STEM

Guest post by Jason Clark, Innovation Specialist, Eagle Point School District 9, Eagle Point, Oregon     Twitter: @jpclark03    #Go3agles #epsd9 

 

Throughout my career as an educator and edtech enthusiast, one of my passions has been to use video to tell a story, or to deliver news. At every school that I have been at along my journey (elementary school), I have created a student news program. This started way back before digital video and personal devices, and that makes me feel like a fossil. I have created news programs that aired live through closed circuit cable every single day, and news programs that were pre-recorded and posted to our school webpage via youtube every day. It was always a huge hit with students and we found that it was a great way to reach our parents and community as well, once our shows were shared on youtube. That’s that magic of it, students reaching an audience to deliver a message in a fun creative way.

In my new role as an Innovation Specialist for my district, one of my goals is to begin student news programs in each school. Our district is a 1:1 iPad district which puts us in a very unique situation. Every single student from K-12 has a working studio in their hands, with the ability to reach a broad audience. That is powerful. Our high school just started a video production class this year and we’ve built a working studio that is based and focused on the iPad. We use Padcaster Studios along with our ipads to create two video news episodes a week that go out to students and the community. The episodes are fun and creative. However, it is very difficult for teachers to take time out of the day to watch the news with students. Time is always an issue.

One trend that I’ve noticed is that we aren’t generating the views that we had hoped to get.

How can we reach our high school students in a different way? The news and announcements are filled with important information that they need to know, but many are missing them because the don’t listen to the intercom announcements (I’m guilty as well) or get a chance, or the time to view our student video news (Eagle News) on youtube. Then it hit me.

There is a way to hit just about every student in our high school with the important news and information that they need to know. We are now taking a risk that many schools are not willing to take. We are using the platforms that the majority of high school aged students use regularly. We are pushing out our video news and announcements through Snapchat, Instagram, and Twitter. Our students are consumers of a constant bombardment of information, so watching a 3-4 minute news episode is unlikely to happen throughout their day. However, they check their Snap, Insta, and Twitter accounts between classes (never during class) and when they are away from school. We are meeting them where they are at. Our video students and leadership students are changing the way school news and announcements are sent and received. They are content creators of short bite-sized nuggets of news that will reach their peers and the community in multiple ways. We are evolving what school news can look like, and it’s exciting to see where it goes.

One thing to consider is building trust with students and the use of social media. They don’t necessarily want teachers to see what they are doing and posting on their social media accounts. The way that we build trust with our students is that our Eagle News accounts don’t follow anyone back. We are purely using the platforms to push out our content. All things said and done, our social media news does not replace our studio news. We still create our studio news episodes because even if we don’t have many viewers yet, the experience in a studio is vital to video production. What we have done is to mesh our created content together in multiple platforms to reach a greater audience.

Ask yourself this question: How do you get most of your news? Do you sit on your couch to watch the 6:00 pm news? Or do you get live updates from your local news station on Twitter or Facebook? As our world changes and technology changes, as educators, we need to pay careful attention to how our students view news so that we can adapt to meet them where they are. That place is usually one with a device close by.

 

 

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Guest Post by 

By Jorge Valenzuela

Get students computer science ready by teaching them how to think with computational thinking.

How Teachers Can Develop Computational Thinkers by Jorge Valenzuela

The demand for computer science (CS) in schools has many teachers wondering which components of CS they should implement first.

A couple of years ago, I asked myself the very same question, and I had to remind myself that creating a computer scientist could take up to 25 years! I was relieved that I wasn’t responsible for developing middle school computer scientists in only one semester.

I realized that what I needed to do was build the capacity of my students for deeper learning of the right skills — so they could experience success, which would inspire them to continue studying CS after leaving my class.

Advanced expertise in computer science requires knowledge in mathematics (namely discrete math and linear algebra) and problem-solving, and there are plenty of CS fundamentals to choose from.

In my previous position with Richmond Public Schools, we chose to dive in with computational thinking, programming and coding (yes, in that order). Because computational thinking (CT) is the highest order of problem-solving, is a cross-curricular skill, and is understandable to both machines and humans, I recommend building student CT competency by developing their versatility for recognizing and applying the four elements of CT to familiar problems/situations.

Video by JULES discussing the 4 elements of ‘Computational Thinking’

The Difference Between Computer Science and Computational Thinking

CS is part of computing education and it’s the foundation for ALL computing. So, in essence, CS is the study of computers and the algorithmic design processes in both hardware and software — their application and overall impact on society.

On the other hand, CT is a problem-solving skill(s) that involves decomposition, abstraction, pattern recognition and algorithm design.

