Musings on GID vs DT

Last post, I talked briefly about the relationship between Design Thinking and GID.  Today, I’d like to dig a little deeper into that relationship and look at how these two models can complement each other.  As we will see, each model has its strengths that can support the other assuming that the context is right.  One thing to keep in mind through this discussion is that the origins of each model are significantly different and so the emphasis is different in each.  Guided Inquiry came out of the recognition that student research projects were ineffective and often caused students a range of unintended emotions.  Carol Kuhlthau’s research looked at identifying how (or if) students were engaged at various points of the research process and looked at ways of increasing that engagement.  Almost exclusively, the typical medium for demonstrating one’s knowledge was the research essay.  The Design Thinking model came from an attempt to understand how folks who make new things work.  This looked at trying to codify the often messy process that someone building anything from a car engine, to a lemon juicer, to a prosthetic might use.  While these are very different processes – and one might argue that the way one person operates within a research or design process might be very different from another carrying out the same task – there are enough parallels to make the discussion fruitful.

Let’s start at the very beginning.  After all, it is a very good place to start!  Both Design Thinking and Guided Inquiry begin with open collection of information.  This begins with a broad spark from some experience that kicks the process into gear (Open in Guided Inquiry, the design brief in Design Thinking).  Guided Inquiry breaks this process into three phases – Open, Immerse, Explore – and allows students a period of loosely guided wallowing in the topic in order to build genuine connections and interest.  We recognize that the topic is likely brought down from on high by the teacher, but every attempt is made to ensure that the student sees a real connection with their own life.  Likewise, Design Thinking uses an Empathy phase.  This is a very human-centred process that builds understanding of the needs of the users of whatever is being designed.  This will include interviews and other forms of research that simply build an understanding of the problem.  While this phase is typically human-centred, I find that there is also an element of research here as well.  To understand other’s needs and to truly understand the problem, there is likely some straight-up book or web research that digs into the concepts behind the issues.  For example, if one is building a prosthetic hand for someone else, one needs to understand how the hand is going to be used (an office worker might have different needs than a rock climber), how materials affect the way the hand can be used, and perhaps what other designs may have been used in the past to address similar issues.  Of course, an understanding of the bone and muscle structure of a normally functioning hand would be immensely useful!

Next, comes the definition of the problem.  In GID, this comes in the phrasing of the ultimate question being addressed and may look like a driving question, a research question, a thesis statement or any number of carefully wordsmithed structures.  In Design Thinking, this is the definition statement and can come in the form of a question that starts with, “How might we…” or it can look more like a statement that reads “User X needs Y because of Z.”  In both models, we spend time building broader understanding in order to come to a point where defining the problem is effective.  There are plenty of stories of designers who, after an effective empathy phase, define the problem in a way that the end user had never thought of, but on reflection, addresses the true nature of the problem better than the use ever could have.  The solution is something far different than was originally expected.  Likewise, a teacher might have an idea of what directions a student might take a GID unit, but until the personal connections with the topic are made, the ultimate direction of the projects can be surprisingly different!

Once we have our definition, the paths of the two models diverge a little.  In Guided Inquiry, this is where we get down to the work of gathering and digesting information for our research.  In Design Thinking, we can think of the Ideation phase as a process of gathering as many possible solutions to the defined problem as possible.  In GID, the ideas come from others; in Design Thinking, the ideas come from ourselves.  You might think of Gathering as focusing your thinking while Ideation as a process of widening your thinking, although that would only be partly true.  The purpose of Ideation is to consider all possible solutions and then pick the “best” one for the next phase.  While the process is somewhat different, it points in the same direction.

The fun begins in the Create/Prototype phase.  Both of these are where the learning manifests itself into some creation, whether that be a written paper or physical product.  Both involve the playing with ideas that are a result of the previous phases and articulating thinking in a way that will ultimately be shared with others.  It should be pointed out that in both models, the apparent linear sequence is somewhat of a fallacy and I would say, no more a fallacy than between the gathering of ideas and the articulation of them.  An essay writer will find that there are remaining questions that need to be answered and will go back and gather more information as much as an engineer might get to a certain point with a prototype and realizes that the idea simply won’t work and needs to go back to the ideation phase.

Finally, the work needs to be shared and reflected on.  In GID these are the Share and Evaluate phases.  In Design Thinking, we test the prototype and that process, in all likelihood, involves testing against the users’ needs and sharing it with those users.  GID promotes the idea that this sharing should not be the private handing in of an essay to the teacher but sharing learning back to the community of learners in order to extend and deepen everyone’s learning.  In Design Thinking, that sharing is more dependent on the situation.  If the design problem has been presented by a single person, then maybe the sharing is back to that individual.  Usually, there is a larger user group that the prototype is tested with.  The essential point in this is that the purpose of sharing is different.  GID shares to deepen community understanding while Design Thinking shares in order to evaluate the effectiveness of the solution.

It strikes me, as I write this, that GID is might be typically good for thinking about concepts while Design Thinking might be good for thinking about things.  I’m sure that this is a drastic over-simplification, but there is some truth in it.  GID can be used to solve problems by building something, but the nature of the research is primarily conceptual.  You might be trying to understand people’s perspectives or the reasons behind something.  The results of that conceptual research might be manifest in writing, physical objects or virtual simulations, but the concepts are at the focus.  In Design Thinking, the thinking is more about how we make something to solve a problem.  It can be a subtle distinction, but the emphasis is important.  The kinds of things one thinks about when building a solution to a problem might be what materials are best to use, how we connect those materials, what function our object needs to perform and how the design serves the function.  Clearly, there are concepts underlying all of this, but the concepts serve the process where in GID the concepts are the process.  Again, this is likely a drastic generalization and many examples can likely be brought forward that show the weakness of this argument, but I think that there is some use in at least exploring this comparison.

