How We Got to Now: a student created mini museum

In November, I wrote a post about the book/PBS documentary series “How We Got to Now” by Steven Johnson. If you haven’t read this book or watched the series, it is a must! Truly, this is one of those books that has stayed with me. I’m not the only one. Students from 1st-8th grade at Anastasis have become fascinated with Steven Johnson’s journey through the six innovations that made the modern world. The way that Steven weaves the story is remarkable. It reminds us just how interconnected the world is and that innovation doesn’t happen in isolation, but as a result of connection. This book, perhaps more than any we’ve read as a school, has reminded us of the beauty of inquiry. What happens when hunches collide and people pursue those hunches.

I love the way that Johnson explores innovation through these 6 lenses. Instead of offering up the typical “heroes” of invention, Johnson introduces students to concepts that span hundreds of years of invention and many of the unsung heroes. The six innovations include: glass, time, clean, light, sound, and cold. I’m telling you, the way that Johnson helps kids see connections in innovation and invention is brilliant! So much the way that inquiry works. :)

In my first post, I wrote about how our students had imagined these innovations as a series of dominoes. Each new discovery leads to the next. Much like dominoes creating a chain reaction. The students have spent the last months exploring each of the 6 innovations in-depth. In addition to the PBS series, they’ve spent time really digging into each innovation that led to the next.

How we got to now-Anastasis Academy

@dweissmo really took on this project with her students. The process wasn’t without it’s frustrations (for teacher and students) but the end result was absolutely incredible! Honestly, I couldn’t have imagined a better outcome than what I saw today when Deb’s class unveiled their mini museum. Before I get to that, let me lead you through the process of how this project came together.

First, Deb’s class watched each of the How We Got to Now @PBS documentary series. The students took notes (in Evernote, through sketchnotes, etc.) about each innovation. The class would also debrief after each video and talk about what surprised them, encouraged them about the invention process, the key players, and the timeline. @dweissmo is a master at leading these conversations. Her enthusiasm is infectious and the students caught her passion. Steven Johnson also has a way of presenting the unfolding of each innovation in a way that hooks your interests and keeps you marveling and making connections long after the video is over. After watching the documentary series, Deb put each of the six innovations up on her wall and asked students to write their names on a sticky note and choose which innovation that they were most excited to learn more about.

Students chose which innovation they wanted to do a more in-depth study of and would, ultimately, create dominoes based on.

For the dominoes, we snagged a bunch of the flat-rate shipping boxes from USPS. The students painted them different colors according to the innovation they were studying (a different color for each innovation). Next they took all of their notes and research and started creating their “dominoes” with information about that innovation. They quickly realized that there was SO much to say about each innovation, that it didn’t fit on their domino. The kids decided to create websites where they could add a little more in-depth information about the innovation. To make it easier for the museum audience, they connected the websites and webpages they built to QR codes for each domino. You guys, these are 4th, 5th, and 6th grade students!!! I’m so proud of them I could burst. They built their websites using Wix (a wonderful and amazing WYSIWYG editor). The QR codes were built using Google’s URL shortener which also happens to include a QR code. On the back of each domino, the kids affixed their QR codes. Some of the kids also created videos that were included on their website. (If you are interested in seeing these websites, all are linked here.)  All of this was done over the course of a few months as the kids continued on their inquiry journey of How We Express Ourselves, and How the World Works.

Then came the full moon. Any teacher will tell you that the full moon does something to children. Perfectly wonderful, reasonable children are suddenly unrecognizable and cannot make a decision or work together to save their lives. This is a real thing! This full moon coincided with class decisions about how to set up their museum. And much chaos ensued. Despite the full moon, the kids were able to come to a decision about how they would set up their museum for the rest of Team Anastasis and families to enjoy. For all of the trouble they had coming to a decision, they did a remarkable job in the end! They created a sort of maze/labyrinth to walk through with dominoes along the journey. They decided to organize the dominoes not by innovation, but instead as a timeline so that you could see the interconnectedness of innovation. They had a station set up with clips from the How We Got to Now PBS series, a station where kids/parents could download a QR code scanner and learn how to use it before going through the museum, the actual domino mini-museum, and a place to reflect on the museum afterward. It was incredible!!

What was truly inspiring was watching the other classes (and parents) journey through the museum. Kids of all ages were SO engaged and impressed with what Team Weissman had put on. They spent time sitting at each domino and learning more about the innovations. They asked questions. They told Team Weissman what a neat website they had built. They connected with each other and learned together. Seriously, I couldn’t have dreamed up a better scenario. As the 1st-3rd grade class was leaving, they stopped and asked some of Team Weissman, “could you show us how to do QR codes and websites for our Body Tracings?” This is what learning looks like!