Element 1: Decomposition

Facing large, complex problems will often discourage and disengage the students who aren’t fully equipped to begin the deconstructing process. Decomposition (like factorization) develops the skill of breaking down complex problems into smaller and more manageable parts, thus making even the most complicated task or problem easier to understand and solve.

To introduce your students to decomposition, begin by having them break down a simple task they do all the time, like brushing their teeth, baking a cake, making a sandwich or tying shoelaces. This will help them focus more on their ability to analyze and synthesize familiar information.

Next, introduce them to more complex problems/scenarios that are both unfamiliar and engaging enough to compel them to decompose them, such as investigating a crime scene, coping with the aftermath of natural disasters or planting a school garden.

Teachers who aren’t teaching traditional CS classes can help learners build their decomposition skills in their own subject areas by having them apply the concept to improving their writingcreating timelinesfactoring quadratics or understanding living organisms. CS teachers can start building student capacity for decomposition with this CT lesson by Code.org. In this lesson, students assume the role of imaginary players and figure out how to play a game with no given instructions.

Element 2: Pattern recognition

Pattern recognition is a skill that involves mapping similarities and differences or patterns among small (decomposed) problems, and is essential for helping solve complex problems. Students who are able to recognize patterns can make predictions, work more efficiently and establish a strong foundation for designing algorithms.

You can introduce pattern recognition by presenting a slide with pictures of similar types of animals or foods, such as pizza or desserts.

Next, have learners map and explain the similarities/differences or patterns. The beauty of this technique is that once students can describe one category (animal or dessert), they will be able to explain the others by following patterns.

For example, the general characteristics of desserts are that they are all sweet; they can be fruit, custard, puddings or frozen; and usually are served at the end of a meal. One or more dessert may be pink, have fruit and served cold, while another type may be yellow, have sprinkles and not use fruit.

Then task students with either drawing or making a collage of their favorite desserts using the patterns they identified (like in the examples above) to help them. Also, have them reflect on how they’d have to start from scratch with either creating or finding each instance of a dessert if they hadn’t first identified essential patterns (classification, color, texture, ingredients).

The primary goal here is to get them to understand that finding patterns helps simplify tasks because the same problem-solving techniques can be applied when the problems share patterns (pattern recognition is also used in mathmusic and literaturehuman intelligencehistoryweather, etc.).

Class projects can be more authentic by focusing application of pattern recognition in forensics, medical sciences, photo identification or behavioral patterns like web browsing and credit card spending.

Once students know what to do, have them map the patterns in some of the decomposed problems described above in Element 1. CS teachers will need to help students comprehend how computers use pattern recognition by numbers, text and pictures. Students using visual programming languages should also learn how the use of pattern recognition helps to find the commonalities of repetition in code for avoiding redundancy, and they can begin doing so with this Code.org lesson.

Element 3: Abstraction

Abstraction involves filtering out — or ignoring — unimportant details, which essentially makes a problem easier to understand and solve. This enables students to develop their models, equations, an image and/or simulations to represent only the important variables.

As the values of variables often change and can be dependent upon another, it’s important for students to be introduced to abstraction in relation to patterns. In the previous element, we noted common characteristics of desserts. Have students make a simple drawing of a dessert focusing on the important/common features (like classifications) and abstracting the rest (texture, fruit, sprinkles). The abstraction process will help them create a general idea of what a problem is and how to solve it by removing all irrelevant details and patterns (abstraction is also used in math and when creating models — the water cycle, the nitrogen cycle, the rock cycle, etc.).

CS teachers will need to help students focus on the layers (or levels) of abstraction they will want in the models they develop, along with correlations between abstraction and pattern generalization to figure out the right relationships between abstracted variables to accurately represent a problem. They also need to understand how abstractions are built with purpose and can represent an entire class of similar objects. CS students can become excellent coders using abstraction. Use this lesson to help them get started.

Element 4: Algorithm design

Algorithm design is determining appropriate steps to take and organizing them into a series of instructions (a plan) for solving a problem or completing a task correctly. Algorithms are important because they take the knowledge derived from the previous three elements for execution.

Keep it simple when teaching algorithms to students and have them create small plans using their newly learned CT skills, again using simple functions like brushing teeth, baking a cake, making a sandwich, tying shoelaces. Each algorithm must have a starting point, a finishing point and a set of well-defined instructions in between.

CS teachers will also need to help students understand that algorithm design builds upon the previous three elements — which moves a problem from the modeling phase to the operation stage. Students will also need to learn to design algorithms that are both efficient and allow for automation through the use of computers.

