#futureready

PBL and GimKit

So the tool was Gimkit and I only heard bits of a conversation in the #4OCFPLN group (Thank you Laura Steinbrink) and I honestly thought it was something only for elementary school. I decided last weekend to look it up, create an account and give it a try. At the end of the school year, I love trying new tools and ideas to keep students engaged in learning and finish strong. A few years ago, Goose Chase was a huge success, and so I was excited for the possibilities with Gimkit.

It was so easy to create a game, referred to as a “kit.” I created several “kits” for my classes and then noticed that I needed to upgrade to make additional kits. I reached out to the game’s creator to find out if I could have a brief trial period, so that I could make more games. Since the school year was ending, and I had conferences coming up, I really wanted to try out as many features as I could.  I was quite surprised to find out that this is a tool that has been created by a high school junior, as a part of project-based learning.

“Being uncomfortable is a great way to increase your skill of learning”

Learning the story behind the creation of Gimkit

When I asked Josh asked about his background, he told me that during the last school year, a new project-based learning high school opened in his district and he decided to attend.(See an interview done by Michael Matera, #xplap, where he interviews Josh).

In May of 2017, as he was completing one of his projects , he thought back to traditional school, where he really enjoyed using other game based learning tools, and thought he could create something to improve upon them. He started by interviewing different students and teachers, and compiled a list of the most common issues expressed, which became part of his focus in creating Gimkit.

GimKitHW

As an assignment

Last summer he worked on creating the first version of Gimkit, and ran a small beta test in October and officially launched the day before Halloween. He says they have spent “little to no time and money on marketing,”  and the user base is growing, over the past few weeks he has seen around 20x the usage he did from just a month ago. As for the team, for the most part, it’s just Josh who does all of the engineering and responds to customer support messages. He started to code between freshman and sophomore years, and then developed GimKit over the following summer. Josh also has a mentor who works with the customers and provides business advice. Listening to his interview with Michael, there are three questions that he asked himself which impressed me. “Am I working to improve the product every single day? Am I improving myself every single day? Am I doing something to push the product further everyday?” He clearly has a growth mindset and is reflective in his “challenges” that he has set up for himself.

 

I was so surprised when I received a response to my email to Gimkit  within about fifteen minutes of having sent it. I can’t recall the last time that I got a response so quickly.

GImkitCreate

Giving it a try

So last week I decided to give it a try in my classes without really knowing what to expect. I got started over the weekend by creating classes, entering the students’ names to make it easier in class. I created a few “kits”, which are games. It is very easy to create. You can start from scratch, upload your own sets of terms or connect with Quizlet to export a list of words directly into your game. The goal is to make as much money as you can, or for students to reach a set goal. Students can play individually or in teams and logging in is done through a code, where students can then either find their name if part of a class, or enter their name.. You can also set a time period to play, I have been using 10 and 12 minutes, just as a start.

I was very excited to try this with my classes and actually only intended to play during my Spanish I classes. To start, I told them that I really wasn’t sure how it worked and told them to just go for it.

Playing this reminded me of that day five years ago when we play Kahoot! for the first time. The students wanted to keep on playing more games every day and said it was their favorite. They were excited and having fun but more importantly I noticed that they were learning the words and their recall of the words became faster and faster with each time played. It was fun to observe them as they played, learning how the game worked, and hearing their interactions. Some students were yelling at their teammates “to stop buying things”, as they can “shop” and level up with extra money per question, buy insurance, bonus streak or other options. Eventually they all had fun buying things,  when they saw how quickly the money was being added to their account.

After the first round of games, I think the total won was around three million which seemed like a lot until the next class came in and had 17 million. The third group to play earned 37 million and when we decided to continue this the next day we were in the billions!

