Three ways to display student work

We all know the importance of displaying student work. Displaying student work send the message that the teachers and community values the work they do. It allows opportunities for students to learn from each other and make connections that they might have otherwise missed.

Unfortunately, not only do we have limited wall space, but the classrooms displays need to be taken down to make room for new work. All that hard work gets given back to the students and usually gets tossed out for recycling as soon as it gets home. 

You might think to take a picture of the display, but the pictures seldom not come out well enough for students to use them as reference. You might also be thinking about the impossibility of these classroom displays to show growth of a student or even whole class over time. This is where digital tools can come in handy.

These are my current favorites:

Thinglink

Shared with me by fellow Edmodo user Christi Collins, Thinglink is touted as the "leading platform for creating interactive images and videos for web, social, advertising, and educational channels." This user friendly digital tool provides students and teachers with the ability to turn any image into an interactive graphic. You can create multiple clickable spots within an image, and turn them into a multimedia launcher that can be used to include other images, video, audio or provide a link to any URL.

SpicyNodes

SpicyNodes is a mind mapping tool that provides "a way to visualize online information that mimics that way that people look for things in the real world. Bits of information — such as text, links, photos, and other media — are placed into "nodes," which are then linked together in an appealing interface that invites exploration." You can use spicy nodes to display student work not only for the sake of sharing, but also to provide opportunities to make connections between the different pieces of work that they created themselves.

HSTRY

Hstry is a web platform that allows students and teachers to create and explore interactive timelines. However, it really is so much more than a timeline. You can use it to create assignments and projects, the students can use it to create responses and draft portfolios. You can even use it as I did here to create an interactive display of student work. As with the two previous ones, the user can insert images, videos and text. If you use it for assignments, you can even include formative and summative assessments!

All of these were created with the same body of responses to a single assignment as a way to show you the possibilities of each webtool. 

Have you found other digital ways to display student work? Share them with us in the comments so we can all benefit.

Teach students to "Take Over the World"

It all started as a bit of a classroom joke. As most days, students entered and at least one asked "So, what are we doing today?" My usual response up until then would be to direct them to the board where I, as many of us do, had already written down objectives and an agenda. However, on this particular day the question triggered a childhood memory. Was it the timber of that student's voice? Maybe. I just know that the theme song for Pinky and the Brain song popped in my head, which inspired me to state, "The same thing we do every day... Try to take over the world!" The student giggled, and took his seat. The next day, he asked again, and I said the same thing. By the third day, my agenda board morphed into a "Today's Plan to take over the World" board. This soon became our classroom mantra, and has often helped me frame the day's lesson as my "Plans" started to include:

• What (are we learning)?
• Why (are we learning it)?
• How will I know if I am successful?
• How can I apply this?

All of this was fine and good. The kids got a kick of asking every day, and smiled as I responded the same way every time.

Enter Nick into the classroom, one of those bright students that often push your pedagogy forward. As we repeated the same questioning about taking over the world, he raised his hand and asked that all important question, "Mrs. Garcia, exactly how are we supposed to take over the world?" Fortuitously, I had just read an article on Edutopia describing Costa and Kallik's Habits of Mind, and in that magical moment it came full circle. I was not able to identify all 16 habits of mind for Nick on that day, but I remembered enough to say "Well, you would need to persevere and think creatively. You cannot take over the world if you give up or if you do the same thing as others are doing, right? So, let's get started with our lesson for today." We went about our business that day, but by the next day, I had done more reading, printed out some art for my walls and even developed a slide deck identifying each of the habits.

I tabled my science lessons in favor of a lesson entitled "How to Take over the World". We went over each of the habits of mind, and I encouraged the students to not only discuss each one as they were presented, but also to find examples of the habits they were already practicing. We had conversations about practicing to get better at soccer and at playing a videogame, the difference between hearing and listening and how they apply knowledge to new situations, amongst others. The students were able to see that the habits of mind we were talking about could guide us in our ultimate goal "To Take Over the World".

The moment has since past, but we have constant reminders in our Plan Board, the posters I hung on the walls, and the slide deck (which I turned into a screensaver for our classroom devices). Since then, the habits of mind are ever present in the conversations between myself and the students, "I see that you checked your work a couple of times. You are on your way to take over the world.", and between the students themselves, "How are we going to take over the world if we do the same thing as everyone else!"

And that, my noble readers, is how I know my students are getting ready to take over the world. I invite you to joint the conversation by posting your questions or comments.

