask how a tool can serve students with disabilities or how long it will take someone to become proficient at using that tool.

Let me be clear. I am not arguing that a researcher must have answers to the above questions. I am saying they should have educators actively participating in the process every step of the way as they develop future technologies for teaching and learning because ultimately we educators are the interpreters, translators, and the ones who have to implement the 30,000-foot level theories. Discussing these questions could be a starting point to create better partnerships with practitioners who can make research come to life in a meaningful way.

The theme of this conference is to remake “broadening” in research on emerging technologies for teaching and learning. It is no surprise that the word broadening is in quotes given what has happened in recent years regarding critical issues around gender and racial divisions in this country. As an Asian-American female immigrant who has had a few personal and professional experiences on this, few extremely painful, I would whole-heartedly support our collective effort on addressing such issues whenever possible in all situations. However, I would caution that we don’t use the term “broadening” to imply that the field is occupied by one group that needs to allow the others to join in because our teaching and learning community already belongs to all of us!

Having said that, I am thrilled to see the preceding verb remake. Because the time to look at teaching and learning beyond the narrow perspective of division such as researcher versus practitioner is now. I challenge all of us to think about what it means to remake such a notion as we convene. After all, if a bird sings in the forest, and no one is there to hear it, did it really sing? If a great piece of technology is developed, but no one receives any benefit from it because the user experience was so horrible, did it really work? If an amazing research finding on teaching and learning never sees the light of day because it failed to fit practitioners’ needs or work in classrooms broadly, did the research really matter?

If you are interested in joining, please fill out this form.

How to Have a Good Convening

How to have a good conveningEducator CIRCLS hosted a virtual orientation on Thursday, July 15th focused on How to have a good (virtual) convening. Take a look at the slides and please reach out for the recording.

Attending the CIRCLS ‘21 Convening will give you the opportunity to learn about emerging technology for learning and think about what that might look like in your classroom or school context!

Please let us know your thoughts by tweeting @EducatorCIRCLS and sign up for the CIRCLS newsletter to stay updated on emerging technologies for teaching and learning.

Starting a Conversation between Practitioners and Researchers: A Practitioner’s Point of View

by Kip Glazer

Woman in blue shirt holds a microphone and talks in a gymThis is the first of four posts from a practitioner’s perspective that were inspired by the theme of the CIRCLS’21 convening of remaking “broadening.” Educator CIRCLS aims to bridge research with classroom practice and broaden the community of people involved in CIRCLS. Learn more about the upcoming convening and register (starting August 13, 2021).

When I was a classroom teacher, I attended a number of professional development (PD) workshops and conferences on teaching and learning. If you are a practitioner (a.k.a. a classroom teacher) in the field of education, you know that there are some PD sessions that try to share research findings and implications for the classroom that are simply awful. I am sad to say that I have attended my fair share of those over the past two decades.

One PD session in particular started me questioning. I was a teacher working with students who were learning to speak English. I attended a session on second language learning and the presenter had a Ph.D. in language development from a prestigious university and was supposed to be an expert in supporting language learners. I am a second language learner myself, having moved from South Korea to the United States at the age of 23. I was so excited to attend the workshop. I was thrilled to be given the responsibility of helping my students who needed help in gaining language skills. I attentively listened to her presentation, trying to gain any information that I could use to help my students.

While listening to her presentation, however, I realized that her research primarily focused on Spanish-speaking students. So I raised my hand and asked, “What if a student doesn’t speak Spanish? What strategies would you suggest we use? Do we need to modify anything? For example, what if they spoke Tagalog or Ilocano? How about Hmong? What about Mandarin?”

Soon I found myself debating with an “expert” in the field whose research seemed less than useful for the teachers who were sitting in the PD session. You see, I was teaching a group of students who spoke Hmong, Mandarin, and Russian. A few of them also spoke Spanish, but my Instructional Assistant spoke Spanish so they were getting support from another adult in the room. What I really needed were the strategies that I could use for all my students, not just the Spanish-speaking students, which was implied in the title of the workshop that said, “Proven Strategies that Support English Language Learners.” When I told the presenter that the strategies that she shared may not work for my students, she replied, “Teachers who have not had much exposure to good research may never learn to appreciate the true value of good research. Perhaps you should consider reading about things and learning more.”

