Digital Literacies Position Statement Development - ILA Collaborative Framework
Overview
The International Literacy Association (ILA) position statement development process represents a critical intersection of research, practice, and advocacy in defining digital literacies for the 21st century. This collaborative brainstorming session captures the complex negotiations involved in creating organizational positions that can guide educational practice, inform policy decisions, and advance equity in literacy education.
The document reveals the iterative and collaborative nature of professional knowledge construction, showing how literacy experts navigate competing priorities, definitional challenges, and practical constraints while working to create documents that will influence educational practice across diverse global contexts.
Collaborative Knowledge Construction in Professional Organizations
The Dynamics of Expert Collaboration
Multi-Stakeholder Perspectives: The brainstorming session demonstrates how diverse expertise converges to address complex educational challenges:
Participant Expertise Areas:
- Nance Wilson: Leadership in literacy education and organizational development
- Antero Garcia: Digital media and critical literacies in secondary education
- Jill Castek: Online reading comprehension and digital literacy research
- Emily Hoffman: Elementary literacy education and teacher preparation
Collaborative Process Characteristics:
- Iterative Refinement: Ideas build upon each other through conversational development
- Constructive Disagreement: Participants challenge and refine each other's contributions
- Shared Ownership: Collective responsibility for developing coherent positions
- Practical Grounding: Theory-to-practice connections guide decision-making
Organizational Relevance and Positioning
ILA's Strategic Positioning: The question "how do we keep ILA relevant?" reflects ongoing challenges facing professional organizations in rapidly changing educational landscapes:
Relevance Factors:
- Technological Change: Keeping pace with rapidly evolving digital tools and platforms
- Educational Innovation: Addressing new pedagogical approaches and learning environments
- Global Reach: Maintaining international relevance across diverse educational contexts
- Member Needs: Serving diverse constituencies from researchers to classroom teachers
Strategic Responses:
- Developing forward-thinking position statements that anticipate future needs
- Creating frameworks flexible enough to adapt to local contexts
- Building bridges between research and practice communities
- Advocating for equity and access in educational innovation
Defining Digital Literacies: Operational Framework Development
Core Definitional Elements
Working Definition Evolution: The collaborative development of digital literacies definitions reveals sophisticated understanding of complexity:
Initial Framework: "The knowledge, skills, and capacities that facilitate interaction between the physical and digital contexts"
Key Definitional Components:
- Knowledge: Understanding of digital systems, tools, and environments
- Skills: Specific competencies for navigating and creating in digital spaces
- Capacities: Broader abilities to adapt, learn, and engage across contexts
- Interaction: Dynamic engagement rather than static consumption
- Physical-Digital Integration: Recognition of blended reality rather than separate domains
Relational Emphasis: "Interactions between each other" where "other is writ broadly as being humans, devices, screens, etc."
This expansive definition acknowledges the complex ecosystem of digital interaction involving:
- Human-to-human communication mediated by technology
- Human-to-device interface and control relationships
- Human-to-content engagement and creation processes
- Human-to-system navigation and participation patterns
Global and Contextual Considerations
International Scope Questions: The discussion "how international do you want to be?" highlights tensions between global relevance and local applicability:
Global Considerations:
- Different technological infrastructure levels across regions
- Varying cultural approaches to technology integration in education
- Diverse regulatory and policy environments affecting digital education
- Economic inequalities affecting access to digital tools and training
Local Adaptation Needs:
- Cultural values and educational philosophies that shape technology use
- Language differences affecting digital literacy skill development
- Community resources and support systems for digital learning
- Regional employer expectations and workforce preparation needs
Educational Environment Analysis
Innovation in Learning Environments
Next-Generation Learning Spaces: The question "what is the next generation of ways that we're thinking about integrating tech" addresses fundamental shifts in educational design:
Physical-Digital Integration:
- Blended Learning Spaces: Classrooms that seamlessly integrate physical and digital tools
- Flexible Configurations: Spaces that can be rapidly reconfigured for different learning activities
- Technology Infrastructure: Robust systems supporting diverse digital learning activities
- Accessibility Design: Universal design principles ensuring equitable access to learning environments
Pedagogical Innovation:
- Project-Based Learning: Extended investigations using digital tools for research and creation
- Collaborative Platforms: Online spaces supporting peer interaction and knowledge construction
- Personalized Learning: Adaptive systems responding to individual learning needs and preferences
