ThingLink for PBL in Science
ThingLink is an online software used to make images interactive. This year, I've used it during a project/problem-based learning (PBL) activity, in which students did a series of tasks to collect data on a soil site of their choice (please see my "Model Overview" to learn about how I use Levels in my classroom). They collected this data and saved it for the final activity, the Soil Report, which asked the students to compile all the information they learned about their soil site and to post it on a ThingLink. This ThingLink was then used to make a target on the larger map of Paracini Ponds (the field site we visited), which was also its own ThingLink. The insight I was looking to gain from the completion of this activity was whether students could take scientific data from a field exercise, analyze it, and make a decision about how the land should be used.
The storyline of our academic game gives meaning to the students' presence in the game. It enhances the importance of the curriculum and gives students a goal to work toward. The theme our storyline is based around is a deserted island. In the game, students are elite plane crash survivors (PCSs) who must learn to live on the island after not being rescued. Throughout the levels, students are asked to build fire, build shelter, find food, filter water, and survive unexpected storms. By mastering each level, students complete the tasks and move onto the next scenario in the game.
I use a variety of tools to help my students authenticate their learning. From blogging to social media and connecting with other classes across the country via Google Hangouts, my students use digital technology to reach learners just like them. To enhance our Genius Hour projects this year, we connnected with classrooms in Toronto. My students shared every aspect of their projects via Edublogs, as well as learned about and critiqued their virtual partners' projects. We also have a class Twitter page where we share our Instagram and Vine posts, as well as Tweets about what is happening in our classroom. To give the world a first-person view of our classroom, we also have a Google Glass blog that students document learning on via video and pictures from Glass.
The leaderboard is a display of both academic and behavioral progress for my students. The results are tabulated separately in the academic and behavioral games. In the academic game, the focus is on the experience points earned by students in academic activities. Experience points in the academic game are only awarded to students once they have mastered an activity. Once they have mastered the activity, points are added to the leaderboard. We review the academic leaderboard and recognize individuals who have made it to the top or who have made significant progress in the class. For the leaderboard in the behavior game, I use Classcraft to display students' points. This display can be sorted by experience points, health points, or action points depending on what is the required view. From my experience, the two leaderboards help steer a cooperative sense of competition among a lot of my students. It also motivates them to continue learning and sharing. Although much of this is external motivation at the beginning of the year, I see a shift towards internal motivation in regards to behavior and academic progress as the year continues. Students are much more willing to learn for learning's sake instead of a prize or written/verbal recognition as they become more accustomed to these behavior and academic qualities. The academic leaderboard displays the rankings of students in all three of my earth science classes. The behavior game on Classcraft is solely based on the students in that particular period.