Once we understand the strengths of each model and how they relate, we can use that knowledge to build even more powerful units in particular areas.  Of course, there will be situations where one model stands on its own brilliantly and would likely be made weaker by forcing ideas of the other into it.  But there are situations where the combination is even more powerful.  The research ideas behind Open, Immerse, Explore and even Gather can underpin the Empathize piece for those Design Thinking processes that require more academic underpinnings.  Likewise, the ideas behind Empathize can support more socially based GID units.  Of course, given that Design Thinking is often about building a solution to a problem, some of the prototyping ideas can help similar Create phases of GID.

Next post, I’ll look at some questions and issues that I’m having with both models.  It seems that the more that I explore, the more questions I have!

 

Marc Crompton

Year 5 Go Global

When I was first asked to help a Year 5 teacher, Catherine Havenaar, with an integrated Year 5 unit on ‘Global Connections’, I was initially a little cautious about how we would achieve the integrated English and Humanities outcomes. She was in her first year of teaching – after being a Paramedic for many years – but had been inspired to try Guided Inquiry after a seminar I gave to the whole Primary staff at the beginning of the year.

The first step of any unit of Guided Inquiry, of course, is to plan with the teaching team. By the end of the first session I knew we were on a winner.

Right from the start Catherine and I bounced off each other with ideas and this continued throughout the unit until it actually became an exhaustingly huge project. However, because the students all joined in the ‘fun’ of learning together it was an experience never to be forgotten.

The fact that the G20 Summit was taking place in Brisbane at the time was such a bonus. Having world leaders right here in Australia and on the news, made ‘global connectedness’ so relevant to the students. I love this research plan a student was working on later – Can there be a G21?

g20best

The Programme of work is available here: http://guidedinquiryoz.edublogs.org/practice-2/primary-guided-inquiry-units/

Australian Curriculum – Stage 3 

Human Society and Its Environment: Global Connections

Key Focus:

What impact does Australia have on the world stage through our global connections?

Contributing Questions:

In what different arenas does Australia contribute to the world?

What are our responsibilities in making sure all people are treated with respect and provided with basic human needs?

OPEN: As with all GID units we began with checking prior knowledge and global organisations that the students recognised.

Activity 1: Complete ‘pre-test’ to determine knowledge levels about Australia’s connection to other countries – Provide students with a question and answer sheet that they will complete as they move around 10 stations. Each station has a visual prompt relating to a different idea of global connection. Students have four minutes at each station and identify the prompt they know least about.

Other Activities: Watch “Global Connections” video on ClickView; Read“Around the world by lunch”; CDRom -“The Global Village” (oral activities)

IMMERSE: Students discussed Article 25 of The Universal Declaration of Human Rights and recapped the importance of Australia’s role in providing aid and humanitarian support.

Students then selected an organisation and drew its logo with a description of its elements and meaning.

Using a scaffold “Making the Choice” to gather information on a number of organisations they read widely and took notes, discussing findings at specific points with the teacher and each other.

One student with dyslexia was catered for when Catherine decided to bring in her own Mac computer to give the student during lessons so that she could use the ‘Text to speech’ function. This student managed better than ever before, could listen to sites about organisations – and was so happy!

using-speech-function

Links to all the organisations selected were put onto a Diigo sites and used from the class Edmodo learning platform. Students also enjoyed sharing sites they found.

sharing-sites-edmodo

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EXPLORE: Students determined an organisation to research and read widely from Diigo links, books and subscriptions such as online encyclopaedias and Skwirk.

Scaffolds were provided for recording information and the questions they raised about that organisation.

yr5-first-two-scaffolds

IDENTIFY: Students wrote a research question (with help from the teaching team) to focus their exploration and four contributing questions which were placed into a jigsaw scaffold and/or a mind map.

jigsaw

mindmap

GATHER: Answers were gathered in their books and throughout students were assisted with aspects of information literacy by the teacher librarian – everything from determining best sources of information to writing a Bibliography.

jigsaw_answers

CREATE: Now for the real fun! This is a prime example of students working in the ‘Third Space’ and where they all just blossomed.

Students created an organisation of their own based on the tenets of the one they had been researching. They had to create a name, logo, slogan, aims, goals and a script for a one minute infomercial which featured the student introducing their agency. Because they had selected an organisation originally based on their own interest we had organisations created for everything from wildlife conservation to soccer. This also integrated their Visual Arts and Writing programs. (see program : http://guidedinquiryoz.edublogs.org/practice-2/primary-guided-inquiry-units/)

Catherine and I had a discussion about how she could be involved in a fun way to model their tasks. It was decided that she should create the overarching organisation with which the students all had to register their created organisations! After a lot of thought and laughter we came up with OREO: Office of the Registry of Earth’s Organisations. A logo was created and Catherine made her own infomercial as an example for the students.

See it here: https://vimeo.com/192400121

SHARE: A Global Summit was organised to which all parents, the Head of Primary and the Principal were invited…

In groups of five the student’s infomercials were played. Each group then entered to sit around the OREO table dressed for their role in their organisation. Parents had been given prepared questions to ask and the students, in a very professional manner, stood and answered for their organisation.

Morning tea was served to all and of course there was a distinct Oreo theme!

A large number of parents and grandparents came to the OREO Summit:

oreosummit1

Here they are watching the ‘Infomercial’ videos the students made for their created organisaton. (Note their Logos on the wall!)

oreosummit2

But a unit of work does not end with Share!… We conducted evaluations of students and the teaching team but also were surprised to receive a number of feedback comments from parents.