GimkitLIbrary

Gathering feedback and assessing the benefits of the tool

Once the game is done, a report is available which opens as a PDF. The summary shows the class results and the individual report lists each student, money earned and lost, correct and incorrect answers, followed by a list of the terms asked and the number of correct and incorrect responses. It is a great way to see what areas that the class as a whole needs some review with, but more importantly, something that can be shared with each student and used as a tool to study. Teachers can create 5 kits for free and edit each kit once. There are also paid plans that enable you to create more.

 

For the determining the benefit for students, I value their feedback very much and I ask them what they liked about the game and how they felt it impacted their learning of the vocabulary. They liked the game setup and the repeated questions, the music and the teamwork made it fun as well. Creating the kits was so fast and made it easy to keep adding more into my library. Another nice feature is the ability to assign kits for students to play outside of class for practice.

There are different options available for play in class as well as assignments. I love that students can work at their own pace and that they are learning more and feeling more confident with the material.  I definitely recommend that you check them out and follow them on Twitter, @Gimkit. Just in the past few days, there are already new features added, one favorite is the messages sent to teammates letting them know when someone on the team buys something.

 

Published on Getting Smart, February 3, 2018

The “gig economy” is fairly new to me, I was unaware of the terminology until recently. When I first heard “gig economy”, I could not figure out what it referred to, at least in the sense of both words used together. Separately, I can easily define “gig” and “economy.” The gig economy gets its name because each job or work assignment is similar to an individual “gig”. The gig economy was formerly known as the ‘sharing economy’, with one of the most popular examples being Airbnb. I recall first hearing “Airbnb” two years ago and not having a clue about what it meant then. I only knew that I had several friends who arranged travel as part of Airbnb.

So how does the gig economy work?

It is employment that is a temporary task, for example, delivery couriers, Uber (another term I did not understand when I first heard it three years ago), or Lyft, to name a few. A prior post in Getting Smart included some statistics related to the average income from providing these types of services. The numbers are fascinating. In 2015, 54 million people worked as freelancers earning an estimate of 17% more per hour than full-time employees. It is projected that 60% of companies plan to hire more freelancers rather than full-time employees in the future. In 2016, 35% of workers were freelancers and estimates are that by 2020, this number will increase to 43% in the United States. So it leads me to wonder: What will the number rise to in another 10 years, by the year 2030? In a quick estimate, perhaps it will rise to approximately 63% if following the previous increase as a trend.

Looking ahead, the students currently in kindergarten will be the graduating class of 2030. It seems a long way off, but we need to prepare them for their future, and if the future does involve less traditional educational paths and more “gig” jobs and freelancing, how do we start preparing them now? It is important to consider these statistics and trends when preparing your lessons each day, and it has led me to think about how I am instructing students in my class.

As a foreign language teacher, students often ask why they should learn a foreign language, or say that they won’t need a foreign language in their future. There are many benefits in learning a foreign language, but I think the gig economy presents a perfect example of how it could be of even greater benefit to students in the future. Having foreign language knowledge is a skill that can come in handy and benefit students later on in life. Some common examples that come to mind are sellers on sites like Etsy or even someone who works as an online tutor or an editor. These do not have to be full-time positions, but can be in addition to a more permanent job, and done as extra work on the side. It’s about having options available. And to best prepare students for the future of work in a gig economy, we need to give them options.

Prepping for the future

How do we prepare students for a future of freelance work or to become entrepreneurs? By offering more opportunities for them to explore and create, through opportunities to not only explore the types of jobs available but also job shadow to learn firsthand, the qualifications and skills that may be necessary.

So if this is the trend that will be coming in the future, then will schools continue to encourage students to seek a college degree, or an extended learning program or formal training? Or do students need to simply master a skill or have time to explore an interest they have, to become more marketable? Do schools have the responsibility to create different courses through which students can learn about a variety of professional options and afford time for students to explore on their own or by connecting with professionals in their community?

