Applications to learning
Applications to learning
Embedded Files
Multimodal learning
Multimodal learning
Holograms can support multimodal learning by engaging multiple senses and providing a rich, interactive experience that enhances the learning process.
Here are a few examples of how holograms contribute to different aspects of multimodal learning:
Visual learning
Visual learning
3D Visualization: Holograms provide 3D representations of objects, concepts, processes or data, making it easier for visual learners to understand complex information.
(Leung & Shi, 2024)
Emotional engagement
Emotional engagement
Immersive Experiences: The immersive nature of holograms can evoke emotions and enhance learner curiosity and engagement, making learning more memorable and impactful.
(Cerezo & Romero, 2019)
Kinesthetic learning
Kinesthetic learning
Interactive Learning: Learners can interact with holograms by moving, scaling, and rotating them, allowing for hands-on learning and engagement with objects.
Holographic simulations can also provide safe practice environments for practicing complex skills and procedures, for example, such as surgical procedures.
(Leung & Shi, 2024)
Personalized learning
Personalized learning
Individualized Learning & Feedback: Holographic systems can be configured to adapt to individual learning styles, preferences, and needs. They can also enable instant feedback on actions through remote collaboration and support, helping learners correct mistakes and reinforce learning.
Contextual learning
Contextual learning
Scenario-Based Learning: Holograms can create immersive scenarios for problem-solving and decision-making exercises. Additionally, Holograms can overlay information onto real-world environments, providing contextual learning experiences.
(Haleem et. al., 2022)
Auditory learning
Auditory learning
Audio Integrations: Holograms can include audio explanations, narrations, music, or sound effects to enhance learner engagement. Additionally, speech and voice commands can allow for verbal interactions with holographic systems which can enhance interactivity.
By incorporating these elements, holograms can create a rich, engaging, and effective multimodal learning environment that accommodates various learning preferences and enhances overall educational outcomes.
Page updated
Google Sites
Report abuse