Why 360°? Practical classroom examples and finding content
In today’s rapidly changing educational landscape, 360° video technology is opening new doors for meaningful and engaging learning. As an immersive medium, 360° video allows students to explore complex topics in a more interactive and emotionally engaging way, especially in areas like sustainability education, where connecting with real-world challenges is key.
- Understand the types of digital content — and where 360° fits.
- See what research suggests about 360° vs. flat video in science learning.
- Use 360° video for virtual field trips that are engaging and inclusive.
- Learn key terminology, where to find free content, and how to check quality.
- Apply the basics of copyright and Creative Commons.
Introduction
Traditional teaching tools such as textbooks, lectures, or slides often struggle to communicate the urgency and interconnected nature of global sustainability issues. In contrast, 360° video enables students to virtually step into diverse environments, such as a coral reef affected by climate change, and experience these situations firsthand.
In contrast to standard videos, 360° video let students look around freely, exploring scenes from different perspectives. This sense of presence and control encourages curiosity and active participation, helping learners feel more involved in the subject matter. As a result, students become active participants in their learning process instead of passive viewers.
A practical mindset
While 360° video might seem technically challenging at first, this module shows that it is both accessible and highly effective. It offers practical guidance, real classroom examples, and useful tools to help you bring immersive media into your teaching, particularly in STEM and project-based learning.
2.1 Fundamentals of digital content
Any educational resource that is available in digital format and can be accessed via computers, tablets, smartphones, or virtual platforms is referred to as digital content. In addition to text and videos, this also includes infographics, digital games, podcasts, simulations, and immersive media like 360° and Virtual Reality (VR).
Digital content offers more flexibility and engagement than printed materials because it's frequently interactive, flexible, and simple to share. Teachers can use multimedia to encourage deeper understanding, quickly update content, and adapt materials to meet the needs of various students.
It's important to remember that digital content is more than just a digital textbook. When designed with pedagogy in mind, it supports differentiated instruction, accessibility, and student-centered learning whether in the classroom or online.
Digital content categories
Category | Examples | Educational Value
Text
Examples: Articles, PDFs, blog posts, digital textbooks, transcriptions
Educational value: Supports literacy, close reading, and critical thinking.
Visuals
Examples: Diagrams, charts, infographics, visual summaries
Educational value: Clarifies complex ideas, reinforces learning, and supports visual learners.
Audio
Examples: Podcasts, audiobooks, recorded lectures
Educational value: Offers flexible learning, improves listening skills, supports language development and reflection.
Instructional video
Examples: Tutorials, demonstrations, flipped classroom videos
Educational value: deal for demonstrations, explanations, and flipped classrooms and visual learning.
Interactive learning
Examples: Games, quizzes, simulations
Educational value: Allows learners to apply knowledge, receive feedback and engage actively.
Immersive media
Examples: VR, AR, 360° video
Educational value: Immerses students in environments that support exploration, empathy and experiental learning.
Why 360° stands out
Among immersive tools, 360° video stands out for placing students in real or simulated environments. Instead of watching passively, students can explore, observe, and make choices based on what they see. This sense of presence enhances engagement, emotional connection, and memory. For teachers, it facilitates inquiry-based learning, cross-curricular instruction, and provides virtual access to remote or otherwise unreachable locations, especially when access to the real world is restricted or limited.
2.2 Key research: 360° vs. flat video in science learning
A growing body of empirical research has compared the educational impact of 360° video and traditional flat video in classroom contexts, particularly within science education. These studies help educators make informed decisions about when and why to integrate immersive video.
Christopoulos et al. (2023)
Christopoulos et al. (2023) compared stereoscopic 360° VR and flat video in a high school biology course. While learning outcomes were similar across both groups, students using 360° VR reported higher levels of motivation, attention, satisfaction, and perceived relevance. The study suggests that although 360° video may not boost test scores, it can enhance student engagement and enrich the overall learning experience in science education.
Wu et al. (2021)
Wu et al. (2021) conducted a quasi-experimental study with elementary students comparing spherical video-based virtual reality (SVVR) and traditional flat video in science inquiry tasks. Students in the SVVR group showed significantly better problem-solving performance, especially those with lower initial motivation. The immersive experience also improved engagement and contextual understanding. The study suggests that 360° video can effectively support both learning outcomes and motivation in inquiry-based science education, particularly for less motivated learners.