After all their hard work, the kids sat down and reflected on what could have gone better. What they would like to do differently for their next museum. They congratulated each other for a job well done. They talked about how hard the project felt at times and how very proud of themselves they were when they persevered through the hard parts. They made plans for the next opportunity to share it.

And now for our next trick, Team Weissman is creating their own inventions…How We Get to Next! These are so brilliant, I can’t wait to share them!

If you are joining us for the 5sigma Education Conference (and I hope you are!!), you will get a first hand look at the How We Got to Now mini domino museum and hear from the students who created it.

 

 

 

Happiness is…

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Believe it or not, I have a life outside of education and technology.  I know…it is shocking!  When I’m not thinking education or technology I’m a big fan of cooking, decorating, sewing, creating.  Because I can’t fully ever leave technology behind, I started a blog to contain all of these extra passions. Happiness is a Project is a blog that I started to chronicle my other passions.  Some of the posts are creations from my talented, genius of a husband.  Others are my creations.

If you find yourself occasionally needing a break from education and technology, head on over and be inspired by our passions.  We hope that it ignites your sense of creativity and connection to more.  The full blog is at http://happinessisaproject.wordpress.com  You can also find us on my Happiness is a Project Pinterest board.

We are at our happiest when we have projects.  We love to create and putz around with new ideas.  Give yourself permission to pursue passions outside of education and tech.  I find that my creativity within education and tech is spurred on when I take a break to pursue other passions!

Maybe you fall in LOVE with my husband’s projects as much as I do.  If you aren’t down for recreating your own version, Jonathan just opened an online store where you can purchase some of his creations.  Check it out at http://LegacyGoods.com  That boy I love is TALENTED!

How to Do Research Interactive Graphic

What it is:  The research process can be a hard one for kids to master.  As a student, I remember thinking that it was a long process of random steps that were supposed to somehow come together as a completed project. I was constantly convinced that I would forget one of those steps and the whole thing would come crashing down around me.  I’ve seen this same behavior in our students at Anastasis. We mention the word research, and we are met instantly with groans.  Kids don’t really dislike research though, they do it all the time voluntarily.  Kids want to know how to be masters at parkour and they immediately search YouTube and Google for videos, tips, blogs, etc. to learn all about it.  Kids hear someone talk about dub step and will go through videos and connect with others who know about dub step.  They didn’t believe me when I told them this is research.  The Kentucky virtual library has a great interactive that leads kids through the research process step-by-step and lets them dig deeper into the portions that they don’t understand.  It has a fun game board-like interface so that it isn’t intimidating for kids to go through.  Every step of the process is covered from initial planning, to searching for information, to taking notes, to using the information, reporting and evaluating.  I’m not a stickler for this process happening exactly as it is described, but I appreciate that the site gives students a starting point so they aren’t so overwhelmed with the “research beast.”

How to integrate How to do Research Interactive Graphic into the classroom: The How to do Research Interactive Graphic is a great site to keep bookmarked and available for easy access for students throughout the school year.  Any time they are faced with the daunting task of performing a research project, they can access the interactive graphic.  Whenever your students are working on research, set up your classroom computers as a “research station” where students can perform searches online and access this graphic.  The interactive graphic will keep your students moving when they are feeling overwhelmed and stumped and provide a great foundation for conducting research.
The graphic is also a great way to introduce students to the research process.  Using an interactive whiteboard, or projector-connected computer, you can lead students through the process, explaining specific areas of focus for the project or your classroom.  I like that this site doesn’t just focus on the research paper, but shows students that research can have a variety of outcomes.
Tips: Within the graphic, there are pages that you can print out for your students.  Check out the notes section for an example of this.

Please leave a comment and share how you are using How to do Research Interactive Graphic in  your classroom!

Ever wondered what 10,000 young people could do to solve some of the world’s greatest problems?

My Twitter friend Ewan McIntosh recently shared an incredible opportunity for involving students in solving real world problems.  I love putting kids creative minds to problems that keep us all wondering. I’m always so impressed with the unique approach that children take to problems.  Kids don’t have the same life filters that we do.  Some assumptions we make about the way things have to be done don’t exist for kids. They are free of those.

Ewan explains how your students can be involved wonderfully so I won’t reinvent the wheel:

“At TEDxLondonBLCNaace and a few other events this summer I asked if people wanted to join me in trying to encourage more curricula that were based less on students solving the irrelevant, contrived pseudo problems given to them in textbooks, and based more on finding great, real world problems that need solved.

