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E-learning Project Management - Coggle Diagram
E-learning Project Management
Leadership and Management of Distributed Teams
📌 4.1. Configuration of Interdisciplinary Teams
Roles: PM, Instructional Designer, SMEs, Multimedia, LMS Admin, UX/UI, Data Analyst, Tutor, Accessibility, Community Manager, QA
Keys: open communication, feedback, distributed leadership, trust
📌 4.2. Agile Methodologies for Remote Communication
Agile: iterative sprints, micro-deliverables
Communication: stand-ups, reviews, retrospectives
Tools: Kanban boards, reminders
Advantages: transparency, adaptation, motivation
📌 4.3. Motivation, Mentoring and Professional Development
Motivation: shared purpose, visible impact
Mentoring: peer knowledge transfer
Development: role rotation, recognition
Keys: feedback, innovation culture
📌 4.4. Intercultural Management and Conflict Resolution
Manage cultural differences
Clear protocols and documentation
Inclusion and fair participation
Conflict: mediation, empathy via video, prevention
📌 4.5. Ethics and Digital Wellbeing in Online Work
Ethics: transparency, bias prevention, data governance
Wellbeing: disconnect policies, active breaks, support
Communication: inclusive netiquette, avoid overload
Leaders set the example
Strategic Framework of E-learning Project Management
📌 1.1. Evolution of Distance Education and E-learning in the Digital Transformation
Understand the historical journey of distance education
Recognize the impact of digital transformation on teaching and learning
Identify milestones that shaped e-learning as we know it today
Value the transition from correspondence education to virtual ecosystems
📌 1.2. Principles of Project Management Applied to E-learning
Learn what project management is in this educational context
Know the stages: initiation, planning, execution, closure
Apply them to virtual learning projects
Highlight importance of clear objectives and aligned strategies
📌 1.3. International Standards and Models in Online Education
Identify key standards (SCORM, xAPI, WCAG, ISO/IEC)
Explore models that support quality in e-learning
Analyze why standards ensure interoperability and accessibility
Learn from global best practices
📌 1.4. Strategic Planning in Virtual Projects
Develop the ability to align vision, mission, and learning objectives
Connect institutional needs with technological and pedagogical solutions
Anticipate risks and plan mitigation strategies
Design sustainable and scalable e-learning projects
Management of Technological Resources and Virtual Platforms
📌 3.1. LMS Typologies and Selection Criteria
Moodle → flexibility, modular, plugins, open-source
Canvas → clean interface, user-focused, strong integrations
Open edX → scalable, data analytics, micro-credentials
SaaS solutions → convenience, no server management
Evaluation criteria: scalability, costs, usability, standards (SCORM, xAPI, LTI)
📌 3.2. Technological Architecture and Cybersecurity
Infrastructure decisions: public/private/hybrid clouds
Scalability and resilience with containers & Kubernetes
Data protection: encryption TLS 1.3, AES-256
Multifactor authentication, zero trust policies
Standards: ISO/IEC 27001, local data protection laws
📌 3.3. Integration of External Tools (LTI, APIs, Plugins)
LTI: seamless integration of external apps into courses
APIs: real-time data exchange with institutional systems
Plugins: extensions for added functionality
Governance and monitoring to avoid vulnerabilities
Strategy = combine LTI + APIs + Plugins
📌 3.4. Data Management: Interoperability, Privacy, Protection
Interoperability: SCORM, xAPI, LTI
Privacy: GDPR, local laws, explicit consent
Data protection: encryption, access control, backups
Governance model for consistency and security
📌 3.5. Process Automation and User Support
Automation: enrollment, billing, certificates
Pedagogical automation: content release, reminders, alerts
Support: AI chatbots + human agents
Monitoring dashboards with real-time metrics
Continuous improvement through performance indicators
Contemporary Theoretical Approaches to Education
📌 2.1. Constructivist Theory
Understand that learners build their own knowledge
Emphasize active, student-centered learning
Apply constructivist strategies in online contexts
📌 2.2. Connectivism
See knowledge as a network that grows with connections
Value digital tools as amplifiers of learning
Identify how social networks and communities foster learning
📌 2.3. Cognitive Load Theory
Learn to manage information to avoid overload
Design materials that facilitate comprehension and retention
Organize resources so students don’t get lost or overwhelmed
📌 2.4. Andragogy and Adult Learning Principles
Understand characteristics of adult learners: autonomy, experience, motivation
Create relevant, practical, and flexible e-learning strategies
Promote self-regulated learning with digital tools
📌 2.5. Emerging Paradigms in Education
Explore trends such as personalized learning, gamification, AI
Reflect on how technology transforms educational paradigms
Anticipate changes and prepare for innovation in e-learning