Also, by learning discrete math and how to create flowcharts, students can practice and build expertise in algorithmic thinking and design over time. Here is a great compilation of lessons for helping students bridge the gap between understanding basic algorithms to actual programming.

Resources to get started

Here are a number of resources to turn to for help:

Remember, learning has no finish line!

Take a moment to reflect on the words of Dr. Stephen R. Covey, “Though you may find some of it to be simple common sense, remember, common sense is not common practice, and I guarantee that if you will focus your efforts in these areas, you will find that great peace and power will come into your life.”

I believe these words can be applied to learning CT (and any new concepts or practices) as we help our students use what they already know to develop their CS superpowers!

Coding is a superpower video by Code.org

This article is adapted from an original post on this link.

If you like this work, please give it some claps, follow our publication and share this with your friends and colleagues.

Jorge Valenzuela is a teacher at Old Dominion University and the lead coach at Lifelong Learning Defined. Additionally, he is a national faculty of PBLWorks and a lead educator for littleBits. His work is aimed at helping educators understand and implement computational thinking, computer science, STEM, and project-based learning.

You can connect with Jorge @JorgeDoesPBL via Twitter and Instagram to continue the conversation.

**Interested in writing a guest blog for my site? Would love to share your ideas! Submit your post here.

 

Looking for a new book to read? Many stories from educators, two student chapters, and a student-designed cover for In Other Words.

Find these available at bit.ly/Pothbooks  

 

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Buncee: More than just a presentation tool!

There are a lot of great digital tools out there for educators to bring into their classrooms. When it comes to deciding on a specific tool to use, we must always think about our purpose and perhaps ask ourselves a few questions, such as: why are we looking for a digital tool, what are we hoping to accomplish by using it and how will it benefit students and learning? I’m often asked by colleagues either to recommend a new tool or direct them to something specific based on their requirements, such as video, audio, text and more. Because Buncee is such a versatile tool and offers so many options all-in-one, I find myself recommending it a lot. It is easy to get started with and full of choices for teachers and students.

Educators want to use tools that promote student choice and student voice and offer more than just one purpose. The reason I recommend Buncee is because it offers much more than simply being a way to create presentations. In addition to all of the wonderful things that can be created using Buncee, there are additional benefits for educators and students that might be overlooked or simply not thought of when getting started. For example, educators can meet the ISTE Standards for Students and Educators. By having students create with Buncee, students become empowered learners, creative communicators, innovative designers, knowledge constructors and engage in learning that meets each of the ISTE standards. With technology, we want to make sure that it is being used in a way that amplifies student voice and choice in learning.

However, Buncee does more than that. Beyond addressing the ISTE standards and providing students with more authentic and personalized learning experiences when creating with Buncee, there are other skills that are being addressed. In my own classroom, we have used Buncee for many different projects and even for project-based learning (PBL). My students created Buncees to share with their global peers in Argentina and Spain. Creating an “About Me” Buncee enabled all students to develop a more global understanding and become aware of cultural differences, as well as to develop empathy in the process.

Students enjoy creating with Buncee and even more than seeing their own creations, they really enjoy seeing what their classmates create. I have noticed that students become more comfortable with one another in class and start to build closer connections while working on their Buncees. Even the quietest students begin to ask questions, interact more and have been more engaged in creating when using Buncee than they had with other tools before. Students tell me that they enjoy teaching one another, learning about their classmates in unique ways, and feel like they are part of a classroom community.

Knowing that students are picking up on this has been a great way to foster the social-emotional skills (SEL) students need now and in the future. Buncee is so invested in providing a lot of options and opportunities for students and educators to enjoy learning, creating and growing together. Now Buncee has templates available to address SEL.

What is Social-emotional learning?

CASEL (The Collaborative for Academic, Social, and Emotional Learning), formed in 1994, is an organization which actively works toward promoting the importance of developing SEL skills in education. SEL is focused on five competencies: self-awareness, self-management, social awareness, relationship skills, and responsible decision making. The development of these skills can benefit the level of student engagement as well, leading to higher academic achievement and reduce discipline issues in the classroom.

Providing opportunities for students to interact through the use of digital tools and activities in the classroom promotes the development of social-emotional learning skills. Using some of the Buncee templates and emojis, students can comfortably express how they are feeling, provide a quick check-in based on their level of understanding, share personality characteristics or likes and dislikes, or respond to questions in class, for a few options. Buncee is “giving a voice to the voiceless.”

In my own experience, I have seen students who have preferred to not speak out in class or who voiced that they were not creative or would not be able to do a presentation, design amazing Buncees and be excited to share with their classmates. Students build confidence while creating and the benefit is that they become more engaged in and excited to share their learning and interact with classmates. It helps to foster the development of skills such as problem-solving, working with different layouts, visualizing and displaying student learning.