Stay tuned for the Evaluation blog and some links tomorrow. Finally I will reflect on a few more GID experiences towards the end of the week.

Alinda Sheerman – Broughton Anglican College, Menangle Park (75 km south west of Sydney, Australia)

 

 

 

GID @ the District Level Part 3

AASL states that school library programs should employ an inquiry-based approach to “inquire, think critically, and gain knowledge” (2007). Using GID in my district as our inquiry approach is a way to tap into student’s natural curiosity, and help students develop a foundation using an inquiry process to facilitate all their academic work. GID breaks down inquiry into manageable steps, and gives students an opportunity to Immerse and Explore to better understand a research or essential question. GID is divided to provide specific scaffolds in learning the content and how they learn. GID helps students find gaps in their research and develop plans for how they can close those gaps to produce an effective product they would want to share.

I like how Leslie and I worked with the librarians in developing their sense of understanding in how to use GID. Leslie made sure we modeled the scaffolding ideas in Guided Inquiry Design: A Framework for Inquiry in Your School so that they can see how to use them in their own lessons. Another key element was that you didn’t always have to be a part of all the phases in GID. Most likely they would be involved in the Immerse, Explore, Identify, and Gather phases, and that was okay. We know it is ideal for us to be involved in all phases, but time is a precious commodity in schools, and if we scaffold well in the phases we are involved in, then we built the metacognition of students to be able to move through the other phases well. Overall, the librarians in my district see the value of this process and are making changes to input these phases into their lessons to help their students understand and apply what they have learned to new situations.

Lori Donovan, Instructional Specialist, Library Services, Chesterfield County Public Schools

Avoid Cheetah Reports in 8 Easy Steps!

Remember this charming critter from my last entry? My Guided Inquiry Design mascot? This creature is a Pompeii Worm, and the reason it represents the power of GID, to me, is that this animal was selected by one of our Grade 4 students as the subject of his Guided Inquiry project on animal adaptations.

 

Hello. It's me again. Photo credit: Alison Murray, ARKive

Hello. It’s me again. Photo credit: Alison Murray, ARKive

If you’re an elementary teacher, I’m sure you’ve encountered an animal project in some form. You know the drill… the kids choose an animal and do a little report on it: what it eats, where it lives, etc. This kind of project is a nice introduction to research skills, and because most kids are interested in animals to some degree, there is high motivation. You will find that the vast majority of students will pick pretty standard animals. Wolves. Zebras. Sharks.(Note: when I was in Grade 3, I chose echidnas, thus cementing my nerdiness for years to come. I digress.)

However, it is a truth universally acknowledged that at least 55% of your class will choose cheetahs.

Yeah, we get it, Cheetah. You're very noble. Photo credit: Anup Shah, ARKive

We get it, Cheetah. You’re very noble. Photo credit: Anup Shah, ARKive

Look, I have no problem with cheetahs. They run fast. Their claws are unretractable. They hunt gazelles. They are endangered.  Their cubs are ridiculously adorable.  Cheetahs are LEGIT. I get the appeal. Kids LOVE them.

OMG SO CUTE | Photo credit: Suzi Eszterhas, ARKive

OMG SO CUTE | Photo credit: Suzi Eszterhas, ARKive

But they are so… predictable. I’m sure you’ve marked dozens – nay, hundreds! – of cheetah reports in your professional life. It’s time to move on. Wouldn’t you rather learn about something a little different? A little out-there? For instance… a Pompeii worm?

A cheetah’s got nothing  on a Pompeii worm. (I mean, fine, a cheetah would easily take one down  if, say, a Pompeii worm somehow found itself stranded on the Serengeti. No contest there. I’m speaking more ontologically.)

Team Pompeii Worm | Photo credit: Greg Rouse, ARKive

Team Pompeii Worm | Photo credit: Greg Rouse, ARKive

 

These guys live in the deep sea in hydrothermal vents. The end of the worm that sticks out in the water has to endure near-freezing temperatures in the frigid water of the deep ocean. So? Lots of organisms live in the deep ocean. The really cool thing about Pompeii worms is the end of the worm that’s in the vent has to contend with blasts of hot water that can be as high as 80 degrees Celsius, or 176 Fahrenheit. How does it survive in this environment? Most animals would poach themselves within seconds, yet these worms thrive in such a hostile environment because of bacteria that live on their bodies that help to regulate their temperature!

Admit it: that’s cool. Or hot. (Whatever.)

How did we discover Pompeii worms? Well, Guided Inquiry guided us to them! The whole process was important, but because we leveraged the power of the first three phases – Open, Immerse, Explore – for this unit, the students were able to explore some carefully curated resources about animal adaptations and make notes on different adaptations and animals that have them. In this way, the boys were exposed to a vast array of animals that they might not know about, and successfully carry out their research. Rather than designing the project around teacher-led discussion on adaptations, the boys discovered the concept on their own and built knowledge themselves.

The provincial learning objective for this Grade 4 science unit was: “All living things and their environment are interdependent.”  The instructional team – the Grade 4 teachers, our wonderful Inquiry resource teacher and myself – decided that the students should learn about how different environments can affect the adaptations that animals have developed to survive. These would be independent projects culminating in an animal “fact file” with a labelled diagram and paragraph.

 

Fact files on display. Photo credit: me

Fact files on display. Photo credit: me

 

We started the OPEN phase by projecting a panoramic Google maps photo of Dinosaur Provincial Park in our neighbouring province of Alberta. This park looks very different from our own local temperate rainforest, so we had the boys brainstorm and discuss questions about the environment there. What kinds of animals might you find there that you wouldn’t find in Vancouver? Why? We then went out to our wooded area to take photos with iPads. This OPEN activity got the boys thinking about how environments can impact plants and animals.