I must say that I was young and a bit hot-headed at the time. I did question her expertise openly and vociferously in a group setting. Come to think of it, I might have sounded rather rude and even confrontational towards the presenter. So I believe that I probably deserved that chastisement from that particular presenter. But over the years, similar treatment of being dismissed as a professional in my field propelled me to eventually getting my doctorate in Learning Technologies so that no one could easily dismiss the expertise that I know I possess as an educator.

If you are an educator, how many times have you attended a workshop that didn’t address your specific needs or concerns? For that workshop I described earlier, I found out later that many of my colleagues had similar questions too, but they did not ask the questions like I did. They told me that they learned to just listen and nod since many researchers never seem to understand the challenges of teaching real students in real life. Some said that they didn’t want to get shut down like I was. Few advised me never to ask questions like that, especially in front of an administrator for fear of being labeled as a “rebellious” teacher. They shared that they felt some researchers do not make the best presenters because they don’t seem to value practitioners’ lived experiences. Many of these teachers were highly-skilled, highly-educated professionals who accepted their fate of being treated as interlopers in the very profession that they devoted their lives to.

One difference between educators and researchers may be because of how we have been socialized, or it could be our personalities. I’ll give an example. As a principal who often evaluates and supports teachers, I am often flabbergasted and saddened by the attitude of my fellow educators who look at their professional expertise from a “less-than” perspective. In the State of California, one needs a Master’s Degree to become a teacher. Yet many teachers are often reluctant to declare themselves to be the experts as classroom teachers. Contrast this to higher educational institutions who will hire a Ph.D. who has never even been a classroom teacher to train other teachers and call them an expert.

I know a 28-year old Ph.D. with research focused on gaming. She was hired as a professor in a teacher training program where she is in charge of training junior high and high school teachers. She has expertise in gaming that is valuable in the field of education, but I wonder about the depth of pedagogical or curricular strategies she could share with the teacher candidates. She has read about the issues, but can not know them from an authentic lived perspective since she hasn’t been in the classroom. What if she has to train future school administrators? What then? Can she anticipate and support how a state testing requirement, a board policy, public perception, student attitudes, or even limited wifi-access might derail a teacher’s good intention to fully use any game in the classroom to improve literacy and numeracy? Are we really setting her and her students (aka future teachers) up for success in doing the important job of educating our students?

As we come together to think about remaking broadening, I would like us to consider our differences and to value those differences as important. As an educator and now a school leader, I have seen so much promising research that could be useful for our students that does not yield any positive benefits for real students in real classrooms because researchers don’t connect the importance of the work in a way that makes sense to practitioners.

What an expert dreams up, no matter how good, will not make any impact unless the practitioners embrace it and use it for their students. In my opinion, the journey to making a true and relevant impact in the lives of our students begins with more connections between researchers and practitioners. In the next post, I’ll share more about how practitioners think about their students and discuss why practitioners’ voices matter in research on emerging technologies for teaching and learning.

The Practitioner Orientation for the CIRCLS’21 Convening



Educator CIRCLS invites you to attend the Practitioner Orientation for the CIRCLS’21 Convening

The event is over, please contact us if you’d like to watch the recording.

WHEN: Thursday July 15 from 1-2 PM ET.
TOPIC OF DISCUSSION: How educators can prepare for, engage in, and contribute to CIRCLS’21: Remake “Broadening” in Research on on Emerging Technologies for Teaching and Learning

This event is free and open to all educators.

People working around a conference table

Book Review: Design Justice: Community-Led Practices to Build the Worlds We Need

by Pati Ruiz
Book Cover Design Justice

Critical pedagogy seeks to transform consciousness, to provide students with ways of knowing that enable them to know themselves better and live in the world more fully.
bell hooks, Teaching to Transgress

Written by Sasha Costanza-Chock, Design Justice: Community-Led Practices to Build the Worlds We Need, explores the relationships among design, power, and social justice. I was drawn to this book because it centers those who are intersectionally disadvantaged, this refers to individuals that might have multiple minoritized identities and originally refered to the oppression of African American women. It also shares the work done by Design Justice Network (DJN) to “build a better world, a world where many worlds fit.” The Design Justice Network is “an international community of people and organizations who are committed to rethinking design processes so that they center people who are too often marginalized by design.” This network is a community of practice that is guided by a set of 10 principles; I am a DJN signatory. I hope this short post prompts you to read the whole book that was made available for free on PubPub (the open-source, privacy-respecting, all-in-one collaborative publishing platform) or sign up for the Design Justice Network newsletter to learn more. This book has really inspired me to think differently about design and what it takes to truly make design accessible.