It is always a good idea to ask students for feedback. I want to know what their thoughts are, if the tool or strategy is making a difference for them and if so, how. Here are some student thoughts about Buncee.

“It helps me to express my ideas more easily and make presentations which are much more interactive for myself and for my classmates.”

It is made in a way that allows students to make it really personal and specific to what they need. If students are enjoying their work and are able to make it their own, then they will be more willing to learn and will improve because of using Buncee.”

Hearing from students is important and making sure that all students feel comfortable expressing themselves is even more important. With Buncee, students have many choices to find what interests them and to express themselves in a way that is authentic, meaningful and personalized.

Metaverse: Collections are here!

This post is sponsored by Metaverse. All opinions are my own.

Metaverse has become a favorite of my students for creating fun, interesting, interactive “experiences” for class. The best part about using a tool like Metaverse is that it enables educators to give students more control and an opportunity to create something that is more meaningful to them. With libraries full of thousands of choices, every student can find something that meets their interests and engages them more in the creative fun and process of learning. While sometimes it can take a little bit longer to figure out how to use different tools for creating in Augmented Reality, or problem solve to find out why something isn’t working during the creation process, with Metaverse, all students can find exactly what they need. Sometimes people wonder if there’s any bit of a learning curve or how much time it takes to get started with something, but in this case, it couldn’t be easier.

I have found that students really enjoy creating with Metaverse, especially because they have so many possibilities for what they can create. They can add in characters and 3D objects, portals, 360 videos, YouTube videos, audio, and much more. There has been an update to the way that the website looks and it is now even easier to find what you need in order to create your very own experience. Of course if you need help, you can send a message directly to the Metaverse team using the chat or check out some of their updated video tutorials on YouTube.

Other benefits

I find that another bonus of using Metaverse is that it is very user-friendly to get started with and it doesn’t take long for students to figure out how to design their experience on their own or for students to step in and help their peers. I’ve noticed when using tools like Metaverse in the classroom that there is this other component to what students are able to “experience” while learning. It really does a lot for helping peers work on their collaborative skills and even social-emotional learning skills. There are many ways to use this for students to create a representation of something they have learned, to tell a story, to create a scavenger hunt even. You can learn more about Metaverse and how it works from my prior post or check out a recent post about using Augmented Reality tools for blended learning here.

Eagerly anticipating the new features

I had a chance to preview the Collections with the Metaverse team about a month ago, and I was very excited when I learned about the changes that would be coming to the Metaverse platform. Not only would there be more items and awesome things to choose from, that students and teachers could create with, but there would also be a new dashboard with a better way for students and teachers to access the experiences that have been created.

Having used Metaverse for a few years, I have saved a lot of student-created experiences to use in my STEAM classes. In order to make these experiences available for all students to see and enjoy each year, I chose to create a Padlet and have students post their QR codes onto the Padlet. By doing this, it was easy to simply display the Padlet on the Smartboard and have students walk up and scan the QR code. Another benefit was that it gave students time to explore a variety of experiences created by their peers and make new connections while learning.

It’s very easy to manage the student work from your classroom once you create a collection from your Metaverse dashboard. With this new feature, you can see all of your students’ experiences, you can set them up by class or if it’s the same class, put all of the experiences together, that way students have even more to explore and learn from. As a teacher, you have the option to edit the student experiences and take a look at what they have created, and beyond that, once you have the collection created, you the projects for the entire class can be shared through just one link. So easy to connect student work in one space. Check out Collections here!

How to get Collections

So how do you get the Collections? For right now it is still a free feature, without the Collections add-on. Creating collections will become a paid add on for the Metaverse studio. To submit one of your experiences to a collection, there is no cost involved. Students from prior classes or who create experiences in other courses can still share their experiences to be used with the other students in my STEAM class.

The cost is going to be approximately $7 per month or you can sign up for a year at a discount rate of $64! And speaking of benefits, use the promo code ARforEDU and take advantage of a free month of Collections!

The result?

A much easier way to gather, explore and share student work. More convenient and better access to be able to explore the different experiences. One thing to keep in mind is to always check over the student experiences and keep providing reminders about digital citizenship and responsibilities as part of learning journey in Augmented Reality. Ready to get started with Metaverse in your classroom? Check out all of the great resources for teachers here.

Shapes 3D: AR Drawing App

An area of focus at FETC, TCEA, and PETE&C: Bringing Augmented Reality to Every Classroom

Rachelle Dene Poth

February 22, 2019

This is post is sponsored by Shapes 3D. All opinions expressed are my own.