We timed this project around the boys’ first overnight outdoor education trip, which became their IMMERSE phase. They spent two days at a local outdoor centre, where most of the programming revolved around adaptations of local flora and fauna. Full disclosure: I did not attend. I stayed warm and dry, but from all accounts, the experience was highly IMMERSive!

After they returned from camp, we set up the EXPLORE phase. Instead of letting the boys go nuts on Google, or wreak havoc on my painstakingly arranged 590s shelves, we gave them only one option: a brilliant website from BBC Nature: Animal and plant adaptations and behaviours This site has an exhaustive list of adaptations, with an easy to read description for each and multiple examples of organisms. We put the boys into Inquiry Circles and had them browse the site, noting down on a specially-created worksheet any animals or adaptations that they thought were interesting.

Because this BBC site has such an exhaustive list of adaptations, and because we gave them free range to browse the site, the boys were learning about everything from behavioural adaptations such as swarming, to feeding strategies like kleptoparasitism! Thus, one young man discovered the Pompeii worm, neatly filed away under symbiosis. His curiosity was piqued. What the heck is a Pompeii worm? (Probably what you were thinking at the beginning of this post!)

After a couple of sessions exploring the BBC site, we helped the boys review their notes and IDENTIFY an animal they really wanted to learn more about, and to write a strong research question about it beginning with “Why” or “How”.

From there, we provided more curated resources for GATHER: the BBC site again, ARKive, World Book, and in some cases, reliable websites that I vetted for those boys who chose an unusual animal with scarce information available.

They CREATEd their fact files and we SHAREd with a big celebratory class session involving small-group informal presentations and a gallery walk of all the files. Finally, the boys were EVALUATEd on the science learning objective as well as a self-assessment on the whole process.

The results? The boys were so motivated and excited each week when they came to the library. The learning was student-centered with each boy striving to answer his own question, instead of following a list of criteria from the teachers. Those pesky note-taking skills were a breeze to teach, and the science learning objective was hit out of the park (ask one of our Grade 4s about any possible adaptation – they know them all!)

Those are all very noble, altruistic goals for the betterment of our darling students. Allow me to be selfish for a moment – of 48 projects completed there was not a single one on cheetahs. If that’s not a career highlight, I don’t know what is.

 

Questioning the Journey

aequestioning

Working with GID for over four years, has allowed me to reflect on the patterns, challenges and successes of integrating the Guided Inquiry Design Process in our high school.

One aspect that overwhelmingly starts out as a challenge for content teachers is student questioning.  Historically, teachers are the questioners – choosing the Essential Question or creating a research project with predetermined questions for students to answer. In this type of research, the students engagement can vary.  If it’s a topic that students have interest in, the outputs are more favorable.  In many cases, the outputs will be surface level instead of a  deep meaning-making process.  Jamie McKenzie, author of The Question Mark, a journal devoted to questions and questioning and a thoughtful leader of technology in schools, writes about research in schools in his educational technology journal, From Now On.  He suggests that real problem solving in research begins when we are stuck.  I think the key to helping kids get “unstuck” is to stay with them through it. But, how do we do this in a way that takes into consideration the time constraints, the comfort of the content teacher and the desired outcomes of the research? This is a question that I am still attempting to answer.

In my years as a library teacher, I have developed strategies and gathered resources to help students understand the question building process.  Within the IDENTIFY phase, I work with small groups of students to create their inquiry questions.  In their inquiry reflections from the previous work through the EXPLORE phase, I ask that students create a list of questions that they have about their topic.  I am intentionally vague with instructions – “As you read through and discover information about your choice topic, write down any questions that come to mind.” – by giving students minimal instructions – they are able to follow this mindfully – without worry of creating a question that will be “wrong”.  We then use these questions in our question building session, along with inquiry tools and strategies, to create a solid inquiry question.  Typically, I will work on the question from the aspect of inquiry and then the students will check in with their content teacher to be sure they are on the right track with content.  The key is to ensure that students are staying rooted in their personal interest.  I also believe that it is crucial to not add content knowledge to the question building process – as this sometimes sways the student to change their topic based on what the content teacher speaks about and most often leads the student away from their core interest. My experience has shown that the personal interest of the student will be the sustaining force throughout the challenges within the research and GID process.

Teachers survive the demands of each new school year by creating routines, developing habits of mind and in some instances – by turning on autopilot. One challenge as the library teacher is to keep the current issues within your community in mind when attempting to collaborate with content teachers. Interestingly, questioning is something that can be viewed as “just one more thing” to add to a project that expands the time necessary to work with students.  In my school, I am grateful that there has always been a culture of a day or two with library resources but it is still a paradigm shift to allow more time for instruction throughout the process.  GID gives the necessary framework that allows content teachers a way to envision the space and time necessary to receive the outcomes desired.  When a teacher is able to let go of the fear of the unknown as well as become able to sit with the initial uneasiness of facilitating over instilling information – the shift for student  learning begins.

As the library teacher, my role with questioning and often with GID,  becomes one of co-teacher, collaborator, sometimes hand-holder, always the visionist, often the only believer – that it will all work out okay and we will all take away a meaningful experience. Many students seem to instinctively know this from the start while others are as uncomfortable with the “not knowing” as their teacher.  Good collaboration begins with trust and one can not discount the role that it plays when planning.  I believe that it’s always best to begin where the content teacher is, in other words, baby steps may be necessary – the goal should be to begin the journey! Even the longest and most difficult journey begins with the first step.