Parong & Mayer (2018)
Parong and Mayer (2018) examined the effects of flat video, 360° video, and fully immersive VR on university students learning about the circulatory system. While all groups performed similarly on knowledge tests, students in the 360° and VR conditions reported higher engagement and enjoyment. The study concludes that immersive video enhances emotional involvement but does not necessarily improve learning unless combined with instructional support or scaffolding.
Teacher takeaway
The study concludes that immersive video enhances emotional involvement but does not necessarily improve learning unless combined with instructional support or scaffolding.
2.3 Pedagogical benefits of virtual field trips
One of the most impactful uses of 360° video is its ability to simulate field trips to remote or otherwise inaccessible locations. These immersive experiences can transport students to the Amazon rainforest, the Great Barrier Reef, a wind farm or even the surface of Mars without ever leaving the classroom. This powerful sense of presence activates a range of pedagogical benefits, supporting more engaging, inclusive, and meaningful learning.
Experiential Learning
360° video places students inside real-world environments, allowing them to explore complex systems, like ecosystems or weather patterns, in context. This supports experiential learning, in which understanding develops through direct observation and interaction, as well as through learning by doing and connecting knowledge to lived experience.
Multisensory Engagement
Unlike traditional media, immersive video activates multiple senses (visual, auditory, and spatial) enhancing cognitive processing and memory. When students observe a rainforest canopy, hear insects buzzing, and scan the forest floor, they connect abstract concepts with sensory input. This is especially effective in sustainability education, where empathy for ecosystems and non-human life plays a key role in shaping values.
Inquiry-Based Learning
Immersive scenes naturally spark curiosity. As students explore, they form questions, notice details, and draw connections, mirroring how scientists conduct fieldwork. Teachers can guide this process through structured tasks that encourage observation, analysis, and reflection. For example, students might identify signs of environmental change, compare habitats, or develop their own scientific questions.
Inclusivity and Accessibility
360° video provides a more equitable alternative to traditional field trips, which not all students can afford or physically access. Virtual field trips allow all learners, regardless of ability, location, or background, to explore places that might otherwise remain out of reach. This promotes broader access to meaningful, high-quality learning experiences.
Language and Communication Development
Immersive environments are also powerful tools for language development. After a virtual visit to a coral reef or rainforest, students can describe what they experienced, write reflections, or create digital narratives. These activities build expressive and academic language, especially when learners are encouraged to articulate their thoughts and interpret their surroundings.
For example, students might identify signs of environmental change, compare habitats, or develop their own scientific questions.
2.4 Basic terminology and tips for sourcing free 360° videos
Understanding important terms and knowing where to locate excellent, free educational resources are beneficial as you start implementing 360° video in your classroom. This section offers a summary of key terminology that will help you navigate this new format confidently:
Key terminology (quick glossary)
A video that captures every direction at once, allowing viewers to look around by swiping, dragging, or moving a device or headset.
A computer-generated environment that can be fully immersive. 360° video is a non-interactive form of VR.
The visible area in the scene. In 360° video, viewers can change their FOV by navigating the video.
Monoscopic 360° video is flat and viewable on regular screens. Stereoscopic adds depth and requires a VR headset.
Allows mobile device movement to control viewing direction, enhancing immersion without extra equipment.
A teacher’s content checklist
While 360° video offers rich learning opportunities, its success depends on careful selection and thoughtful integration. Not all immersive content is suitable for every classroom, so it's important to align it with your goals, your learners, and your teaching context. The following key points can guide you:
Preview for Purpose and Pedagogy: Always watch the full video before presenting it to your students. Think about whether it helps you reach your lesson objectives, connects with the curriculum, and is appropriate for the age of your students A visually engaging video that lacks educational value may entertain, but it won’t deepen understanding. Look for content that introduces new perspectives, complements existing knowledge, or puts abstract ideas in a real-world context.
Check Technical Quality and Clarity: High-definition quality is essential for immersive video. Since students are encouraged to look closely at things, low-resolution or unstable footage can disrupt learning. Aim for videos in 1080p or higher resolution, with smooth camera movements and clear audio. These elements help maintain immersion and prevent distraction during group or individual viewing.