- Authentic Assessment: Performance-based evaluation using digital portfolios and real-world applications
Contextual Adaptation and Implementation
Mismatch Recognition: The acknowledgment of "mismatch in terms of what we do in our daily use" identifies critical implementation challenges:
Daily Use vs. Educational Integration:
- Students' sophisticated informal digital practices vs. limited school technology use
- Teachers' personal technology comfort vs. instructional integration challenges
- Administrative understanding vs. classroom realities of technology implementation
- Community technology expectations vs. school capacity and resources
On-Ramp Development: The need to "provide on-ramps to start revolutionizing the ways in which they provide on-boarding" suggests scaffolded implementation strategies:
- Professional Development Pathways: Progressive skill-building for educators
- Student Digital Citizenship: Systematic development of responsible digital participation
- Community Engagement: Involving families and communities in digital literacy development
- Infrastructure Development: Building technological and human capacity simultaneously
Equity and Access as Central Framework Elements
Access as Foundational Principle
Equity Integration: The emphasis on "connect to equity and access" demonstrates recognition that digital literacies cannot be separated from social justice concerns:
Access Dimensions:
- Device Access: Ensuring students have appropriate technology tools for learning
- Connectivity Access: Reliable internet connections for both school and home learning
- Skill Access: Equitable opportunities to develop digital literacy competencies
- Content Access: Diverse, culturally relevant digital materials and resources
Systemic Barriers:
- Economic Inequalities: Income-based differences in technology access and support
- Geographic Disparities: Rural vs. urban differences in infrastructure and resources
- Cultural Barriers: Language and cultural factors affecting digital participation
- Disability Considerations: Ensuring digital tools and environments are accessible to all learners
Why Questions and Purpose-Driven Implementation
Purpose-Driven Framework: The question "Why? do all of this?" reflects need for clear rationale and compelling vision:
Educational Purposes:
- Preparation for Future Participation: Developing skills needed for civic, economic, and social engagement
- Critical Thinking Development: Using digital tools to analyze, evaluate, and create knowledge
- Creative Expression: Providing new modes and media for student voice and creativity
- Global Communication: Connecting students with diverse perspectives and communities
Social Justice Purposes:
- Opportunity Equity: Ensuring all students can participate fully in digital society
- Voice Amplification: Empowering marginalized communities through digital tools
- Critical Consciousness: Developing awareness of digital systems' social and political impacts
- Democratic Participation: Preparing citizens for informed engagement in digital democracy
Practical Implementation Framework
Best Practices and Evidence-Based Approaches
Framework Application: The discussion of "best practices" and "AUP" (Acceptable Use Policies) reveals tension between innovation and institutional constraints:
Progressive Practice Elements:
- Student-Centered Design: Learning activities that prioritize student agency and choice
- Authentic Purposes: Digital literacy development through meaningful, real-world projects
- Collaborative Learning: Peer-to-peer knowledge construction using digital tools
- Reflective Practice: Regular assessment and adjustment of digital literacy approaches
Institutional Navigation:
- Policy Alignment: Working within existing frameworks while advocating for progressive change
- Risk Management: Balancing innovation with appropriate safety and security measures
- Community Communication: Building understanding and support for digital literacy initiatives
- Professional Development: Ongoing educator learning to support implementation
Skills Integration and Application
Core Competency Framework: The "consumption, creation, critical thinking, collaboration" framework provides practical organizational structure:
Consumption Skills:
- Information Evaluation: Assessing credibility, accuracy, and bias in digital sources
- Digital Reading: Comprehending complex, multimodal texts across platforms
- Media Analysis: Understanding how digital media convey meaning and influence
- Data Interpretation: Making sense of quantitative and qualitative digital information
Creation Skills:
- Digital Composition: Writing, designing, and producing content for digital platforms
- Multimedia Production: Integrating text, images, audio, and video in meaningful ways
- Code and Programming: Understanding and creating with computational tools
- Platform Navigation: Effectively using various digital tools and environments
Critical Thinking Skills:
- Source Verification: Fact-checking and validating information across digital sources
- Bias Recognition: Identifying perspective, agenda, and manipulation in digital content
- Consequence Analysis: Understanding implications of digital actions and choices
- Ethical Reasoning: Making responsible decisions about digital participation and creation
Collaboration Skills:
- Digital Communication: Effective interaction across various digital platforms and tools
- Online Teamwork: Coordinating group projects and shared knowledge construction
- Network Building: Developing professional and learning relationships through digital means
