In the constantly evolving educational landscape, the traditional model of instruction is transforming into a dynamic, collaborative, and hands-on experience for both teachers and students. The integration of phenomena-based learning has taken science instruction by storm and is the new expectation for the modern classroom. We’ve discussed this approach in several recent posts that emphasize the importance of collaboration as students work together to question, research, and explore real-world events.
Collaboration during phenomena-based learning is essential since students and teachers are engaging in shared inquiry. Students must be able to share their perspectives in order to deepen their understanding and learn from diverse viewpoints. Every student comes to class with varying levels of prior knowledge, making contributions from all students imperative.
In this post, we’ll explore technology tools that can help facilitate collaboration among both students and teachers.
Technology Tools for Sharing Documents
Students can typically access technology tools from both Google and Microsoft 365 Online while in school. Students can share presentations via Google Slides (reviewed here) in order to collaborate while in the classroom or at home. The sharing aspect of this tool allows students to collaborate asynchronously so they can continue working even when they are not in the same physical space. Students can leave comments, track their progress, and support one another as they discover the phenomenon.
Similarly, Microsoft’s suite of tools includes programs like OneNote (reviewed here) that allow student and teacher collaboration. Teachers can assign various digital notebook pages customized for each student and students can create a shared notebook in order to organize, plan, and develop their research.
Free Content Curation Tools
While students begin to research a phenomenon, they may need guidance finding resources and selecting sources. Padlet (reviewed here) is an easy way to invite students to post notes, images, links, and resources related to their research. Teachers can set categories for tasks, create small groups, and provide feedback to students as they collect information to develop their answers and engage in inquiry. Padlet’s platform is visually engaging and extremely user-friendly.
Wakelet (reviewed here) is another tool that supports content curation guidance and organization. Teachers can create various “wakes” to collect articles, videos, links, and resources that support student projects. Students can contribute to the collections or create their own to easily access any resource that is valuable to their research or your phenomena-based learning activities.
Edtech Tools for Presentations
If your students need to create multimedia presentations, it’s important to choose a tool that allows constant collaboration. One example is Canva (reviewed here), which also has a helpful infographic creator. Students can seamlessly create engaging presentations with text, data, video, and audio. The collaborative projects help students summarize and visualize their learning. Students can work simultaneously to add their content to the design and easily submit it to teachers directly through Canva or on most learning management systems.
Instead of traditional Google Slides or PowerPoint, students can also create interactive, collaborative projects using Prezi (reviewed here). Prezi allows for real-time collaboration, comments for teacher or peer feedback, and sharing capabilities. The presentations are dynamic and can be viewed independently or shared to the whole class.
Conclusion
Educational technology tools can help you successfully make the shift to phenomena-based instruction and increased collaboration in your classroom. Teachers and students can use these tools to deepen their learning and develop essential skills like critical thinking and communication. Implementing the right technology tools can become a meaningful and memorable experience for all teachers and students. Have you used any of these tools you in your science classroom? Tell us about it in the comments below!