Prioritize Accessibility and Inclusion: Choose videos that offer closed captions or text overlays. These features not only support students with hearing impairments but are also valuable for English language learners and younger students. Clear narration and appropriate pacing further improve accessibility. When possible, choose videos that provide subtitles or multiple language options to ensure all students can interact with the content in a meaningful way.
Check the Source and Licensing: Use content from credible educational sources like NASA, National Geographic, or university and museum websites. These resources typically offer accurate, high-quality learning content and materials. Always verify the licensing terms—prefer Creative Commons or content clearly marked for educational use. Unless specifically allowed, refrain from downloading or editing content.
Think Beyond the Viewing: Watching a 360° video should be part of a broader learning process. Prepare students before the experience by introducing important vocabulary or setting a purpose for viewing. During the video, pause at key points to encourage observation or discussion. After that, reinforce learning with follow-up tasks such as mini research projects, presentations, reflective writing, and drawing. This approach transforms the experience from passive viewing into active, student-centred engagement.
Consider Technical Logistics and Classroom Management: To prevent interruptions, test all devices and internet connections in advance. Make sure students understand how to swipe, drag, or tilt the screen to navigate the video if they are using tablets, phones, or headsets. For shared screen viewings, guide students’ attention by controlling the direction of the view. In larger classes, consider grouping or pairing students to support collaboration and peer learning
Where to find free 360° content
To support the effective use of 360° video in the classroom, educators can draw on a range of high-quality, curriculum-aligned sources that offer immersive content tailored to diverse subject areas and learning needs.
YouTube: Provides wide range of educational 360° content. To find high-quality videos, search using topic-specific keywords like “360 coral reef” or “Amazon rainforest 360”, and include terms such as “VR” or “virtual reality” to refine your results. Use filters to check video quality and license type.
National Geographic 360 (YouTube): Offers a rich collection of high-quality 360° videos exploring ecosystems, wildlife, indigenous cultures, and climate-related topics around the world. These immersive experiences support teaching in geography, environmental science, and global citizenship, encouraging students to develop curiosity about the natural world and an awareness of environmental and cultural diversity.
NASA 360 & VR Resources: Offers a wide selection of immersive educational experiences, including virtual tours of Mars, the International Space Station, and major space missions. These resources are ideal for supporting lessons in physics, astronomy, and environmental and space science, helping students grasp complex scientific ideas through visual and experiential learning.
Google Arts & Culture: Offers immersive 360° tours of museums, heritage sites, and natural landmarks. Ideal for cross-curricular teaching in science, art, history, and cultural studies, this platform allows students to explore collections and spaces they might not otherwise encounter, encouraging visual literacy and cultural engagement.
Discovery Education VR: Provides a variety of virtual field trips and immersive learning experiences aligned with educational standards, including environmental exploration and cultural understanding. Educator guides and classroom resources are also available for structured integration.
Quick integration tip
These platforms give teachers an easy way to start using immersive instruction. By selecting quality content and aligning it with learning goals, 360° video can become a powerful tool for engaging, inclusive, and meaningful classroom experiences.
2.5 Copyright basics and Creative Commons for educators
Understanding fundamental copyright principles is crucial when utilizing digital content in the classroom, including audio, video, and image. Something is not necessarily free to use just because it is freely available online. Since many resources are copyright protected, it is illegal to share, copy, or alter them without the creator's consent and permission. Using such materials without consent can breach intellectual property laws and go against responsible educational practices
In the European Union, copyright is guided by common directives, but individual countries may have specific laws and exceptions -especially for educational use-so it's important to consult national guidelines where applicable.
Copyright
Copyright applies to original works including written texts, photographs, music, films, and digital media. It grants creators the exclusive right to control how their work is used, shared, or altered. For example, a video posted on YouTube may be publicly viewable, but that does not automatically give you the right to download, edit, or show it in your classroom, unless the licensing terms explicitly allow it.
Creative Commons (CC)
Creative Commons is a licensing system that allows creators to give others permission to use their work under specific conditions. These licenses are clearly marked and easy to follow. For educators, they offer a reliable way to find and use resources legally and ethically.
Some commonly used Creative Commons licenses include:
Common Creative Commons licenses (at a glance)
CC BY – Allows you to use, share, and adapt the content, as long as you give appropriate credit to the creator.
CC BY-NC – Allows reuse and adaptation for non-commercial purposes only, with proper credit to the creator.
CC BY-SA – Allows reuse and modification, as long as you credit the creator and share your work under the same license terms.