Many schools have started to offer more courses based on emerging trends, such as entrepreneurship, webpage design, sports and entertainment management, and other similar courses to help students develop skills necessary to create their own job opportunities. At my school, Patsy Kvortek, one of our business teachers, recognized a need for courses which would help students to develop some of these skills. She thought “we should provide students with opportunities to learn in more authentic ways that would prepare them for future success.” To do this, a few years ago she created a course in “Entrepreneurship” and  “Sports and Entertainment Management” in which students develop a wide variety of skills focused on project management, event planning and learning everything there is to know about being an entrepreneur. In her classes, students take on different roles, learn to collaborate and be part of a team that is entirely responsible for planning, organizing and executing large-scale school and community events. Some of the roles include: Project Manager, Committee Chairs, Social Media and Advertising. Students rotate through these roles so they develop the skills necessary to be successful in any of these areas in the future.

Through this course, students have developed skills to prepare them for many career options as well as better understand how to start a small business or plan major events. They also develop critical skills of communication, collaboration, problem-solving and as an added benefit, SEL (Social and Emotional Learning) skills as well. Observing the students involved in these courses has always impressed me, and seeing them come up with new products and start their own business, has shown the value behind providing these opportunities. These electives grew in popularity over the years because of the truly authentic and relevant learning experiences they provided.

Degree or no degree?

What difference does having a degree make? There are a lot of statistics that point to alternate forms of furthering one’s education, which do not involve the traditional undergraduate degree. There is more of an emphasis on building skills in diverse areas, to be flexible and explore alternate training options. There is a growing trend of students “crafting their own career” and not being dependent on an employer to do this, but rather create a professional path based more on personal interest. Several former students, ones whom I thought would pursue a college degree, instead opted to venture into unique areas of business. They have been successful and it is even more rewarding knowing they are doing what they love and control their schedules. Some of these entrepreneurial ventures include: a dog daycare, photo booth rentals, personal shopping service, resume writing, jewelry making, party planning and photography. These students chose these paths because they were able to pursue personal interests through electives, and develop skills and knowledge to get their business started. There will continue to be a demand for these services and these entrepreneurs will be in control of when, where and how often they provide these services in a gig economy.

The preparation that all students need

What are the skills that all students should develop regardless of what the future holds in terms of education? We need to help students learn how to communicate, to collaborate, to problem-solve and to find out what they are passionate about. There should be opportunities for students to engage in more real-world experiences, where they can assess needs in their community and brainstorm ways to offer services that will be beneficial for others. Project-based learning is a great way to help prepare students for working with others and to have more of an authentic and meaningful learning experience.

The Buck Institute of Education is working to develop a High-Quality Project Based Learning framework (to be published in March), with six criteria that students should experience through PBL. One of these six is “project management”. The focus of this is more on how to support students with goal setting, time management and self-assessment. These skills will prove beneficial regardless of what the future “job” may be for students.

When we support students in setting goals, learning to self-assess, engaging in more independent work and developing time management skills, we help them to develop the skills that they will need to be successful in the future regardless of what they ultimately decide to do. Whether they pursue full-time employment or explore options in a “gig economy”, they will be ready to face any challenges that arise in a constantly changing workplace.

Published originally on Getting Smart, January 8, 2018

 

Have you noticed more discussion recently about Artificial Intelligence or AI? When first hearing “Artificial Intelligence” is there an image that pops into your mind? Is it something that you can easily define? Perhaps your understanding/reference point is something you’ve seen in the movies. For myself, being an 80s child, my initial frame of reference is Star Wars, I immediately think of R2D2 or C3PO. My mind then wanders to thoughts of “I, Robot” starring Will Smith, in which the robots developed the capacity to think like humans, to feel and to take action on their own. And more currently, I think of the Alexa, Echo, Siri and others that have gained popularity, even more so recently. But what is the true meaning of AI and how do we see it in daily life?