Over the past few weeks, I have been fortunate to attend and present at several educational technology conferences. First was FETC (Future of Education Technology Conference) in Orlando, then TCEA (Texas Computer Education Association) in San Antonio, and the most recent, PETE&C (Pennsylvania Educational Technology Expo and Conference) held in Hershey, PA. A large part of my experience at each of these conferences involved presenting on and attending sessions about Augmented and Virtual Reality. There has been more discussion and a lot of excitement recently surrounding the AR/VR tools and exploring how these tools can be used for education. In my own classroom experiences with students, I have seen tremendous benefits for students by implementing some tools for augmented and virtual reality as part of their learning experience. The tools we have used give students an opportunity to engage in a completely different kind of learning which gives them more control in the classroom, and an immersive and authentic experience.

Learning Potential with Shapes 3D Augmented Reality

The terms “augmented and virtual reality,” might seem to be complex concepts that require a big investment of time or come with a steep learning curve. However, with tools like Shapes 3D, this is not the case at all. Shapes 3D provides the perfect opportunity for students and teachers to explore core concepts of geometry and help students to discover 2D and 3D shapes by engaging with these shapes in an augmented reality experience. Using a Merge cube, students can now examine 3D shapes in Augmented Reality. Imagine learning geometry by holding the solids in your hands, manipulating them and being able to more closely understand the core concepts of geometry. In personal experience, having this app available during my ninth grade year would have made a huge difference in how I was learning and the way that I could build on my knowledge! Preview it here!

Getting Started

Whether you have experimented with AR/VR or not, getting started with Shapes 3D is quite easy to do. If you prefer to have a tutorial, Shapes 3D has videos to help you get started. Often the number one answer given when educators are asked why they are not using technology or even a specific tool in the classroom is due to a lack of time. There are so many components to teaching today that can make it a challenge to find extra time to try new tools or implement new methods. Fortunately, Shapes 3D makes it easy to get started with the availability of bundles to use for instruction, access to lesson plans and tutorial videos that can help any educator get started quickly. You can gather a lot of ideas by searching through Twitter looking at tweets related to Shapes 3D, especially when it comes to edtech conferences, which can provide new ideas and new connections. There are also publications and other helpful resources shared and updated on the Shapes 3D site. You will love Shapes 3D applications, get started by grabbing a bundle at the price of $ 5.99, Shapes 3D Bundle!

If you are like me and prefer to just get started without tutorials, start by exploring the tool and the options available, and then dive right in! Use Shapes 3D as a way to introduce a concept or shapes to students, to act as a “hook” for the lesson. Once students begin engaging with Shapes 3D, give them the opportunity to create and explore on their own and run with it. They will likely exceed your own knowledge of the possibilities that exist with Shapes 3D and that is okay. You will notice that students catch on rather quickly and will become immersed in more authentic and meaningful learning, right in their hands. It is a lot of fun to use the Merge cube and really look closely at the shapes!

Merge and Shapes 3D

Students can easily explore the object by using their device or a classroom iPad for example, if accessibility is an issue consider using stations in your classroom, where students can work in small groups. But if you want to take it to another level and really put the learning in the students’ hands, why not get a few Merge cubes to use with shapes 3D. What is so unique about this possibility is that students will be able to interact with the object and even draw lines and manipulate the shapes in their own ways, which will provide a more personalized learning experience for them.

Learning from others

Shapes 3D is great for teachers to use as a way to engage students, but also to provide opportunities for students to become the teachers in the classroom. Like presenting at conferences, getting to share what you are doing in the classroom, to brainstorm ideas with classmates, and maybe more importantly, have the opportunity to learn from one another builds more confidence in learning. The great thing about tools like Shapes 3D is that educators will not have to spend a lot of time trying to figure it out on their own or come up with ways to use it in the classroom. Leave it to our students. We need to push for more opportunities for our students to do more than consume, but instead, to create, to explore and to become curious for learning. Using technology in classes today should be focused more on creation rather than consumption.

So why use Shapes 3D?

As educators, our purpose is to help our students to develop a wide range of skills that will not only engage them in learning which is authentic and meaningful but also provide skills that will We want to put tools that can engage them and more authentic and meaningful learning in their hands. Students learn more by doing and having opportunities to engage in hands-on activities, where they control the direction their learning takes. We need for students to design their own problems, to ask more questions, and even at times to experience some struggles in learning. Preparing them for the future means giving time for them to problem solve, collaborate, communicate and even create on their own as they are preparing for the future and life in general.