 

journey

Anita Celluci, Library Teacher, Westborough High School

 

The Flexibility of GID

When I learned how effective Guided Inquiry could be, I got excited about planning a GID-based writing workshop. I focused on Reconstruction because it’s the setting for my book, but the model could be adapted for any historical time period. On my website I’ve posted the materials you’d need to lead this workshop in a middle or high school classroom, and I’ll run through the steps quickly here.

The “Open,” “Immerse,” and “Explore” stages are the same as I mentioned yesterday: show the book trailer, read BROTHERHOOD, ask students to connect to content, and begin to research Reconstruction. When I visit schools, I show a series of photographs, and students point out the details—clothing, means of transportation, food, etc. My favorite is this shot taken at the wall in front of St. John’s Church in Richmond, VA, in 1865. Notice that the people are wearing coats and hats, but most have bare feet.

St.Johns.Church.people

During the “Identify” stage, I ask students to write a scene based on a newspaper article from the era. I encourage loose, messy, fast writing. I interrupt them with sound effects (church bells, horses, crickets), and ask them to incorporate the sounds into their scenes. The process here isn’t about producing good writing. It’s about entering into the time period vicariously.

Next, students swap newspaper articles and write a second scene—again, loose, fast writing. Then they pause and I ask which scene they liked most. Which did they prefer writing about, and why? What did they find compelling, disturbing, or interesting about the one they preferred? Their answers kick off the “Gather” stage of the GID process—the stage when students begin to ask their own questions. This step is the essence of Guided Inquiry. It’s the reason GID is so effective.

Whether students prefer scene A to B, or B to A doesn’t matter. What matters is that they prefer one. Students will always prefer one. Always. And the moment they articulate why they like one better than the other is the moment they really begin to invest in the subject matter. It’s an exciting moment to watch! They’re given permission to make a choice, express an opinion, and be heard, and the process empowers them.

In the “Gather,” “Create,” and “Share” stages, students’ individual or group projects go in any number of directions, and I leave that part up to the teachers. Some have particular themes they’d like the class to address. For example, in my previous post I mentioned that the teacher wanted students to think about gangs—all types of gangs and the conditions that give rise to them. Or teachers might want students to think about voting rights (who feels threatened by another’s right to vote?). Or maybe students will create and share presentations about citizenship and what it might feel like to live in America today and not be a citizen. Or they might talk about the problem of bullying.

GID allows for flexibility! I began this post talking about Reconstruction, and in only a few paragraphs, I’ve raised a myriad of topics, but that’s because my novel raises them (the Reconstruction-era amendments established birthright citizenship and voting rights; if your class is focused on a different time period, your students will ponder a different set of issues).

From my perspective—hey, I’m a writer, so I have to nudge students to write, no apologies!—an easy exercise in loose writing gets the process going strong. And when students reflect on issues that matter to them, personally, and are in a safe space for reflection, wow! Sharing happens. Listening happens. Learning happens.

I love the way GID promotes a student-centered and student-directed approach to learning (so much more effective than the memorize-and-regurgitate model of my youth). Like I said in my first post, boy do I wish my teachers had used Guided Inquiry when I was growing up. Thank you, Leslie, for inspiring me and the next generation of educators!

Battle Spheres: Open, Immerse, Explore, & Identify

Good evening, fellow GID lovers! I’m back again today to (finally) tell you more about the unit we are developing for Norman Public Schools 5th grade science curriculum. You’ve met our team, read about the importance of a collaborative culture, and heard my thoughts on GID at the district level. Today, I walk through the first four phases of our project so you can see exactly what we’ve planned.

(Note: In this post, you will see shots of our planning team’s notes. If you’re curious, purple items are to-dos, red is the objective, and blue is the actual student activity. If you’re NOT curious, go ahead and make fun of my color-coding.)

OPEN

Our team notes on OPEN

You’ll see we have titled our unit “Battle Sphere”; this unit is being developed around the 5th grade Oklahoma science standards, looking at how the biosphere, atmosphere, hydrosphere, and geosphere interact. To really hook students into the topic, our planning team will create a YouTube playlist of videos depicting these interactions. For example, students will view videos of landslides, weather events, eroded landscapes, and more. Then, the class will have a discussion about the videos, answering the questions:

  • What did the events have in common?
  • Can you think of ways that nature interacts that weren’t in the videos?
  • Has nature ever made changes in your world?

We hope that by showing students these dramatic interactions in videos, they will develop an interest in the topic and begin to form some questions about interactions between the spheres.

IMMERSE

IMG_7117 (1)

After they’re hooked, we will begin to immerse students in the content by watching two videos that will help make the spheres and associated vocabulary more accessible and interesting:

Four Spheres Part 1 (Geo and Bio): Crash Course Kids #6.1

Four Spheres Part 2 (Hydro and Atmo): Crash Course Kids #6.2

After viewing the videos, students will build a glossary of new terms they heard in the videos. This is an example the the flexibility I talked about yesterday. Depending on the students, teachers, and resources at the individual site, this step could look very different. Students could do this as a class, in small groups, with the teacher, or with both the teacher and librarian. I love that we are building in adaptability to customize the unit for every school. Where possible, we are encouraging teachers to build this glossary in Google Drive, but no matter how it is done, students will be able to access the glossary throughout the rest of the unit.

 

EXPLORE

IMG_7118 (1)

Using an inquiry log, students will explore through a carefully curated resource menu. They will track which resources they viewed and the corresponding questions that were sparked. In my personal experience with Guided Inquiry, I have learned that it is difficult for elementary students to foresee the scope of their research from the beginning phases. If we ask them to explore open-endedly, they can easily get off track, and they don’t understand the benefits of this phases as older students might. Assigning an inquiry log or journal in this phase is crucial to the success and engagement of younger students.

