From Engagement to Immersive Learning

• Definition and comparison of gamification, game-based learning, Virtual Reality, Augmented Reality and Mixed Reality, focusing on what each approach offers, when it is appropriate and how it can support different learning objectives.
• Explore when gamification adds genuine educational value and when it can become an unnecessary layer of rewards or competition.
• Experiencing game-based challenges using storytelling, missions, collaborative tasks, progression, feedback and problem-solving, rather than relying primarily on points, badges and leaderboards.
• Explore the principles of meaningful learner engagement, motivation, active participation and purposeful challenge.
• Analysis of examples of gamified and immersive learning experiences and select the most appropriate approach for different classroom scenarios.

Experiencing Virtual Reality as a Learner

• Introduction to immersive learning through hands-on use of the Meta Quest VR equipment available at the EMPHASYS STEAM Lab.
• Experience and comparison of different VR learning scenarios from the learner’s perspective, considering immersion, interaction, engagement, accessibility and educational value.
• Explore how VR can support learning in Geography, History, Mathematics, Biology and other Science subjects, Languages, Art, cultural heritage, VET and environmental education.
• Discussion on when VR can provide experiences that are difficult, expensive, dangerous or impossible to reproduce in a traditional classroom.
• Evaluation of VR experiences against specific learning objectives and identify situations where VR may not be the most appropriate teaching approach.

Designing with VR and AR

• Explore how educators can move from consuming immersive content to designing meaningful learning experiences.
• Investigation of simple AR creation approaches and develop an AR-enhanced learning activity connected to their own subject or curriculum.
• Explore how images, 3D objects, information, locations and interactive elements can be used to create contextualised learning experiences.
• Development of an initial immersive learning concept combining VR and/or AR with clear learning objectives, learner tasks and expected outcomes.
• Peer feedback to evaluate whether the technology genuinely enhances the learning experience rather than simply adding novelty.

Storytelling, Missions and Game-Based Learning

• Explore storytelling as a powerful structure for immersive and game-based learning, including characters, scenarios, missions, challenges and meaningful progression.
• Designing of a learning mission or escape-room-style educational challenge connected to a curriculum topic or professional learning objective.
• Explore collaborative games where learners work together to solve problems, make decisions, communicate and apply knowledge rather than simply compete against one another.
• Integration of feedback, levels, discovery and meaningful choices into their learning experiences while considering learner motivation.
• Explore how immersive scenarios and game-based challenges can be used across different subjects, educational levels and learner groups.

Inclusive, Accessible and Responsible Immersive Learning

• Explore practical accessibility considerations including motion sickness, sensory overload, visual or physical accessibility, different learning needs and individual comfort levels.
• Discussion on age appropriateness, safe use of VR headsets, appropriate duration of immersive activities, supervision, hygiene and the importance of balancing immersive experiences with non-digital forms of learning.
• Development of alternative participation pathways for learners who cannot or do not wish to use a VR headset, ensuring that immersive learning does not exclude learners.
• Explore privacy and responsible use of immersive technologies, including learner data, accounts, content selection and safe digital behaviour.
• Adaptation of an immersive or gamified learning activity to make it more inclusive, accessible, safe and appropriate for a diverse classroom.

Creating, Testing and Implementing an Immersive Learning Experience

• Creation of a complete classroom-ready Immersive Learning Experience combining VR, AR and/or gamification according to their subject, learners and educational context.
• Testing of their experiences with peers and collect feedback on educational value, engagement, usability, accessibility and technical feasibility.
• Introduction to AI as an emerging connection to immersive learning explores possibilities such as AI-generated characters, environments or educational content, without duplicating the dedicated AI course.
• Finalisation of an implementation plan identifying how they will introduce the experience into their classroom or organisation and share the practice with colleagues.

*Study visits will be selected according to availability

• Visit to a Primary or Secondary School in Nicosia – Participants will visit a local school to explore how digital, immersive and game-based learning approaches can be incorporated into classroom practice. The visit will focus on learner engagement, curriculum integration, classroom management, accessibility and the practical considerations involved in introducing emerging technologies into education.
• Visit to CYENS Centre of Excellence – Nicosia – Participants may visit CYENS Centre of Excellence in Nicosia to explore current research and innovation in emerging technologies and their applications. The visit will provide an opportunity to connect immersive learning with real-world research and innovation, discuss emerging developments in VR, AR and related digital technologies, and consider how these technologies may influence education and future learning environments.