My students are taking ownership of the NGSS - Part 2: The Crosscutting Concepts

In a previous post, I talked about how my students have taken ownership of the Science and Engineering Practices by identifying the practices and making their thinking visible. When it came down to tackling the Cross-Cutting Concepts (XCC) with the students, I knew that I had deliberately model the thought process and make the connections visible. I disagree with the statement, "If you are teaching the content, students will grasp the crosscutting concepts. I don't need to teach the connections"; I cannot expect the students to just magically connect the dots themselves.

This led me down the internet rabbit hole, looking for a way to clarify my own ideas about the CrossCutting Concepts, as well as a framework that I could share with the students. During that exploration I came across Peter A'Hearn's CrossCut Symbols. Not only does he provide some cutesy graphics, but delving deeper into his site, I discovered that he had taken the time to develop a series of questions that can guide students in their explorations of the XCC. The framework had already been created!

I printed out his graphics and questions, and placed them in the back of my room, really as my own reference to use while I was teaching. When the students entered, they noticed the change, and being who they are, asked "What are we supposed to do with that?". As usual, I put the question right back on the student's shoulders and replied, "I don't know... What could you do with that?" To my surprise, one of them answered, "Well, we could try to answer the questions." That simple statement was the beginning of the XCC interactive board, and what has become my go to exit ticket for all classes.

As I am teaching, I will move to the board and sometimes point to specific XCC as I explain my thinking. At the end of each day, students are invited to write post-its in response to connections they made to specific XCC. This is a win in itself.
I read through the post-its, but do not use them for anything other than to guide my instruction and address misconceptions if needed. The only "reward" the students get for doing this is when one of them makes a significant leap, and it gets mentioned during a subsequent lesson or as a starting point for a discussion.



Now, for the real ownership part. This exercise has started to trickle down to their weekly writing. Notice the wording of that last sentence. That is the XCC - Stability and Change.

Although we have a ways to go in the "explaining department", the fact that they are beginning to add those ideas to their weekly writings makes me believe that we are on to something great.

What do you think? I would love to hear some more ideas about how to help students take ownership of the NGSS.

My students are taking ownership of the NGSS - Part 1: The Practices

Image source: http://www.slideshare.net/nashworld/ngss-workshop-2013-2 

In a recent conversation with a group of colleagues, I was surprised to hear comments such as:
"I teach science, this NGSS are just the same content standards I already use",  "I use inquiry all the time; my lessons are already NGSS aligned" and finally "If you are teaching the content, students will grasp the crosscutting concepts. I don't need to teach the connections". This got me thinking about just what the NGSS asks educators to do, and what it means in terms of guiding student learning.

At its most basic, the NGSS tells me:

• What to teach: Disciplinary Core Ideas
• How to teach it: Science and Engineering Practices
• Why I teach it: Cross Cutting Concepts

I teach middle school, and my district has not decided whether they will adopt an integrated or science domain model. However, even if I don't know this yet, I decided that I needed to begin working towards analyzing my lessons to determine whether they are NGSS aligned, and to make the alignment visible so that students can really become immersed in the content. For this, I need a different mindset.

The question then became, "How do I get my students to think like scientists so they can make the connections necessary to apply the cross-cutting concepts?" In my quest to answer this question I asked my students to recognize when they were applying the Science and Engineering practices in my classroom. I provided students with the same yes/no questions I use when I am developing my lessons and gave them sentence frames to compose their answers.

The following examples represent student responses to the same lesson.

The fact that both students identified different practices is not a problem. They just have different perspectives on what they did to develop an understanding of the content. That in itself is a win towards making "thinking like scientists" visible and NGSS alignment

Going back to the original conversation, and specifically the comment "I use inquiry all the time; my lessons are already NGSS aligned", I would say, unless the students are asking the questions and developing their own investigations, the lesson is not NGSS aligned. Inquiry is not equal to NGSS alignment. However, having the students think like scientists as they develop their understanding is a first step.

What do you think?

Engaging your middle school audience through PBL

It is that time of the year where I am asked to teach a concept that does not readily engage my middle schoolers. Don't get me wrong, I know that there are many connections to be made, and real-world applications to be discovered. However no amount of me talking about it, having them create catchy posters or even building models (edible or otherwise) has ever been very successful in my book when we are supposed to be able to describe the function of a cell as a whole and ways part of cells contribute to their function (MS-LS1-2). The dreaded Cells and Organelles Unit is upon us.