Before adding technology into the classroom, be sure to focus on the “why” behind using a specific tool or method. What is it going to do differently for students, that will enhance learning and go beyond the traditional methods t being used in the classroom? What sets it apart from other options? I think the answer is clear. Tools like Shapes 3D will enable teachers to move students to a more active role in the classroom, become the creators and immerse themselves in a new learning environment. Students can do so much with Shapes 3D to really understand geometry concepts that might otherwise be difficult to understand, in a 1D format. Draw lines, rotate solids, check the properties of the solids and more. Hands-on learning takes math to a new level.

Options and getting started

By having a Shapes 3D bundle, students in grades K through 12 have access to a wide variety of ways to interact with different structures and to really understand math concepts at a deeper level. When we can place tools like this in the hands of our students, we amplify their potential for learning, because of the accessibility to explore on their own and build their skills as they manipulate the objects in the 3D space. It pushes student curiosity even more and leads them to ask questions and to develop their understanding at a deeper and more meaningful level.

As teachers, there are so many things that we are responsible for and need to keep up with, that it can be difficult to stay current and relevant with all of the emerging trends when it comes to technology. Fortunately, there are tools like Shapes 3D that make it easier to get started and that provide innovative ways for students to learn. It just takes a few minutes to get started and then encouraging the students to explore on their own and with peers. Join in the Geometry learning fun with Shapes 3D Geometry Drawing on iOs today! Enjoy the app (for free) on Google Play, there is a beta version of Shapes 3D Geometry Drawing, and it works with Merge cube!

Don’t wait, sign up today! Get started with Shapes 3D applications by grabbing a bundle at the promotional price of $ 5.99, bit.ly/Shapes3Dbundle !

 

Sponsored Content, All opinions are my own

February 18, 2019

Learning and sharing through the world of AR

When I started creating with Metaverse, an augmented reality tool, a few years ago, I was immediately impressed with the potential for learning and the many possibilities for engaging students more in authentic learning “experiences.” More ways to move students from consumers to being the creators which is what we should strive to do in our classrooms. The first “experience” that I created took a bit longer than most because I chose to not explore any of the tutorials or the helpful resources available and instead opted to dive right in. Why? I thought it was better to experience possible struggles with figuring out how to create with Metaverse, similar to what students might face when they got started. As a teacher, I wanted to prepare myself to help them if and when they needed. What I noticed is that students were more than ready to create!

Over the past two years, students in my 8th grade STEAM classes have enjoyed creating with Metaverse and definitely figured it out much faster than I did. Being able to see their work, their creativity and then to enjoy testing their “experiences” has been very rewarding for several reasons. I have learned so much from them, it led to conversations about the importance of sharing struggles that we experience and to not be afraid to ask others (especially students) to help you. It even led to the addition of student tech assistants in my classes. There is so much to learn from students, and in addition to building technology skills and providing more immersive and engaging learning experiences for them, we empower students to become the leaders in our classroom. Developing their skills of problem solving, collaboration, critical thinking and pushing their curiosity will benefit them as they move through school and head into the future!

How does Metaverse promote student driven learning and choice?

It is important to offer students choices in learning and to step aside and encourage them to pursue knowledge on their own. With Metaverse, students can create fun experiences to share with their peers and have so many choices available to really make it an engaging way to learn. Regardless of content area or grade level, or even one’s role in education (why not create for teacher PD), there are thousands of new items to choose from and new features being added frequently. Students can spend a long time creating their storyboard or they can design an experience quickly, as Metaverse is user friendly, especially with the recent updates and addition of new features!

So many possibilities!

Students can find exactly what they need, create something meaningful and share their work with students in their class and even connect globally with other peers. Testing their experiences in class by scanning a QR code is quick, but what about if you want to keep all of the student projects in one space? Or even collaborate with other classrooms, either as part of project based learning or to connect globally? Students need to create for a purpose and sharing their work with others is very important. Sharing experiences can be overwhelming if you have the number of experiences being created like I do.(Students were so excited that they created extras on the weekends and sent them to me, to keep me from being bored while away from school! This is when you know that the tool is making a difference).

An important of student work is the ability to share it with others, to learn about one’s peers and enjoy learning together. Access to student work can be an issue, which is where Padlet helped initially, as a way to have students post their projects. But even this took time. I wanted to keep track of their work and have it accessible by students and teachers, as we collaborate by using Metaverse to engage all students in learning. Creating experiences with videos, 360 images and even portals, to immerse students in a world of learning right in their hands.

Explore the new Collections, now in beta release!