The concept of “Artificial intelligence” can be hard to understand/grasp, especially when trying to think about how it can be applied to education as well as many other sectors of society. In December 2015, the Getting Smart #AskAboutAI research began and over these two years, they have identified over 100 applications of AI to life in areas such as recreation, transportation, education, healthcare and gaming to name just a few. The campaign focused on AI in regard to three objectives: employment, ethics and education. How can AI be beneficial for different industries, what are some of the uses, what are the benefits and risks associated with it, and of greater personal interest, what are the possibilities for AI in education.

According to Getting Smart’s “Ask About AI” report, the notion behind AI is that machines can exhibit human intelligence. The concept of “machine learning” started in 1956 and is when algorithms are used to interpret data and take some action or to complete a task. As a foreign language teacher, I became aware of machine learning years ago, in the form of language translators. AI, at its base, is computer code that displays some form of intelligence, learning, and problem solving in what has been referred to as a “super intelligence.” It is the development of computers that can complete tasks which normally require “human intelligence” however it learns on its own and continues to improve on past iterations. AI becomes smarter, knowledge grows, and it expands the realm of possibilities for society. Machine learning is actually a subset of artificial intelligence. It is said that all Machine Learning is AI, but not all AI is Machine Learning.

Everyday uses of Machine Learning and AI that you may not be aware of.

In my quest to learn more about AI and its implications for the future of learning, I needed to first understand how we were already using AI and perhaps, not even realizing it. I asked colleagues for their thoughts on AI and many were as unsure as I about how it is being used currently. Here are 5 common uses:

  1. Communication: Spam filters, powered by AI, streamline the amount of spam appearing in your inbox. As email senders (real or automated) become more careful with selecting words which have not been flagged previously, the filters need to adapt and continue to learn based on words that the user also flags. There is an added component of ML in this, in that through the algorithms already in place by the email provider, additional filters are then created.  Google takes it even further by continuously learning the types of email messages which are marked as “important”.
  2. Travel: If you have taken a ride using Uber or Lyft, you have experienced ML (Machine Learning), which is used to predict rider demand and to calculate ETA( Estimated Time of Arrival). The airline industry uses AI, since autopilot qualifies as AI, where it is estimated that “human steered” flight time is only seven minutes of actual flight length.
  3. Social networking: When we use Facebook to share photos, the artificial intelligence is able to detect faces in the image and suggest a name to tag the person. Facebook has continued to add new features as part of its AI Initiative, to generate a more personalized and interactive user experience. Some social media sites, such as Twitter, generate lists of accounts to follow, chats to join, and news feeds of interest based on an analysis of user input and data. Even Google with its “cards” can provide a variety of personal recommendations based on your search history.
  4. Online Shopping: One that comes to mind quickly is Amazon, and how it suggests items you may be interested in, as a result of your prior searches and order history. Systems are in place to protect consumers against fraud, with alerts being sent almost simultaneously to an attempted transaction that is not recognized as a “typical” purchase or located in a non-home base location. All of this done through AI, which is used for identifying fraudulent transactions.
  5. Education: Teachers and students have a wide range of tools available, ranging from Google Searches, in which alternate search terms are instantly suggested, citation generators, plagiarism checkers, and even Siri has become a popular tool for searches. An astounding amount of information generated instantly, far more advanced from thirty years ago and society’s reliance on card catalogs, calculators and books.

But what does AI mean for today’s classrooms?

Looking at these common uses in everyday life makes it easier to think about some ways that Artificial Intelligence can transform classrooms. Where will we see the biggest benefits? I think that it is important to take a look at your own classroom and consider: What are some of the tasks that are typically done? How are you and the students spending your class time? What are some ways that you could get some of that time back by using AI? Time to dream big!

Thinking about my own classroom, some of the most time-consuming tasks are conferencing and finding time to work with each student, creating and reviewing assessments, locating appropriate supplemental activities to differentiate for students, offering more engaging and immersive learning experiences. AI can address each of these areas, increasing the time available to spend doing more interactive lessons, having students lead, having more time to focus on relationships in the classroom and truly providing students with a world full of opportunities, personalized to their needs and instantly available.