- Community Participation: Contributing constructively to online communities and discussions
Contemporary Relevance and Future Directions
Coding and Computational Thinking
Programming as Literacy: The mention of "coding" reflects growing recognition of computational thinking as fundamental literacy:
Computational Thinking Elements:
- Pattern Recognition: Identifying recurring elements and structures in problems and data
- Abstraction: Focusing on essential features while ignoring irrelevant details
- Algorithm Design: Creating step-by-step procedures for solving problems
- Decomposition: Breaking complex problems into manageable components
Educational Integration:
- Cross-Curricular Applications: Using coding concepts to enhance learning in all subject areas
- Creative Computing: Programming as a medium for artistic and expressive work
- Problem-Solving Transfer: Applying computational thinking to non-technical challenges
- Critical Code Studies: Understanding the social and political implications of algorithms and software
Communication Evolution
Digital Communication Competence: The focus on "how to communicate" acknowledges fundamental changes in communication practices:
Multimodal Communication:
- Visual Literacy: Creating and interpreting meaning through images, graphics, and design
- Audio Production: Using sound and music to convey information and emotion
- Video Creation: Developing sophisticated moving image communication skills
- Interactive Media: Designing user experiences and participatory content
Platform-Specific Communication:
- Social Media Literacy: Understanding norms, audiences, and effects across platforms
- Professional Networking: Building career and learning relationships through digital tools
- Academic Communication: Participating in scholarly discourse through digital channels
- Civic Engagement: Using digital tools for community organizing and political participation
Assessment and Evidence Framework
Framework Development
Structural Approach: The suggestion to "frame the argument, define digital literacy, give five examples" provides systematic approach to position statement construction:
Argument Framework Components:
- Problem Identification: Clearly articulating the challenges that digital literacies address
- Solution Proposition: Defining how digital literacy education responds to identified needs
- Evidence Base: Providing research and practical evidence supporting proposed approaches
- Implementation Guidance: Offering concrete steps for translating policy into practice
- Impact Assessment: Describing expected outcomes and success measures
Example Development Strategy:
- Diverse Context Examples: Illustrations from various educational levels and settings
- Progressive Complexity: Examples showing development from basic to sophisticated applications
- Cultural Inclusivity: Cases representing different communities and cultural contexts
- Practical Applicability: Real-world scenarios that educators can adapt and implement
- Equity Focus: Examples that specifically address access and inclusion challenges
Long-term Vision and Organizational Impact
Transformative Educational Change
Revolutionary Potential: The phrase "revolutionizing the ways in which they provide on-boarding" suggests ambitious goals for educational transformation:
Systemic Change Elements:
- Pedagogical Transformation: Moving from transmission to constructivist, participatory models
- Assessment Innovation: Developing authentic, performance-based evaluation approaches
- Professional Development Revolution: Creating ongoing, collaborative learning for educators
- Community Integration: Breaking down walls between schools and broader communities
Excitement and Organic Growth: The emphasis on "exciting, organic, changes teaching and learning" reflects recognition that sustainable change must be intrinsically motivated:
Organic Change Characteristics:
- Teacher Agency: Educators driving innovation based on student needs and interests
- Student Voice: Learners actively participating in designing their educational experiences
- Community Ownership: Local communities investing in and supporting digital literacy initiatives
- Adaptive Implementation: Flexible approaches that respond to emerging needs and opportunities
Global Perspective and International Relevance
International Considerations: The question "how international do you want to be?" highlights complex decisions about scope and applicability:
Global Education Challenges:
- Infrastructure Disparities: Varying levels of technological access and support across regions
- Cultural Sensitivity: Respecting diverse approaches to education and technology integration
- Language Diversity: Creating frameworks that work across linguistic communities
- Economic Inequalities: Addressing resource disparities that affect implementation
International Collaboration Opportunities:
- Best Practice Sharing: Learning from successful digital literacy programs worldwide
- Research Collaboration: Conducting cross-cultural studies of digital literacy development
- Policy Coordination: Aligning standards and approaches across educational systems
- Resource Development: Creating shared materials and tools for global use
Contemporary Relevance and Future Applications
Post-2018 Developments and Continued Relevance
Pandemic Acceleration: The COVID-19 pandemic has dramatically validated many insights from this 2018 brainstorming session:
Accelerated Digital Adoption:
- Emergency remote learning highlighted digital literacy gaps and needs
- Equity issues became more visible and urgent as education moved online
