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ThingLink

ThingLink: An interactive multimedia learning platform powered by AI
1.
Key Features
Interactive images and videos: Insert various forms of information, such as text, audio, and links, into images and videos.
360-degree VR content: Provides immersive learning experiences such as virtual tours and historical site explorations
Improved Accessibility: Integrating Immersive Reader with Web Page Accessibility View to improve accessibility for all students
Supports multiple devices: Available on computers, tablets, smartphones, etc.
2.
How to use it for educational purposes
Virtual Tours: Experience different places without actually visiting them
Project-based learning: Integrate multimedia materials for deeper learning
Interactive quizzes and assessments: Assess comprehension and provide immediate feedback
Collaboration between teachers and students: Useful for joint projects or group assignments
3.
Recently added AI features
Tag Suggestions: Save time creating content with automatic tag suggestions based on your project description
Scenario Builder: Supports creation of immersive learning scenarios using AI-powered branch suggestions, question generation, summary writing, etc.
ThingLink provides an effective learning environment for teachers and students through interactive multimedia features and AI tools, and its AI features make content creation easier and enable customized learning, increasing its usability in the educational field.
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ThingLink 2024: A New Innovation in Education
• Core updates Add live student question tags Support for AI-based content creation Create 360 degree panoramic images Real-time integration of AR apps Multilingual support system • Educational innovation features Custom Scenario Builder 2.0 MetaQuest VR Compatibility Learner-tailored interface Real-time evaluation system Virtual Field Trip Tool Innovative editor meets AI ThingLink’s 2024 update sets a new standard for education platforms. The number of tags has been expanded from five to six, enabling real-time interaction between teachers and students. The AI-based content creation system drastically reduces teachers’ lesson preparation time, and automatically analyzes PDF documents to generate relevant tags. Innovations in AR and 360-degree technology The integration of augmented reality apps has broken down the walls of the classroom. Students can experience real-time AR content on their smartphones and intuitively understand abstract concepts. The Pano 2 360 function has opened up new possibilities for virtual field trips by allowing the creation of professional 360-degree panoramic content even with ordinary smartphones. Changes in the actual educational field The use cases in the educational field have also become diverse. Beauty schools have organized practical courses as interactive courses to improve students’ practical skills, and educational escape games have made learning a fun challenge. A virtual field trip program based on research at Stanford University has enabled real-time learning anywhere in the world. Building an inclusive learning environment Accessibility enhancements are at the heart of this update. The customizable interface for diverse learners is designed to ensure that all students have equal opportunities to learn, from font size adjustments to multilingual support. Real-time feedback and formative assessment systems allow you to effectively manage individual student progress.
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Innovative updates to ThingLink Scenario Builder and AI integration
Major Updates • New Scenario Builder 2.0 version released • AI-based automatic scenario generation from PDF documents • Multilingual support and language switching function • Mobile optimized interface • Customizable landing pages • Detailed learning analytics features • Supports VR headsets and AR apps ThingLink's New Leap ThingLink has evolved over 14 years from a simple image interaction tool to a comprehensive learning experience platform. It is widely used in education from K-12 to higher education, as well as in corporate training and communications. Features of the new scenario builder Scenario Builder 2.0 can automatically generate scenarios based on PDF documents using AI technology. Users upload PDFs and enter brief descriptions, and AI will suggest learning objectives and content areas and generate a branching scenario structure. Users can freely edit and customize the generated scenarios, and can utilize images or text suggested by AI. Effective scenario-based learning It is designed based on the core principles of scenario-based learning, the '5C' (Context, Challenge, Choices, Consequences, Contemplation). It provides learning from failure in a safe environment, active participation, personalized learning experiences, and contextual learning based on real situations. Improved accessibility and sharing features The new landing page feature allows users to create their own content hub. Scenarios and ThinLink scenes can be organized into playlists for sharing, and custom URLs can be set. It is accessible across a variety of devices, including mobile devices, VR headsets, and touchscreens, and integrates with learning management systems (LMS). Effective Learning Analytics Provides detailed analytics data such as scenario completion rates, learner paths, and assessment results. This enables verification of required training completion and high-level assessments, and enables more detailed learning record tracking through xAPI.
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New Challenges for Education Professionals: From Educator to Instructional Designer
Key points: • Project management and educational expertise that form the basis of educational design • The need for learner-centered design and systematic problem-solving skills • The importance of utilizing educational technology tools and continuous self-development • Securing professional manpower and meeting the growing demand in the educational design market • Career development through participation in professional networks and certifications Experience of instructional design experts The careers of Dr. Sarah Dove and Jessica, both instructional design experts at Ohio State University, illustrate the many possibilities for transitioning into instructional design. Dr. Dove earned her PhD in dance theory and practice, while Jessica became an instructional design expert through data analysis and Italian language teaching. The Role and Challenges of Instructional Designers Instructional designers play a vital role in connecting instructors and learning implementation. They are responsible for a wide range of tasks, from HTML coding and operating learning management systems (LMSs) to project management and coordination of stakeholders. In particular, they plan and implement new projects, such as building virtual learning environments. The core of instructional design is 'backwards design'. This is a method of designing backwards from the goal and outcome before creating learning materials. For many educators, this approach is a new challenge. The biggest challenge in the field is implementing new designs within the limitations of the existing education system. Sometimes, a plan that has been studied and prepared with great effort may be difficult to implement due to system constraints, so the ability to creatively solve this problem is required. Real-world examples of new learning designs A case study of learning design using the ThingLink platform shows how instructional design can work in practice. Jessica introduced a “Choose Your Own Adventure” approach to her medieval women’s history class, allowing students to choose a historical figure of interest to study. Dr. Dove designed a structured learning experience for older learners with cognitive challenges. Using sequential numbering and consistent learning patterns, learners can follow a clear path while learning on their own. Preparing to Become an Instructional Design Professional Educators considering a transition to the field of instructional design need to prepare as follows. First, it is important to gain experience by using various educational technology tools directly. Technical skills such as HTML coding are also necessary. Second, expertise gained in the field of education is a great asset in instructional design. The ability to understand learning theory and systematically solve problems is also a core competency in instructional design. The instructional design market continues to grow. Especially with the growing importance of online learning after COVID-19, companies are investing in creating a real learning culture beyond formal education. This is leading to an increase in demand for instructional design experts. To develop your expertise, it is important to create a systematic portfolio. A portfolio created with a new tool like ThingLink can effectively demonstrate your expertise. Participating in professional networks and obtaining certifications are important elements of career development. Above all, the attitude of continuing to learn and try new things is the basis for success as an instructional design professional. Future Prospects The field of educational design continues to evolve with technological advancements and changes in learning methods. Based on their expertise in the field of education, we look forward to the challenges of experts who will open up new possibilities for educational design.
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