As I once again began my search for a different approach for teaching this, I stumbled upon this post from Plant Cell Biology, which led me through the rabbit hole of Mr. Graba's work with  high school freshmen, and figured "OK, I can adapt that cell electoral campaign idea."

The premise: The nucleus has to resign, leaving a power void in the cell. A special election is being held to elect a new leader for the cell.

What the students had to do:

1. Develop a series of electoral posters describing the role of each organelle.

 

Pretty much a tired old cell project, but OK. The students plastered my classroom walls with these.






2. Develop a political advertisement for their organelle. This is already rather cool, as they really took to the "meat" of the concepts.



3. As students were getting into the previous components, they also had to create and respond to a smear campaign against their opposition. This is what really got them going, and probably what improved the quality and depth of the final work overall.

 

 


Not only were they "smearing" the other candidates, they added all this evidence for their ideas. This also ended up helping students learn about other organelles, and not just about the one they had been assigned. When they started telling each other to "read the resource closely" and "I have to get home early so that I can do some more research to be able to respond to that", my heart actually sang for joy!

As an added benefit to this project, the students also learned about how to structure an electoral campaign. At the beginning of the project, questions flew about just what would go in the posters vs. the video vs. the "smears". Instead of me giving an answer, I told them to go ahead and research different campaigns and determine what had made them "successful". They requested conferences and support with their social studies teacher, just because they wanted to win this election. I am still confounded by this turn of events, but hey, why would I stand against students taking full ownership!

As we come to the end of this project, I am left with one question that perhaps you will help me answer. I cannot assign another electoral campaign to this group. Do you have any ideas about how to spark this level of interest?

First week of school - What to do?

For many of us the first day of school is right around the corner. Many of you have been busy preparing for that "magical" day. You have your syllabus, you organized your classroom, you may have even written new lesson plans or tweaked some of your old ones. If you are like me, you are ready to start teaching your content. Let's not waste any time.

Although I would love to be able to start day one handing out green-sheets and getting right into the content, I know that my students need a couple of days to get settled into the classroom routines. They also need to get to know me and each other, as much as I need to get to know them. But, what to do? A quick Google search of "first day of school activities" brings out tons of different options.

Here are some of my favorites:

The Party 

or "Teaching students to recognize individual strengths of group members."

As the class enters they find small paper plates (cheap, unlaminated cake plates work best) on their desks. Once students are settled, set the scenario by stating ""You've all been invited to a party. It's like pot-luck, but instead of bringing food to share, you're bringing yourself and the strengths you believe you contribute to the class. For example, you may be a great with computers, a creative thinker, very organized, or able to keep others on task. On one of the paper plates, write down the strengths or talents that you bring to the party. After you have written your strengths, you may also decorate the plate, but do not write your name on it." I give students about 15 minutes to complete this. I also make my own!

Once they are done, collect all plates in the center of the room, and designate one person to pick up the first plate from the stack. That person reads what was written, and asks the author to stand up, share a little more, and then write his/her name on the plate and stick it/tape it on the wall. This person becomes the next to pick up a plate from the pile. We continue until all plates are up on the wall.

If time allows or the next day, we have a discussion about the activity, asking questions such as:

• How can what you've learned from others be used to allow us to work in class?
• How can you make the most of the strengths and talents of the class and still allow everyone a chance to try new things or use new talents?
• Is the class missing any strengths? What are they and how can you build them? What if you can't? How can you overcome not having certain strengths or prevent the lack of them from becoming a class weakness?

The decorated plates from each of my classes not only make a cute Back to School mural, but also  become a reminder of everyone's strengths and can be used to guide students when trying to determine who is the best person for a team task.

Snowflakes 

or "The importance of clear communication and active listening in order to accurately express ideas and instructions or to receive messages from others."

Each student receives one piece of 8x11 paper, this may be white or colored. I tell the students to follow the directions they are about to be given, without asking any questions or looking at their neighbors for "correctness". Each student is working individually. I proceed by giving the following directions quickly, without demonstrating or clarifying in any way.

1. Fold the paper in half and tear off a top corner. 
2. Fold it in half again and tear off the top corner. 
3. Fold it in half again and tear off the left corner. 
4. Rotate the paper to the right three times and tear off the bottom corner. 
5. Fold it in half again and tear off the middle piece.