A superb opportunity for action has come along.

Ever wondered what 10,000 young people could do to solve some of the world’s greatest problems? We want to know for the world’s most important ICT event, ITU Telecom World 11, by gathering young people’s vision for the future on world2011.us.

The October 24-27 event is the flagship meeting of the world’s telecoms industries, brought together by the International Telecommunication Union (ITU), the specialised United Nations agency responsible for information and communication technologies. In the run up to the event, and during it, we’ll be showcasing the ideas of young people, aged 8-18, alongside the debates, panels and corridor discussions of these influential delegates.

I’ve been at so many events recently that have either totally lacked the student voice, or made third party reference to it through second-hand reportag from their teachers. This is a real chance for your students to make a global impact on problems that matter, wherever they are.

It’s a once-in-a-lifetime real world project-based learning opportunity, that ties into most teachers’ curriculum at any given point in the year.

We’re providing some brief points of inspiration to get you started, over the seven key themes, and will open up a wiki space today where teachers can collaborate and add to each other’s resources on the areas.

By October 24, we hope to have videos, photos, blogs and examples or prototypes of what young people believe might help solve challenges on their own doorstep. Sign up your class, school or district to begin sharing the ideas of your students. We want you to tell us how technology could be harnessed to:

To take part, you just have to sign up your interest, and from there you’re able to submit posts to the project.”  -via http://edu.blogs.com

 

Way cool!  Thanks for sharing Ewan!

 

 

 

 

 

 

Science Toy Maker

What it is:  Science Toy Maker is a teacher-created website with fantastic instructions and ideas for science toys and projects.  These are mysterious, kinetic, noisy, do-it-yourself science projects that spur scientific investigation.  The science toys and projects are inexpensive (seriously so cheap that anyone can make them!) and don’t require special skills, tools, materials, or work space.  Each toy or project has a “more about” page that includes explanations, historical context, related activities, and high-quality links for more research.  Each toy/project also has a clear step-by-step video directions or text instructions with helpful pictures.  This is a GREAT resource for the classroom, for students interested in science and for parents.

How to integrate Science Toy Maker into the classroom: Science Toy Maker is a fantastic place to visit for fun science projects and inspiration.  These simple toys/projects demonstrate powerful science concepts and can be used as an introduction to a new concept or an illustration of a concept.  They are easy enough to follow for kids to do them independently making this a great stop for a center activity.

Do you have students who just can’t get enough science?  Send them to Science Toy Maker to continue that passion inside and outside of school.  Parents will appreciate the resource to keep their kids learning and students will enjoy the continued exploration and creating.

I love sites like this one, it may not be the most visually appealing site, but the content and ideas behind it are wonderful.  Why not have your students create their own science experiment site?  Throughout the year, students can record science experiments with photos or videos and add information and research they have gathered.  This can be added to a class wiki for reference later in the year and to share with other students.

Tips: The most developed projects and toys are at the top of the site with those that are still a work in progress toward the bottom.

Please leave a comment and share how you are using Science Toy Maker  your classroom!

Photovisi- Make a free online photo collage

What it is: Photovisi is an online photo collage creation tool.  Students can use saved photos or a webcam to add pictures to their collage.  The finished result can be downloaded and printed out.  Photovisi is exceptionally easy to use and requires absolutely NO sign in or registration!  This makes it the ideal online tool in my book. Students can get right in and quickly create a photo collage, add text, and download it.  There are several collage templates to choose from, and each template is highly customizable.

How to integrate Photovisi into your curriculum: Photvisi is a great online creation tool.  It doesn’t require any sign up or registration making it ideal for using in any classroom.  Students can make collages to document learning, a science experiment, field trip, or special project.  Students can upload pictures from their computer to add to the Photovisi.  Students can add text labels and titles to document learning.  Collages can be used for getting to know you activities. Students can create a collage of pictures that represent themselves and their interests.  Use text to create an auto bio poem over the collage of pictures.  Students could also create collages as a place to visually document their learning.  Students could create “time capsule” collages that represent a period in history.  Students can add pictures, key dates, people, and places to their time capsule collage.  Collages are a great way to visually group items, younger students could create their own class alphabet display.  Each student could create a collage of a different letter, all finished collages could be printed to create a class created bulletin board.  The same could be done for phonics or word study.  In math class, collages could be used to create a visual representation of shapes found in buildings or nature, angles, or scale.  In art, students could create a collage of artists, a style of art, or of their own art.