So how can AI help?

  1. Communication:  Students and teachers will be able to communicate instantly with one another as well as to connect with other forms of AI around the world. Students instantly paired with peers, helping each student to expand their own personal learning networks, with personalized and more authentic connections that will meet the students’ interests and needs at any given moment. Think of the benefits for being able to converse with AI or a virtual peer, which has been located based on an assessment of student needs and error analyses. Build foreign language skills, talk to someone about school, family, life in a country being studied, possibilities are endless for language learning.
  2. Differentiation: With the availability of AI,  students and teachers will be able to connect with resources they need exactly when they need them. The entire internet of resources accessible within seconds, deliverable to each student saving valuable time for more interaction between teacher and student, and students and students. Through AI, students can have access to one to one tutors, creating more authentic learning experiences by pairing students with an expert or a virtual peer to learn with. Think of the benefits if each student could have instant access to a tutor wherever and whenever they needed one.
  3. Personalization: What better way to offer more personalized learning opportunities for students than to have AI be able to analyze student responses, determine areas of need and interest, and find resources or create new questions to help students to greater understanding of the content. What about the potential for informing the classroom teacher, and working together to create new learning opportunities for students, but in a faster way, that relates directly to the student needs and offers authentic and timely feedback.
  4. Exploration: With the rise of augmented and virtual reality, and the benefits of bringing these into the classroom for students to have a more immersive learning experience and to see places and explore things that otherwise they would not, AI can be a tremendous benefit for this. Through AI, resources could be found instantly based on student responses, or for the entire classroom to experience. Capabilities such as these are not something that will be limited by the time and place of the classroom setting. AI could show students want they want to explore, find ways to bring the content to life instantly.
  5. Assessments: AI could help teachers to assess students and streamline the grading process, with the added benefit of being able to quickly take the data, provide an analysis for teachers, so that time can be saved for more classroom interactions. It can help with student achievement, making sure that each student has the opportunity to learn and grow, benefitting from the faster responses through AI.

Considerations for the future.

Even though there has been concern expressed for what AI could mean for education: would AI lead to the replacement of teachers? Would the use of AI in the classroom have any negative impacts on student learning? There could not be a replacement of teachers because AI cannot help students to build SEL skills and learn from human interactions, vital components of relationships in the classroom. So in the end, what could AI do? Here are 10 roles for AI that can be used in education.

AI can quickly interpret a student’s needs and design an appropriate assessment. It can show students mastery, repeat lessons as needed and quickly design a personalized learning plan for each student. AI could provide teachers with a virtual teaching assistant, (something that was done in 2015 without students even knowing), which then frees time for the teacher to move around the room and facilitate learning. But more than just teachers and students, it can be a way to support parents by involving them in the learning environment of students and providing them with the information they need to help their students be successful when they’re not in the classroom. The future likely holds a lot of possibilities for AI and teachers can take the opportunity to be informed of the possibilities and being open to discussions with students.

Updated on May 8, 2019

Nearpod and Pear Deck: What is the difference?

When presenting at different edtech conferences, or in conversations at edcamps, I am often asked what makes Nearpod different than PearDeck. We know there are many great digital tools available that open up the spaces and time for students to learn. Lessons become more interactive, students can work on them in or out of class, blended learning is facilitated easier with tools like these. So what are the similarities and differences between them? Both offer many options, that it truly can come down to a personal preference or comfort level.

Features

  Both Nearpod and Pear Deck offer a variety of question types and activities as ways to assess students, but more importantly, these tools help to increase student engagement and expand where and when students learn. Both tools offer free as well as paid versions. Through Nearpod, all question types are available in the free version (Open Ended, Polls, Quiz, Draw, and Collaborate), as well the ability to add an activity “on the fly”, whereas in Pear Deck, only three types of questions are available in the free version (Multiple Choice, Numbers, and Text). For reports, all are accessible through the free version of Nearpod, however with Pear Deck, the “session review” is only available with the paid version. Some of the additional features available through Nearpod make it distinct in comparison with Pear Deck. 

