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Design of E-Learning Programs, By: Julissa Arauz - Coggle Diagram
Design of E-Learning Programs
Design and Conceptualization of Multimedia Materials
Technological Foundations of E-learning
• Technological Innovations
o Videoconferencing, learning analytics
Artificial intelligence, augmented reality, simulations
Interoperability
o Standards (SCORM, xAPI, LTI)
Reusability and compatibility
• Technological Infrastructure
o Hardware and software components
LMS platforms (Moodle, Blackboard, Canvas, Google Classroom)
o User management, navigation, communication, evaluation
Conectivity
o Stable internet access
o Compatibility with devices (PCs, tablets, mobiles)
o Format and resolution adaptation
• Content Creation Tools
o Rich text editors
o Authoring programs (Articulate Storyline, Adobe Captivate)
o Video editing, interactive objects, graphics, and sound
Types of Digital Materials
• Audiovisual Resources
Videos
Podcast
Video lessons
• Interactive Multimedia Materials
Infographic,
concept maps
Learning objects
simulations
Colaboratives Materials
Wikis,
blogs,
shared documents,
forums
Open Educational Resources (OER)
Open licenses,
reuse, and adaptation
Enriched Textual Materials
o PDF, EPUB, HTML documents
o Links, images, interactive navigation
Standards and Formats for Multimedia Content
Key Standards
SCORM: packaging and tracking in LMS
xAPI: tracking learning beyond LMS
Accessibility
WCAG: alt text, subtitles, accessible navigation
Ethical and legal requirements
• Multimedia Formats
o Video: MP4
o Images: JPEG, PNG, SVG
o Animation: GIF
o Audio: MP3, AAC
o Documents: PDF, EPUB
o Interactive: HTML5 (replacing Flash)
Integration of ICT Resources in Training Proposals
Diversification of Knowledge Access
Platforms, digital libraries, multimedia resources
Personalized and adaptive learning paths
Interactivity and Participation
Forums, chats, videoconferences, simulators, AR/VR
Development of communication, critical thinking, collaboration skills
Tools for Production and Editing of Materials
Multimedia Content Creation Tools
Adobe Captivate, Articulate Storyline, iSpring Suite
Interactive courses, quizzes, simulations, SCORM modules
Lightweight Design Platforms
Genially, Canva, Visme
Infographics, micro-courses, graphic resources
Quality Standards and Technical Structure of E-learning
International Standards for Digital Content Design
• Quality, Interoperability, and Accessibility Assurance
o Promote reusable, adaptable materials across platforms
o Ensure inclusion for users with diverse abilities
o Foster equity and efficiency in design and distribution
Main standards
o SCORM: packaging and tracking in LMS
o xAPI: tracking learning across multiple environments
o WCAG: web accessibility guidelines
IMS Global Standards
o IMS Content Packaging: content packaging
o IMS LTI: secure integration of external tools
o IMS QTI: interoperability of assessments
Structure of Reusable Content and SCORM
Concept and benefits
o Modularity for adaptation, updating, and personalization
o Self-contained learning objects with metadata
o Resource optimization and production efficiency
• SCORM as Structural Standard
o Content Packages with files and manifest file
o Compatibility with multiple LMS and platforms
o Coherent organization for learning sequences
Advantages
o Detailed tracking of student progress and results
o Sustainable and collaborative instructional design
o Facilitates inter-institutional exchange
Languages and Formats for Content Exchange (XML, HTML5)
XML
o Structured data storage and transport
o Use in metadata, SCORM and IMS packaging
o Facilitates interoperability and coherent resource management
HTML5
o Native creation of interactive multimedia content
o Compatibility with mobile devices and modern browsers
o Integration of accessibility and visual adaptability
XML + HTML5 Synergy
o Attractive, structured, and reusable materials
o Efficient navigation and tracking management
o Foundation for innovation and quality in e-learning
Procedures for Technical Validation of Materials
Accessibility Validation
Application of WCAG guidelines: alt text, keyboard navigation, subtitles, contrast
Ensures inclusion and legal compliance
Digital File Robustness Testing
o Verification of links, integrity of videos and audios, optimized formats
o Use of automated tools to validate standards and accessibility
• LMS Integration Verification
o Load, navigation, and tracking tests (SCORM, xAPI)
o Confirmation of correct progress and results recording
o Evaluation of loading times and performance
Process for Developing Standards-Aligned Content
Planning and analysis
o Definition of learning objectives, student profile, and technological context