- Teacher professional development needs intensified around digital tools
- Student digital citizenship became critical as online learning expanded
Ongoing Relevance of Core Questions:
- The "mismatch" between daily digital use and educational integration remains significant
- Equity and access concerns have intensified rather than diminished
- The need for "on-ramps" and scaffolded professional development is more urgent
- International cooperation on digital literacy has become more important
Emerging Technologies and Evolving Frameworks
Artificial Intelligence and Machine Learning: New technologies require expansion of digital literacy frameworks:
AI Literacy Components:
- Understanding AI Systems: How machine learning and automation affect daily life
- Ethical AI Use: Responsible interaction with AI-powered tools and systems
- Critical AI Analysis: Evaluating bias, accuracy, and implications of AI decisions
- Creative AI Collaboration: Using AI tools to enhance rather than replace human creativity
Social Media Evolution: Platform changes require continuous framework adaptation:
Platform Literacy Needs:
- Algorithm Awareness: Understanding how content curation affects information exposure
- Privacy Management: Making informed decisions about data sharing and digital footprints
- Misinformation Recognition: Developing skills for evaluating information credibility
- Community Building: Using digital tools to create positive, inclusive online spaces
Implementation Lessons and Practical Applications
Professional Development Implications
Educator Preparation: The brainstorming session insights inform comprehensive professional development approaches:
Pre-Service Teacher Education:
- Technology Integration: Embedding digital literacy throughout teacher preparation programs
- Equity Focus: Preparing educators to address digital divide issues in their practice
- Critical Perspective: Developing teachers' ability to evaluate and adapt educational technologies
- Collaborative Skills: Building capacity for professional learning communities and peer support
In-Service Professional Learning:
- Ongoing Support: Providing continuous learning opportunities rather than one-time training
- Practical Application: Connecting professional development to immediate classroom needs
- Peer Collaboration: Creating networks for educators to share experiences and solutions
- Student-Centered Focus: Keeping student learning and equity at the center of all initiatives
Policy and Advocacy Applications
Organizational Advocacy: The ILA framework development process provides models for other professional organizations:
Position Statement Development:
- Collaborative Process: Engaging diverse stakeholders in framework development
- Evidence-Based Approach: Grounding advocacy in research and practical experience
- Equity Centering: Making access and inclusion central to all policy recommendations
- Implementation Support: Providing concrete guidance for translating policy into practice
Stakeholder Engagement:
- Multi-Level Approach: Addressing individual, institutional, and systemic levels simultaneously
- Community Involvement: Including families and communities in digital literacy initiatives
- Cross-Sector Partnership: Building alliances with technology, business, and community organizations
- Student Voice: Ensuring young people participate in decisions affecting their education
Conclusion: Toward Transformative Digital Literacy Education
Collaborative Wisdom: This brainstorming session demonstrates the power of collective expertise in addressing complex educational challenges. The iterative, conversational process of knowledge construction models the kind of collaborative learning that digital literacy education should foster.
Systemic Thinking: The participants' attention to multiple levels—from individual skill development to organizational positioning to international cooperation—illustrates the comprehensive approach needed for meaningful digital literacy education.
Equity-Centered Vision: Throughout the discussion, questions of access, inclusion, and social justice remain central, reflecting recognition that digital literacy cannot be separated from broader concerns about educational equity and democratic participation.
Future-Oriented Framework: While grounded in 2018 conversations, the framework anticipates many challenges and opportunities that have since emerged, demonstrating the value of thoughtful, principle-based approaches that can adapt to changing technological and social contexts.
Practical Idealism: The session balances visionary thinking about educational transformation with practical attention to implementation challenges, constraints, and stakeholder needs. This combination of ambitious goals with realistic planning provides a model for sustainable educational innovation.
As digital technologies continue to evolve and reshape educational possibilities, the foundational questions explored in this collaborative session remain relevant: How do we ensure equitable access to meaningful digital literacy education? How do we balance innovation with inclusion? How do we prepare learners for futures we cannot fully predict while addressing present inequalities and challenges?
The ongoing relevance of these questions underscores the enduring value of collaborative, equity-focused, and evidence-based approaches to educational policy and practice development. The work begun in sessions like this continues to inform efforts to create educational systems that serve all learners effectively in our increasingly digital world.