Photovisi would be ideal in a computer lab setting where each student has their own computer.  Photovisi could also be set up as a creative center on classroom computers.  Students can rotate through the center for a specific project, or visit any time as a creative center.

You can see an example of a Photovisi collage above, I created this World War 2 collage in honor of Veteran’s Day.

Tips: Photovisi does have Google Adwords on the site.  These are not obtrusive at all and are all related to photos and collage creation.  You may want to teach younger students how to spot these advertisements so that they don’t inadvertently click on them.

Please leave a comment and share how you are using Photovisi in your classroom!

Scotch: Science Fair Central

 

What it is:   Scotch Science Fair Central is a website collaboration between Scotch brand products from 3M and Discovery Education.  The site is a wealth of free resources for creating innovative science fair projects.  The site leads students step by step through creating a science fair project starting with choosing a project idea.   Students can search through multiple science topics in life sciences, earth science, or physical science.  Within each of these topics is several subcategories and then ideas based on a testable question, what is tested, and what data is collected.  This site is very comprehensive and will have your students thinking like a scientist in no time!  The site then leads students through the steps of differentiating their project between investigations and inventions so they can choose the appropriate project type.  Step two actually leads them through the investigation or invention process depending on which project type was chosen.  Step three takes students through the process of creating the actual presentation portion of the science fair project.  There is a great section of parent resources as well as a section for science fair coordinators.

How to integrate Scotch: Science Fair Central into the classroom:  Science fair projects have the potential to teach students a lot.  They learn organization, responsibility, the scientific process, observation, testing, inquiry, problem solving, and critical thinking.  Science fair projects are extremelly worthwhile when they are accompanied by a quality process that students can follow.  I remember years when the science fair meant quickly pulling something ‘scientific’ together (two cans with a string in between to show sound travel) with very little gained from the project.  This was due in part to being assigned a science fair project without understanding the basis of how scientists work and think.  Scotch: Science Fair Central solves this dilemma because students are led step-by-step through the scientific process and along the way learn how a scientist thinks.  Before you assign a science fair project, spend a day in the computer lab with students and let them go through this site and begin to plan their science fair project.  I love how this site is organized into different types of science because it gives every student the opportunity to find a project that they are interested in and motivated by.  If you don’t have access to the lab, set up a science fair planning center on your classroom computers or guide your students through the site with a computer and projector.  If you are a science teacher, take a look at this great resource and use the planning guide to plan a school science fair.

 

Tips:  Be sure to send this site home to parents, they will appreciate the parent section as they help their child at home.

 

Leave a comment and tell us how you are using Scotch: Science Fair Central in your classroom.

Custom Guide

 

What it is:  Custom Guide is a website that offers free quick reference cheat sheets for using technology (operating systems and applications).  The guides are two sided and remind me of Cliff Notes.  Custom Guide allows you unlimited distribution rights and they make great support handouts. References include: Microsoft Access, Excel, FrontPage, Internet Explorer, InfoPath, Office, OneNote, Outlook, PowerPoint, Project, Publisher, SharePoint, Visio, Windows, Appleworks, Mac OS, Entourage, Acrobat, Dreamweaver, Fireworks, Flash, Photoshop, Elements, and Firefox.   My one problem with Custom Guide is that it is REALLY outdated for Mac guides.  I suppose that for some schools this would be okay since it can take a while to adopt newer technology and some of us are working with dinosaur computers and software, but for me it is no good.  Custom Guide also offers free online learning with interactive tutorials and you can even create your own custom courses.

 

How to integrate Custom Guide into the classroom:  Custom Guide would be very useful for the computer lab setting.  Print out and laminate the most used applications and operating system sheets.  Bind with a single ring and keep next to each computer.  As students have questions or issues, they can consult their cheat sheets for the answers first.  This is also nice for non-computer teachers who are using the computer labs or classroom computers with students.  The cheat sheets give them an added level knowledge quickly and easily.  If you are a computer teacher or a teacher who is known for using technology in your classroom, you undoubtedly get frequent questions about how to use applications from your colleagues.  I don’t always have time to sit down and give mini lessons, having these cheat sheets on hand could be a big help for those times.  

 

Tips: Even though the Mac Custom Guides are a bit outdated, the guides they do have are very handy.  When you sign up for a free account, you can ask for updates to be sent to you when they add a new guide.  In the mean time, Apple has some great support guides for their products.

 

Leave a comment and tell us how you are using Custom Guide in your classroom.