Good practice for teachers
Many trusted educational, scientific, and cultural groups have content that is licensed under Creative Commons. Teachers not only protect themselves and their schools from copyright infringement by choosing and using materials that are properly licensed, but they also show their students how to be responsible digital citizens. Showing how to respect intellectual property helps students learn how to use media ethically and how valuable creative work is.
2.6 Practical exercise for educators: exploring and planning with 360° video
This hands-on activity will help you reflect on what you've learnt in this module by asking you to explore a 360° video and consider how you might integrate it in your teaching in a meaningful way. The goal is not only to find good and suitable content, but also to reflect on its educational value and how it aligns with your curriculum and pedagogical aims.
Step 1: Search and Select
Visit a trusted platform such as YouTube, National Geographic, or NASA. Use keywords that combine your subject area with terms like “360 video”, “360 VR”, or “virtual field trip”. For example: “360 video rainforest”, “360 volcano geography”, or “360 VR renewable energy”. Choose a video that allows for immersive exploration (e.g. moving the screen or device to look around). As you browse, consider whether the video is visually clear, age-appropriate, and relevant to your learning goals.
Step 2: Reflect on Pedagogical Potential
After previewing the video, reflect on how it could support learning in your classroom. Use the following guiding questions:
Curriculum connection: What subject area(s) or learning objectives does the video support?
Pedagogical value: What skills, concepts, or competencies could it enhance (e.g. observation, empathy, critical thinking, collaboration)?
Student engagement: What aspects of the video do you think students will find interesting, surprising, or challenging?
Step 3: Outline a Lesson Integration
Sketch a short plan showing how you would incorporate this video into a lesson, including three phases:
Before viewing: What background knowledge or key vocabulary do students need? How will you introduce the topic and set a purpose for watching?
During viewing: Will you guide students with prompts, pauses, or specific focus areas? How will you support interaction through note-taking, small-group discussion, or paired exploration?
After viewing: What follow-up activity will extend learning? You could assign creative writing, drawing, research tasks, reflection journals, or short presentations to reinforce and deepen understanding.
Optional Extension
Share your selected video and lesson outline with a colleague or in a professional learning community. Reflect together on how immersive media like 360° video can enrich classroom learning and promote inclusive, place-based, or inquiry-driven approaches.
References
Chen, X., & Zhang, Y. (n.d.). Virtual field trips in K–12 classroom teaching: A systematic review. International Journal of Technology in Teaching and Learning. https://doi.org/10.37120/ijttl.2023.19.1.03
Christopoulos, A., Pellas, N., Bin Qushem, U., & Laakso, M. J. (2023). Comparing the effectiveness of video and stereoscopic 360° virtual reality-supported instruction in high school biology courses. British Journal of Educational Technology, 54(4), 987–1005. https://doi.org/10.1111/bjet.13306
Mayer, R. E. (2009). Multimedia learning (2nd ed.). Cambridge University Press.
Parong, J., & Mayer, R. E. (2018). Learning science in immersive virtual reality. Journal of Educational Psychology, 110(6), 785–797. https://doi.org/10.1037/edu0000241
Rana, S., Sheshadri, T., Malhotra, N., & Basha, S. M. (2024). Creating digital learning environments: Tools and technologies for success. In Transdisciplinary teaching and technological integration for improved learning: Case studies and practical approaches (pp. 1–21). IGI Global. https://doi.org/10.4018/979-8-3693-8217-2.ch001
Wu, J., Guo, R., Wang, Z., & Zeng, R. (2021). Integrating spherical video-based virtual reality into elementary school students’ scientific inquiry instruction: Effects on their problem-solving performance. Interactive Learning Environments. https://doi.org/10.1080/10494820.2019.1587469
Module 2 • Quick Quiz
Answer all 5 questions, review your selections, then click Submit answers. After submitting, your answers lock and you’ll see feedback. You pass with 4 / 5 correct.
Funded by the European Union. However, the views and opinions expressed are solely those of the author(s) and do not necessarily reflect those of the European Union or the Nationalen Agentur im Pädagogischen Austauschdienst. Neither the European Union nor the granting authority can be held responsible.
Project code: 2024-1-DE03-KA220-SCH-000256179
This work is licensed under a Creative Commons Attribution-NonCommercial-ShareAlike 4.0 International License.