Wanting to be able to share and display the experiences created by students was very important and now, it is easier than ever for teachers to do. With the new “Collections,” now released in beta, teachers can manage student experiences, edit student work and easily share all of the experiences created in class! Why? Because it is easier to manage student work and save the experiences to use with other classes and even collaborate beyond your school.

To get started, simply create a “Collection” for your class and you can share the join code with students, or quickly add them from the experiences you have in your account.

Metaverse has so much potential as an instructional tool for teachers.

Why use Augmented Reality?

A popular topic at both FETC and TCEA was Augmented and Virtual Reality. Tools like Metaverse have tremendous potential to immerse students in a more authentic and purposeful learning adventure, by giving them more control in how they show learning and a hands-on experience. It is a fun platform to use in the classroom and benefits students by promoting student agency and increasing engagement in learning.

Collections create more opportunities for Interactive Learning Adventures

As educators, we want our students to have a learning “experience,” more than what the traditional methods of classroom instruction might offer. Finding time to create and explore can be a factor in deciding where to begin, but with Metaverse, it is easy to get started, especially when we let students take more control. We need to help students to embrace an opportunity to drive their learning. In doing this, we guide them toward a learning journey that will attach more meaning to the content, in a personalized and exciting way to learn, and above all, a more authentic experience. Teachers have access to collections where they can see, edit and share student work, track progress and help students as they create. Creating a collection is easy. Check it out here!

Many students learn more by doing, and when they have opportunities to engage in hands-on activities, it leads to more personalized experiences and student-driven learning. A world of learning that they create is right in their hands.

Some ideas to create with Metaverse

  1. A tour and a survey: Have students create an experience to introduce visitors to a town, retell a part of history, ask for input and preferences for travel. With all of the choices in items to add into Metaverse, thousands of unique possibilities exist.
  2. Just for fun: Sometimes the best way to get students involved is by only offering a few guidelines. Provide a number of scenes, type of questions to include, different features including GIFS, Google vision, polls and more. Each student can create something unique and meaningful to them, and then using collections, share it with the class. If access to devices is an issue, set up learning stations in the room.
  3. Book review and tales: Why not have students explain key parts of a book, or make up a story, and include images, videos, portals and more as part of the experience. Share it with other students, maybe even add in a poll, and then use the results to brainstorm new ideas and keep the discussion going. I

Technology tools for education provide enhanced ways to learn, to engage students and to empower them in learning. As teachers, we always want to focus on the “why” when making our decisions, and with Metaverse, the “why” is clear: student driven learning and the power of creating. Start your collections today and share student work!

Sponsored Content, All opinions are my own

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Exploring the world in AR: 3DBear brings your environment to life

Ever since learning about 3DBear a few months ago, I have continued to be impressed with the platform and the company’s focus on meeting the needs and interests of educators and students. At both FETC and TCEA, I had the opportunity to spend time speaking with the 3DBear team and was able to get a better understanding of their vision for 3DBear and learn more about the newer features and ways to use it in the classroom. Even when I first started creating with 3DBear, I immediately saw a lot of benefits for classroom use regardless of content area or grade level, or even one’s role in education. With a library full of icons to choose from, animations, music, options for changing colors and sizes, moving object positions, and other functions like adding audio and student voice, it is possible to engage students in truly unique ways to learn. It did not take long to see the potential for using 3DBear not only as a tool for students as the creators but also as an instructional tool for teachers as a way to engage students more in learning by “hooking” them in with the use of augmented reality. 3DBear can be a game changer for students, acting as a catalyst to draw students in and let them go on a creative adventure. Get started today with a free teacher trial here!

Why use Augmented Reality?

A popular topic at both FETC and TCEA was Augmented and Virtual Reality. Often questions are asked whether the use of AR and VR has sustainability in education and I believe that there is. Each day I receive numerous email alerts sharing news from around the world about how teachers are using augmented and virtual reality to amplify student learning. Tools like 3DBear have tremendous potential to immerse students in a meaningful learning adventure, giving them more control of how, when and where they learn. Besides being fun to use, it offers students time to build their skills in critical thinking, problem-solving, collaboration and fosters creativity. It lets students make decisions and leads to a more student-driven classroom. This is what we want for our students, choices, agency, and engagement.

(photo credit to Mitch Weisburgh)

Walking among or narrowly escaping the dinosaurs

While presenting several sessions at both of these conferences this month, I noticed a lot of people starting to use 3DBear in unique ways. During sessions, attendees chose to be more active, and rather than simply listening in to how these augmented reality tools can be used, instead began quickly creating with them and even sharing them out socially. Completely unaware of the danger that I was in until seeing the tweet, I was surprised and thankful that I escaped the dinosaur lurking behind me as I presented at FETC! But I was concerned about the attendees when I saw the dinosaur that was lurking in the front of the room near Jaime. The excitement behind using these tools is evident when people begin creating and sharing them during your session, just minutes after you’ve introduced and only minimally demonstrated the tool. The learning curve of 3DBear? Not much at all! It’s very easy to navigate and dive right in to create your own world in your physical environment. Get started today!