 

IDENTIFY

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As you can see from the picture of our notes, this phase isn’t quite as fleshed out as the rest yet. To identify which two spheres’ interactions are most interesting to them, the student will use an inquiry journal to elaborate on what they logged in EXPLORE. To facilitate this, our planning team will come up with specific questions for a journal prompt. After evaluating the journal responses, teachers will assign students to inquiry circles based on their area of interest. The inquiry circles will consist of students who are interested in the interactions between the same two spheres, so there will be six inquiry circles. We are allowing for flexibility here, but we discussed how fun it would be to have all 5th grade students in one school divided into these six inquiry circles.

And there you have it: the first four phases of our plan. What do you think? What do you see that you like? What would you change?
Kelsey

National History Day Project inWisconsin

Recent Project: The GID Process

In the 2015-16 school year, after participating in a Guided Inquiry summer institute, my partners at the Charter School: the social studies teacher, the Dean, and I decided to implement the Guided Inquiry Design Process throughout all content areas. We started with the National History Day Project. I created a student journal that the students used to capture their thoughts. I collected the Journals daily and commented. The student journal is an adaptation of a journal that Leslie had teachers use when we participated her GI Institute. The students commented that they appreciated not always having to use technology to compose their thoughts.  I created PowerPoints for each session. I added all the PowerPoints and other documents to a Google Folder and shared the folder with the students and my teacher partners. I also encouraged the students to email me any time they had questions. Several students, who were not able to make it to all the classes, appreciated that they could keep up with the class lessons in this manner.

The Open session was our most challenging as we never took the time before to open students’ minds: to get them excited about the journey they were starting. After participating in the Institute, we wrestled with different ideas.  In one of Leslie’s posts on her Guided Inquiry Design Facebook page we found some great suggestions. We mentioned the theme, which was Explore, Encounter, and Exchange in History, and that we would spend more time with what the theme meant in the coming days. We viewed the Sir Ken Robinson video Changing Education Paradigms. https://youtu.be/zDZFcDGpL4U. The students took notes using guided questions in their Journal. They discussed in Inquiry Circles how that video spoke to them. How did Sir Ken explain the historical context of education reform today? How did he captivate them while exchanging his ideas? I was surprised at how many students were diagnosed with ADHD when they were younger. They could really relate to Sir Ken.

Historical context is often difficult to understand. One of the suggestions in the GID Facebook page was to have them watch and discuss a more current topic to which they could relate. They watched History of Apple and the First iPhone: RIP Steve Job. https://youtu.be/BG4azxx1XjI . Many students had not seen this video. Time passes so quickly. Most of them had mobile phones and historical context started to make sense. Again, the students took notes using guided questions in their Journal and shared their thoughts in Inquiry Circles.

The reflections in their journal gave us an insight into what they were wondering about at this beginning stage.

The Immerse Stage was also a challenge. Students had never taken the time just to discover content while they built background knowledge. We spent time viewing and discussing a National History Day winning video. The Tiananmen Square Massacre: A Government’s Encounter with It’s People. https://youtu.be/fS6NoRWZv1w. They again took notes from guided questions in their Journal. We also immersed the students in political cartoon analysis. Most students had no background knowledge of the what political cartoons were and how to analyze them. They are excellent primary sources for understanding historical context. Some student’s reflections revealed they were changing their thoughts on topics. That was a good thing.

The other stages: Explore, Identify, Gather, Create, Share, and Evaluate had challenges also since this was my first year implementing GID within the National History Day Project. I was determined to implement the process with fidelity. However, to do that we needed to take the time during class. They spent time looking at exemplar National History Day past winners. They also spent time Asking the Experts in the Google+ Hangouts. These sessions were invaluable during the Create stage. Determining which category they were going to enter, in order to share what they learned and how to write up the Process Paper were a challenge they had not encountered in previous research projects. They studied the judging criteria, which set the expectations.

National History Day requires an Annotated Bibliography. The students who used Noodle Tools had no problem with this requirement.

The students shared their project several weeks ago at a Parent Open House. Homemade punch and cookies were an added appeal. Later on in the BLOG I will share the parent’s reflections. The students shared their thoughts throughput the entire process through reflections and dialogues in Inquiry Circles and with the entire Inquiry Community. They also gave input during the final Evaluation Session. Common themes were:

  • Students learn more by listening, communicating, and working with peers;
  • They relish input from their peers;
  • They desired to dig more into their topic because they chose the topic based on a theme.

Next year the theme is “Taking a Stand”. I am already looking forward to working with the students next year. Every year I learn and the next year benefits from that learning.

For the next project I will be working with the seniors on their Global Issues Capstone Project. They choose an international problem and after thorough research they present solutions from their informed point of view.  They will follow the GID process. They will connect with an expert mentor in the field as a resource. They will write a paper. Then they will present in a creative and meaningful way to an authentic audience who gives them input. Often times their expert mentor will also give them input during the evaluation component of their final project. Voice and Choice are key actions for personalizing learning. Voice and Choice are also critical motivators for them to stay engaged through an extended timeline.

If you questions, I am happy to reply in the comments section. In the end students commented they were never prompted to think and share their thinking with their peers before. They gave this project very high rating when they communicated on their successes at the school. This project provides rigor within a guided process.

Kathy Boguszewski

A high school math inquiry project

The email started like many we receive: What dates are the library computers available to bring down classes for research?

We check the schedule and start to email a response when it hits us …a math teacher…wants to do research? What?! We quickly respond with dates as requested and offer to help in any way we can.

Then Ms. White, my librarian colleague, and I start chatting from our desks to one another.