What is Design Justice?

The book begins with a definition, or “tentative description” of design justice:

Design justice is a framework for analysis of how the design of technologies, tools, and learning environments (to name a few) distributes benefits and burdens between various groups of people. Design justice focuses explicitly on the ways that design reproduces and/or challenges the matrix of domination (white supremacy, heteropatriarchy, capitalism, ableism, settler colonialism, and other forms of structural inequality). Design justice is also a growing community of practice that aims to ensure a more equitable distribution of design’s benefits and burdens; meaningful participation in design decisions; and recognition of community-based, Indigenous, and diaspora design traditions, knowledge, and practices (p. 23).

After a comprehensive overview of the values, practices, narratives, and site/locations of design, the book turns to the pedagogies of design in Chapter 5. In this chapter, the author focuses on answering the question: How do we teach and learn about design justice?

Costanza-Chock responds to this question by writing “I don’t believe there is only one way to answer this question, which is why I use “pedagogies” in the plural form.” Among the pedagogies described in the chapter are:

  • Paulo Freire’s educación popular or popular education (pop ed)
  • critical community technology pedagogy
  • participatory action design
  • data feminism
  • constructionism, and
  • digital media literacy

Exploring Design Justice Pedagogies

In our previous work, as CIRCL Educators, we wrote about constructionism. This pedagogy is one that teachers often turn to and as Costanza-Chock notes, it is not one that is “explicit about race, class, gender, or disability politics.” However, it should center the social and cultural aspects of learning, the construction of knowledge in the learner, and the learner’s contexts (e.g.a student’s racial/ethnic background, social class, and other social identities). Furthermore, Costanza-Chock writes that “in a constructionist pedagogy of design justice, learners should make knowledge about design justice for themselves and do so through working on meaningful projects. Ideally, these should be developed together with, rather than for, communities that are too often excluded from design processes.”

Hand in hand with the pedagogies described in this chapter is the decolonization of design practices, which refers to deconstructing Western privilege of thoughts and approaches. Those involved in the decolonizing design movement advocate for a global approach to design that rethink historical narratives and seek to center design practices erased or ignored in Eurocentric design practices. As Costanza-Chock describes “design justice pedagogies must support students to actively develop their own critical analysis of design, power, and liberation, in ways that connect with their own lived experience.” As teachers and educators, our role is to figure out a way to overcome existing design challenges so that our students can implement just design principles.

Principles of Design Justice

What are practical examples of what teaching about design justice looks like? Based on the author’s experiences in her own courses, 10 principlesillustrate what this movement envisions:

Principle 1: We use design to sustain, heal, and empower our communities, as well as to seek liberation from exploitative and oppressive systems.
Principle 2: We center the voices of those who are directly impacted by the outcomes of the design process.
Principle 3: We prioritize design’s impact on the community over the intentions of the designer.
Principle 4: We view change as emergent from an accountable, accessible, and collaborative process, rather than as a point at the end of a process.
Principle 5: We see the role of the designer as a facilitator rather than an expert.
Principle 6: We believe that everyone is an expert based on their own lived experience, and that we all have unique and brilliant contributions to bring to a design process.
Principle 7: We share design knowledge and tools with our communities.
Principle 8: We work towards sustainable, community-led and -controlled outcomes.
Principle 9: We work towards non-exploitative solutions that reconnect us to the earth and to each other.
Principle 10: Before seeking new design solutions, we look for what is already working at the community level. We honor and uplift traditional, indigenous, and local knowledge and practices.

At Educator CIRCLS we are at the beginning of our conversation around AI in Education. These design justice principles will be front of mind as we continue to consider and discuss the variety of ways AI technologies are currently being developed and employed. Please let us know your thoughts by tweeting @EducatorCIRCLS and sign up for the CIRCLS newsletter to stay updated on emerging technologies for teaching and learning.