Nearpod enables students to experience Virtual Reality (VR), by interacting with 3D shapes or going on a Virtual Field Trip, powered by 360 cities, right from the classroom. This immersive capability promotes global knowledge, expanding student comprehension of different perspectives and allows students to become immersed in new environments. Nearpod continues to add new features, most recently, “Collaborate” an interactive brainstorming tool where teachers and students can share posts and images, such as a quick reflection or a more engaging way to have a discussion during a live session. The posts can be “liked” by students and are sortable by the teacher. In Nearpod student notes, students can annotate the Nearpod lesson and have their notes and responses saved to a Google document or a PDF, in the Nearpod School and District subscriptions. Here is the  Nearpod Library of resources. 

Pear Deck has some distinct features as well (available in the premium accounts) that can be added when creating a deck, as part of the “slides.” Through a unique question type named “DraggableTM ” students can place dots onto images for various purposes. For example, using “thumbs up” and “thumbs down” students can place a dot as to whether they understand the material, draw dots on a map or a graph, and then the teacher can cast all responses on the screen, without showing the name of each student. Individual responses can be highlighted separately when projected on the screen, still without showing student names. Another feature in Pear Deck is the ability to lock student screens so that a student cannot change an answer. In terms of assessments, this is a nice feature to have, to help in the area of academic integrity. Some of the “add-ons” available in the premium account are the “takeaways”  from sessions, with student responses, which can then be published to a Google Document, students can then review, and the document goes to the Google Drive.

Usability

Creating a lesson and presenting it “live” in class, assigning it for homework or a “student-paced session”, can be done with both of these tools, although the manner of creating the lessons differs in how you add slides and the types of content. Both tools work with Google Classroom, Nearpod also integrates with Schoology and Canvas. Both platforms can be accessed on any device from the web, and Nearpod has native apps for iOS and Android operating systems. With Nearpod, links can be shared to have students access the lesson as well.  With Pear Deck, students log in using a Join Code or directly through Google Classroom and access it through Chromebooks or the Chrome add on through the web. It is available for use on all devices. Teachers can facilitate lessons in class or as student-paced rather easily with either tool, but there are more options available within Nearpod at the free level.

Content

Nearpod has the edge with its library of thousands of lessons for different content areas and grade levels, ready for free download and customization. In Pear Deck’s “Orchard”, there are a few free sample decks available to download and copy to your Drive, and introductory decks are available to learn how to create your own lessons. The Pear Deck Orchard does not appear to offer as many lessons as does Nearpod’s library. Comparisons of the Nearpod Features in depth.

Integrations

Both Nearpod and Pear Deck integrate with Google Classroom. Nearpod also integrates with Blackboard, Canvas, itsLearning and Schoology, and offers the ability to “upload files” from OneDrive, Dropbox, Box, Google Drive, and the computer. Pear Deck offers the ability to import class rosters directly from Google Classroom. Powerpoints can be uploaded for free with Nearpod, whereas this capability is a paid featured with Pear Deck.

Conclusion

Each tool offers many options for enhancing student learning and provides diverse methods of assessing students and delivering content. They each offer websites full of information to help educators get started creating lessons. There is a range of features within each tool, however for someone looking for more interactive lessons in and out of the classroom, or ready-made digital lessons, Nearpod has the edge with its library full of lessons on different content areas and levels. And for opportunities to engage students in learning, promote active learning and exploration, and assess students through multiple methods, Nearpod also edges Pear Deck in this, as there are more options available in the free version. Pear Deck offers some distinct features especially if you are in a Google Classroom. The session takeaways and reviews with comments are a great way to involve students in self-assessment.

When it comes down to it, the decision has to be made based on what’s best for your students and your classroom. Either way, offering new ways for students to be engaged in learning is win-win.