“Have you ever done research with a math class?”

“No, but this could be so cool!”

“I wonder what their product would be – a research paper? Presentation?”

Ding…then another email arrived with an attachment of the math research project Ms. Zehnder had done at a different school but she wanted to make it better and asked for our help, perhaps using the Guided Inquiry Process. And that is how we became part of another Guided Inquiry Design (GID) unit at HCHS. The three of us began collaborating to design a student-oriented research project and by late fall, students began their inquiries, and for many of them, this was the first math research project they had ever been assigned.

So, what did it look like?

Open – Students were asked to think about ways they use math in the real world. With a little prompting from the classroom teacher, the examples started pouring in. Perhaps the most powerful point about this phase was once they started thinking about math in the real world, they understood it was all around them. To help with this phase, as librarians, we brainstormed a list of ways math was relevant in their world and gave it to Ms. Zehnder although it wasn’t really needed. The list came in handy later though as we worked to find resources to flesh out the Explore phase.

Immerse– Using a high interest article in the classroom, the class found as many math related concepts as they could within it. Afterwards, as a group, they discussed how one might use it as a springboard to come up with inquiry topics for a research project. As school librarians, our role was to find a handful of possible articles and gave them to the Ms. Zehnder so that she could determine which one(s) she wanted to use. Having the classroom teacher model the process of reading articles and talking about real life experiences, then brainstorming how math was relevant to it, was a great way to scaffold the class for the Explore phase.

Explore – Next, students came to the library and participated in exploration stations to make connections with mathematical concepts used in the real world and think about how math affects their daily life. There were 4 stations: books, magazines, computers and manipulatives. Students spent 9 minutes at each of the stations looking through whatever materials caught their eye and filled out the Exploration handout as they went. There was enough time at the end of the period for students to return to any station(s) they wanted to explore longer. At the book station we had over fifty resources scattered around for students to pick up and flip through. Topics ranged from specific sports, to nutrition, to world records, to teen spending practices and more. A complete bibliography is below in case you’d like to look at it further. The magazine station included the local newspaper and a variety of magazines like: Transworld Skateboarding, Popular Science, Outdoor, Time, National Geographic, ESPN and others. By far the two most popular stations were manipulatives and computers. At the manipulatives station, we set out the Cracker Barrel peg game, Suduko sheets, mandala coloring sheets, the Banagrams game, dice, etc. Watching students at this station made me so happy. Not only were students trying their hands at origami, wrestling with math brain teasers, playing Connect Four, etc. they were having real conversations about math and enjoying it! The computer station was very engaging too. Ms. White spearheaded this station by creating a Symbaloo webmix housing a variety of websites for students to explore and determine how math was involved. Check out the Explore link below when you have time because the mix of videos, websites and tutorials gave students plenty to consider in this station too. The beautiful thing about this portion of the GID unit was that I learned a new technology tool out of it too!

Math topics

Resource: Math Related Topics Bibliography (PDF)

Symbaloo

 Resource: Explore Symbaloo Webmix (link)

Explore

Resource: Explore Stations (entire PDF)

 

Identify – During this phase, we as librarians visited the classroom to lead a mini-lesson with each class. With their completed Explore Station handout in front of them, students selected a mathematical concept they found interesting to focus on for the rest of their project. While students were not required to select a topic from the Explore phase, many of them did so and having a series of possible topics in front of them, allowed everyone to have something to work on during this lesson.  After we modeled how to take a topic and brainstorm possible inquiry questions, we gave the students time to complete theirs. Note there are two graphic organizers. We did this knowing some learners are linear thinkers and others are not. Our hope was that a student could select the one that best helped them organize the topic and potential keywords and related inquiry questions related to the main idea. We modeled both types of graphic organizers with the students. Ultimately the topics students selected were quite varied including:  how math drives the game of hockey, why an understanding of math helps mixed martial arts fighters get an upper hand in a match, why the number zero is relevant, why do we need to understand the concept of infinity, just to name a few.

Inquiry graphic organizers

Resource:  Identify Graphic Organizers (entire PDF)

Gather – The next time students came to the library, we (librarians) demonstrated how to take notes on relevant resources as it related to their inquiry. Students were required to use both print and web-based resources to research their mathematics concept. As librarians, we created and provided an Inquiry Log template including links to citation help where students could answer their inquiry questions as they researched. Before turning them loose to conduct their own research, we modeled the process using the template. During the student research time in the library, Ms. White, Ms. Zehnder and I circulated around the room to assist students with locating potential print and web resources, and generally helped them stay on task. In reflection, it was clear students loved talking and sharing what they were learning about their topics and were eager to share that with anyone who would listen. Students who did not complete this phase during allotted time in the library were required to finish it independently.

Gathering

Resource: Gather Sources Inquiry Log (entire PDF)

Create – Students were eventually tasked to create a presentation where they would explain the mathematical concept they chose, provide examples of how it is seen or used in real life and find relevance for its mathematical study. As librarians, we helped students think through possible presentation types. When PowerPoint was mentioned, we tried to talk about the pitfalls of a traditional presentation format and how to avoid it. Suggestions included not reading from the slides directly, embedding pictures or videos, and how to narrate using audio clips. At first students seemed frustrated by the lack of specific requirements given for the presentation. They wanted to know which presentation format was best, how long it should be, etc. In hindsight, I would definitely not change this aspect of the project because it helped students truly consider which format would be best for their particular topic and their particular audience. The varied results spoke to the wisdom of leaving the presentation format open. On the final day of class time given to work on the presentations, we did create and give students a Presentation Planner Checklist to help students organize themselves and know at a glance what else needed to be done or strengthened to ensure success.