(photo credit Mitch Weisburgh)

Why 3DBear

Students can use it to create 3D objects in different spaces and can then record a story to go along with it. The potential and power of storytelling in AR is awesome. What better way to have students represent their learning than to design their own world, decide what 3D objects to place in their environment and then create a narration to go along with it. Students can even upload items from their device or from Thingiverse. Student-driven learning and possible for students in grades K and up. More than just listening to teachers and how it benefits students, ask students for feedback. (See a video from a school in Medford and how students responded to 3DBear). Also seek feedback from educators, whether on social media or in my experience from attendees in the different sessions presented at FETC and TCEA.

Potential for Storytelling and Adventure

As educators, we want our students to have a learning “experience,” more than the traditional methods of learning and classroom instruction can offer. We need to empower students to become more than consumers of content, and instead help them to embrace the opportunity to become the creators and driving their own learning. By doing this, we start them on a learning journey that will serve to attach more meaning to the content, in a personalized and exciting way to learn, and above all, a more authentic experience.

There are many possibilities for using 3DBear and because time can be a deciding factor when it comes to exploring new tools and methods for classroom use, this is where 3DBear offers a lot for educators. Teachers have access to a teacher dashboard where they can see student work, track progress and explore the worlds that students are creating. There are lesson plans for Coding, Design Thinking, ELA, Math, Science, Social Studies, STEM, and STEAM-related themes available for different grade levels which include pacing guidelines. While the lessons are drafted for certain grade levels or range of grades, slight adjustments in the content enables teachers to implement these lessons into their classroom.

One of the best things about 3DBear is that teachers won’t have to spend a lot of time trying to figure out how to get started using it in the classroom. We can learn just enough and then put it in the hands of our students and let them run with it. Many students learn more by doing, and when they have opportunities to engage in hands-on activities, it leads to more personalized experiences and student-driven learning. A world of learning that they create is right in their hands.

When thinking about adding some new technology into the classroom, we really need to focus on the why behind choosing a specific tool or method. Ask ourselves what makes it different and what can it do differently for students that can enhance the learning process and go beyond the traditional methods that are already being used in the classroom. What sets it apart from other options or methods you have been using? I think the answer is clear. Students are the designers.

A Few Ideas to Try

  1. My town: Sharing where we live, describing a location or any lesson where students need to narrate a story, they can create an environment using 3DBear and add characters and more into their project. Once created, students can tell a story about the scene or even narrate in a foreign language. Why not have students create a “welcome to our town” project, adding in 3D objects and telling a story that can be shared with the community? A good way to share student work and give more meaning to the work they are doing.

(Alamo photo credit Jaime Donally)

  1. A book summary: One idea is to have students review a book, summarize something they read in class by bringing it to life with 3DBear. If the number of devices is an issue, use stations and have students work in pairs or small groups, each adding to the story.
  2. Let me teach you: Give students an opportunity to be the teacher. Choose a theme or have students select a topic and then come up with a way to use 3DBear to explain it to classmates. There are many options available for students to choose from, and it will reinforce their problem-solving, critical thinking, and collaboration skills, as well as boost creativity as they decide how to best visualize their lesson for others.
  3. Actors in a scene: Give students the chance to interact with a 3D character and maybe even sing together or dance together (who doesn’t love doing the floss with a 3D character?).
  4. Random objects: To really push their thinking, why not create a scene with a variety of characters, objects and more, and then ask students to write a story about it. A task like this can be applied to so many content areas, and grade levels and will definitely be a more authentic way to practice and learn. For students in Spanish classes, it is fun to add random objects into the classroom and have students write a story to describe it. Or, another possibility is to provide students with a narration in the target language and have them create a scene to represent the story.

So many ways for students to leverage technology for learning. They need our guidance to find a starting point sometimes, but then we need to just let them go with it and explore and create on their own. Besides building technology skills and learning about emerging trends, they will engage in powerful learning that not only reinforces the content area but also promotes the development of social emotional learning skills in the process. Augmented Reality has many benefits, the key is staying focused on your “why” for wanting to use it, and then finding the right task to get started. And remember, let the students take charge and learn from and teach one another, including you. Sign up for your teacher trial at 3DBear!

And share how you are using 3DBear in your classroom! @Rdene915