o Selection of appropriate standards (SCORM, xAPI, WCAG, IMS)
o Guides design and production decisions
Instructional Desing
o Modular and cohesive content structuring
o Development of style guides, templates, and content maps
o Incorporation of metadata (LOM, Dublin Core) for cataloging and management
Production and testing
o Creation of learning objects with compatible formats
o Application of accessibility and optimization best practices
o Continuous testing of packaging, navigation, and interactivity
Design of Virtual Learning Environments
Pedagogical Design of Virtual Classrooms
• Intentional Didactic Architecture
o Not just digital replicas of physical classrooms
o Design for autonomy, interaction, collaboration, meaningful learning
o Each resource, activity, and space has a precise function
• Clear, Coherent, and Accessible Content Structure
o Organized in modules or thematic units
o Linked to specific learning objectives, resources, activities, and assessments
o Facilitates intuitive navigation and progressive knowledge building
Types of interections
o Student-content: multimedia materials, interactive activities, self-assessments
o Student-student: forums, collaborative projects, wikis, chats, academic social networks
o Student-teacher: personalized feedback, online tutoring, direct communication
• Accessibility and Inclusion Principles
o Use of accessible resources and alternative participation/evaluation options
o Respect for diverse needs and learning styles
o Student-centered, dynamic, flexible, and human learning environment
Learning Planning in LMS Platforms
Clear Definition of Learning Outcomes
o Specific, measurable, achievable, relevant, time-bound (SMART)
o Guides content, activities, assessments, and technology use
Logical and Progressive Course Structure
o Organized in thematic units or modules
o Includes study materials, practical activities, interaction spaces, evaluation mechanisms
Time Management and Scheduling
o Start/end dates, deadlines, clear timelines
o Use of LMS tools: calendars, reminders, progress tracking
Evaluation Planning
o Diagnostic, formative, summative assessments via quizzes, assignments, rubrics, portfolios
o Timely, specific, guiding feedback
o Use of learning analytics for monitoring and adapting strategies
Online Communication and Collaboration Too
Communication Tools
o Instant messaging platforms, institutional emails, discussion forums, videoconferencing (Zoom, Teams, Meet)
o Synchronous (live classes, tutoring, presentations) and asynchronous (forums) interactions
Collaboration Tools
o Cloud-shared documents, wikis, virtual boards, project management platforms (Google Docs, OneDrive, Padlet, Trello)
o Enable joint creation of documents, presentations, concept maps, databases, action plans
• Pedagogical Integration
o Design meaningful activities aligned with learning objectives
o Train students in tool use and communication norms
o Establish monitoring and feedback mechanisms to ensure quality interaction
Development of Hypermedia Digital Training Proposals
Characteristics of Educational Hypermedia Content
Multimodality and Diversity of Learning Styles
Use of verbal, visual, auditory, and kinesthetic languages
Facilitates comprehension, retention, and knowledge transfer
Interactivity and Active Construction
Navigation, problem-solving, manipulation, and self-assessment
Increases engagement and deeper learning
• Multimodal Integration and Non-linearity
o Combines text, image, audio, video, animations, and interactivity
o Non-linear navigation allowing personalized learning paths
o Student as an active protagonist in their learning process
Design of Interactive Learning Environments
Clear Pedagogical Objectives and Competencies
•
o Planning interactive activities fostering action, exploration, and decision-making
Allows multiple paths, learning from errors, and constructive feedback
Strategic Use of Multimedia Elements
o Clear texts, meaningful images, animations, videos, audios, and simulations
o Avoids cognitive overload and adds value to learning
Intuitive and Flexible Navigation
Free movement among modules and resources
Navigation maps, clear menus, hyperlinks, and action buttons
Student-Activity-Centered Digital Materials
Active Learning and Engagement
o Present challenges, problems, open questions, and projects
o Promote exploration, application, and reflection
Meaningful Interactivity
o Simulations, drag-and-drop activities, adaptive quizzes, educational games
o Stimulates interaction and knowledge construction
Flexibility and Personalized Paths
o Non-linear exploration respecting interests, prior knowledge, and pace
o Gamification elements to motivate and sustain participation
By:
Julissa Arauz