I tell the students to unfold their papers and compare their snowflakes with those around them. Of course they find that most of their creations do not match each other. I follow up this activity with a class discussion asking questions such as:

• Why is it that even though everyone received the same directions, not everyone's snowflake looks the same?
• What would have changed if you could have asked questions? Why would asking clarifying questions in class be important?
• Have you ever told someone one thing only to have the person hear and do something different? What happened, and how did you deal with it?
• If you are the leader of a group, what steps can you take to make sure that others clearly understand what you're trying to tell them?
• How can you improve your communication skills when it becomes obvious that others are seeing things differently than you intended?

 

Post-it Towers

or "Teamwork is a strategy to solve problems."

I divide the class into groups of four and hand out 15 Post-its to each group. I tell students, "Your team must build the tallest Post-it note tower. Your tower must stand alone (no leaning your structure against anything). No glue, tape, string, staples or any binding material that is not the sticky part of the post-it. You have 15 minutes." At the end of the 15 minutes, I ask students to measure their towers, compare the different structures and declare a "winner". 

I follow up this activity with a discussion centered around questions like:

• Did you have a plan before you started building?
• What were the skills that helped you or would have been helpful to succeed in this activity?
• How effectively did your team communicate ideas during the activity?
• If you could do it over again, what would you change/keep the same?
• What are some important teamwork agreements we can implement the next time we do an activity?

During the discussion, I write down the "Teamwork Agreements" on chart paper, and finish off by having student sign their names. The Teamwork Agreements stay up as a reminder to students of how we have agreed to work together in the classroom.

What about you? What do you do that first week of school?

Avoiding death by presentation.

It is project presentation day! Your students are excited (and anxious) about presenting their work. They had lots of choices to demonstrate what they learned, each team has a different topic or solution to the problem. They have also used different tools to create amazing presentations. Slide decks using Powerpoint, Google presentations, Prezi, E-maze or even Piktochart abound. Everything is going swell, until students start presenting.

That is when you again realize that it does not matter that everyone is presenting something different or that the tool chosen has lots of bells and whistles. Students, and many adults, still rely on text heavy slide decks, and more often than not, they "present" by reading each slide out-loud. By the third presentation, and even though you have stated several times, "I can read your slide, turn around and tell us about your work", you are ready to pull your hair out. Out of the corner of your eye you see Juanita doodling and Johnny dozing off. The class is bored out of their minds. Something has to change!

Now you may already be thinking about authentic audiences, but the same thing happens when students are presenting to the community at large, and even in professional settings. And yes, I know that presentation skills need to be taught and students need to practice beforehand. We have had complete lessons on what makes a good presentation and critiqued posted presentations from around the web. But even then, the reliance on reading text-heavy slide decks is still an issue.

As I searched for an answer, I came across the idea of using an Ignite presentation format. The Ignite presentation is a 5 minutes long presentation with 20 slides where the slides advance automatically every 15 seconds. You can think of it as the presentation equivalent of a sonnet.

The idea is simple, but putting it into practice will require some prep and teaching on my part. This is the plan:

1. Introduce the idea of Ignite presentations. Share Scott Berkun's - "Why and How to Give an Ignite Talk".

2. Provide students with an Ignite presentation planner. This document becomes the presentation outline.

3. Based on the planner, students can create a slide index (on paper or a Google doc). This is basically a "what will go in each of the presentation slides". Students then practice with this slide index in hand to figure out what to say and what to include as visuals for that slide.

4. Have students choose a slide deck creator, and draft their visual presentation. Remind them of the "20/15" rule. 

• Google slides: Create the 20 slide deck. Publish  to the web, and select auto-advance every 15 seconds. The link created is what they submit to be played on presentation day.
• Prezi: Prezi does not offer the 15 second option in auto-play, so students will need to get a little more creative. For example it could be 15 slides every 20 seconds or 30 slides every 10 seconds. 
• Emaze: Apply the 15 second stop duration in slides options to the complete 20 slides presentation.

The key idea in this step is that no matter what tool they use, they will be presenting using the automatic changing of slides. It should almost be a choreographed dance between the slide deck and the presenters. Practice is key!

This is what our first attempt looks like:

5. During presentation day, I will continue to use my peer-presentation rubric, which I have transformed into a Google form. Feel free to create your own copy from this presentation rubric response form  (If you are unsure of how, read my previous post Evaluating websites using Google forms).

So, that's it. What do you think?
What other ways have you come up with to avoid death by presentation? I would love to hear your thoughts.