Presentation Planner

Resource: Presentation Planner Checklist (entire PDF)

Resource: Presentation Planner Checklist (entire Word doc)

Share – Students ultimately shared their presentations and were graded based on whether their visual and verbal presentation addressed the mathematical concept, clearly defined and explained it, gave examples of the concept in real world and discussed the relevance of studying the concept in general.  The diversity of the final products was greater than I had originally expected. Sure, there were still a lot of PowerPoint presentations but not exclusively. Interestingly, if Ms. White and I got sidetracked in the library during one of the presentation times, it wasn’t unusual for a student to inquire where we were and ask to call and remind us to come up. How cool is that? We were absolutely thrilled to be part of the process from beginning to end.

Ms. Zehnder not only invited us as school librarians to the Share phase, she invited all building math teachers and administrators too. Students were both pleased and proud to have additional audience members. We even invited a Communications person from the district office who wrote a feature article on the district website. Check it out!

Resource: Everyday math takes a bow at Henry Clay High School” feature article

Evaluate – The classroom teacher, Ms. Zehnder, evaluated each project based on the rubric that specific class had made. For example, every class was evaluated on incorporating five math facts, citing their sources and discussing the concept’s relevance but she had also allowed each class to individualize their rubrics. Some classes added a creativity component, others bonus points for audience participation, etc. We intended to have students complete a self-reflection on the project using a Google form  but due to lack of computer availability, this wasn’t possible. Instead, students debriefed in a class discussion. In the future we hope to use the Google form, as it is a great way to collect and analyze data in a timely manner.

Resource: Self-Evaluation Google Form

The positive press by the district combined with teachers hearing about our project by word of mouth has led others to express interest in developing a GID unit of their own in collaboration with us. Perhaps by the end of the school year we will have more units to share.

Wrapping it all up

Previously, I shared the beginning stages of our GID project, Challenge and Change.  At this point, students are now in the process of gathering information about their topic, hence the GATHER title for this stage.  This is the part where I as the librarian am the most valuable resource to our students.  As a part of this process, I am also able to meet the demands of my own curriculum though the implementation of mini-lessons.  Each mini-lesson addresses things like database use, keyword searching, Google searching, citing sources and even basic note taking.

After gathering, students begin the steps to determine how they want to share out their information in the CREATE step.  We provide the premise to students that they will be presenting an award to the person they selected for their research.  They are to come up with the name of the award and their research will support the reasoning behind it.

The most practical thing we did in planning for this was to make a very specific requirement.  Their award presentation had to have a VISUAL and a VERBAL component, and they could not be one and the same.  This prevented the painful situation where we sat and watched 100 PowerPoint presentations in a day.  In fact, this year I have banned the PPT completely!  The only option for PPT of any kind is that students could use a single slide to create a digital poster board, or award.  Otherwise, students could create or present however they want.  They can create a poster and give a speech, have a single award PPT slide and read journal or diary entries, they could write a song and make a CD cover for an album, create a webpage and read a poem…the possibilities are endless.  These final projects are then SHARED in our Challenge and Change awards ceremony.  Finally, we have students reflect on the process as a whole, in the EVALUATION step.  Here students respond to a digital survey through Google Forms which asks them to reflect on the process and provide feedback.  We are not that far in our current project, but here are some sample responses from last year. They have not been edited 🙂

What was the BEST part of the project for you?

“I enjoyed researching Bethany Hamilton because she is such a huge inspiration.”

 “My Favorite Part was wrinting the Speach. I like to write. So when I was able to Express my opinion on Malala Yousafzai It was really fun to write.”

 “I liked how we had the freedom to pick what we wanted to do for our project. We could make like actual awards and word clouds to express our freedom with this project.”

 “Putting together the project!!! I liked it because you could put it together and then you could admire it. I hope we can do it again VERY soon!!!”

 What was the MOST challenging part of the project for you?

“When we had chose our 6-7 questions then answer them. Cause if we did not have a response to that question we would have to think of another question.”

 “The most Challenging part was when I had to find the research to match my questions so I would have to read a lot of texts to be able to get the information I need .”

 “The most challenging part was probably writing the speech. I learned so much information that i had to pick and choose what i wanted so i didn’t have 4 pages of stuff!”

 “Choosing my person so many people have inspiring storys and I wanted to explore all of them but sadly i could only could choose one”

As you see in the graphic below of the process, it may seem odd that the steps are not in an evenly spaced track from bottom to top, or even a nice neat row, but it is quite intentional (based on the research of Carol Kuhlthau) and accurate when you look at how students respond to the process as a whole.  You can think of the placement of each block as the excitement level of your class as you being the process.  Personally, my students start off apprehensive, get more excited as we begin the immerse stage and then get overwhelmed a bit when they start to explore.  However, once they narrow their topic their motivation and excitement increases and grows throughout the completion of the assignment.

As the subtitle of this site specifies, this truly is a way of instructing that will change how you teach.  I am so happy to have been able to participate in blogging this week and to have been exposed to the GID process with instruction and guidance from Carol Kuhlthau, Leslie Maniotes and Ann Caspari.  Each of the research projects which I now develop with teachers, all mirror the process above.  I know that changing how teachers teach a project can be difficult to influence, however my strategy has been to slowly incorporate elements, piece by piece each year.  As teachers see the motivation and excitement of their students grow, as well as the quality of their final product improve, they are more willing to let me slide in a new step.  It is not just the steps which are so valuable, it is also the small strategies and tools which are present in the process which also work to empower students and provide them with the opportunity to reflect on their own thinking and learning, which is truly a life skill.

Good luck to each of you as you being your own journey of discovery with Guided Inquiry Design!

Cheers,

Sarah