The Transformative Power of Communities of Practice in AI Upskilling for Educators

By Bernie Goldbach, RUN EU SAP Lead
Estimated reading time: 5 minutes
A diverse group of five educators collaboratively studying a glowing, holographic network of digital lines and nodes on a table, symbolizing their shared learning and upskilling in Artificial Intelligence (AI) within a modern, book-lined academic setting. Image (and typos) generated by Nano Banana.
The power of collaboration: Communities of Practice are essential for educators to collectively navigate and integrate new AI technologies, transforming teaching and learning through shared knowledge and support. Image (and typos) generated by Nano Banana.

When the N-TUTORR programme ended in Ireland, I remained seated in the main Edtech25 auditorium to hear some of the final conversations by key players. They stood at a remarkable intersection of professional development and technological innovation. And some of them issued a call to action for continued conversation, perhaps engaging with generative AI tools within a Community of Practice (CoP).

Throughout my 40 year teaching career, I have walked pathways to genuine job satisfaction that extended far beyond simple skill acquisition. In my specific case, this satisfaction emerged from the synergy between collaborative learning, pedagogical innovation, and an excitement that the uncharted territory is unfolding alongside peers who share their commitment to educational excellence.

Finding Professional Fulfillment Through Shared Learning

The journey of upskilling in generative AI feels overwhelming when undertaken in isolation. I am still looking for a structured CoP for Generativism in Education. This would be a rich vein of collective discovery. At the moment, I have three colleagues who help me develop my skills with ethical and sustainable use of AI.

Ethan Mollick, whose research at the Wharton School has illuminated the practical applications of AI in educational contexts, consistently emphasises that the most effective learning about AI tools happens through shared experimentation and peer discussion. His work demonstrates that educators who engage collaboratively with AI technologies develop more sophisticated mental models of how these tools can enhance rather than replace pedagogical expertise. This collaborative approach alleviates the anxiety many educators feel about technological change, replacing it with curiosity and professional confidence.

Mairéad Pratschke, whose work emphasises the importance of collaborative professional learning, has highlighted how communities create safe spaces where educators can experiment, fail, and succeed together without judgment. This psychological safety becomes the foundation upon which genuine professional growth occurs.

Frances O’Donnell, whose insights at major conferences have become invaluable resources for educators navigating the AI landscape, directs the most effective AI workshops I have attended. O’Donnell’s hands-on training at conferences such as CESI (https://www.cesi.ie), EDULEARN (https://iceri.org), ILTA (https://ilta.ie), and Online Educa Berlin (https://oeb.global) have illuminated the engaging features of instructional design that emerge when educators thoughtfully integrate AI tools. Her instructional design frameworks demonstrate how AI can support the creation of personalised learning pathways, adaptive assessments, and multimodal content that engages diverse learners. O’Donnell’s emphasis on the human element in AI-assisted design resonates deeply with Communities of Practice

And thanks to Frances O’Donnell, I discovered the AI assistants inside H5P.

Elevating Instructional Design Through AI-Assisted Tools

The quality of instructional design, personified by clever educators, represents the most significant leap I have made when combining AI tools with collaborative professional learning. The commercial version of H5P (https://h5p.com) has revolutionised my workflow when creating interactive educational content. The smart import feature of H5P.com complements my teaching practice. I can quickly design rich, engaging learning experiences that would previously have required specialised technical skills or significant time investments. I have discovered ways to create everything from interactive videos with embedded questions to gamified quizzes and sophisticated branching scenarios.

I hope I find a CoP in Ireland that is interested in several of the H5P workflows I have adopted. For the moment, I’m revealing these remarkable capabilities while meeting people at education events in Belgium, Spain, Portugal, and the Netherlands. It feels like I’m a town crier who has a notebook full of shared templates. I want to offer links to the interactive content that I have created with H5P AI and gain feedback from interested colleagues. But more than the conversations at the conferences, I’m interested in making real connections with educators who want to actively participate in vibrant online communities where sustained professional learning continues.

Sustaining Innovation with Community

Job satisfaction among educators has always been closely tied to their sense of efficacy and their ability to make meaningful impacts on student learning. Communities of Practice focused on AI upskilling amplify this satisfaction by creating networks of mutual support where members celebrate innovations, troubleshoot challenges, and collectively develop best practices. When an educator discovers an effective way to use AI for differentiation or assessment design, sharing that discovery with colleagues who understand the pedagogical context creates a profound sense of professional contribution.

These communities also combat the professional tension that currently faces proficient AI users. Mollick’s observations about blowback against widespread AI adoption in education reveal a critical imperative to stand together with a network that validates the quality of teaching and provides constructive feedback. When sharing with a community, individual risk-taking morphs into collective innovation, making the professional development experience inherently more satisfying and sustainable.

We need the spark of N-TUTORR inside an AI-focused Community of Practice. We need to amplify voices. Together we need to become confident navigators of innovation. We need to co-create contextually appropriate pedagogical approaches that effectively leverage AI in education.


Keywords


A History Professor Says AI Did Not Break College; It Exposed How Broken It Already Was


A dramatic, conceptual image showing a crumbling, old-fashioned column (representing "Traditional College Structure") with cracks widening as digital light and AI code seep into the fissures, emphasizing that AI revealed existing weaknesses rather than caused the damage. Image (and typos) generated by Nano Banana.
Unmasking the flaws: A history professor’s perspective suggesting that AI merely shone a light on the structural vulnerabilities and existing problems within higher education, rather than being the sole source of disruption. Image (and typos) generated by Nano Banana.

Source

Business Insider

Summary

This article features a U.S. history professor who argues that generative AI did not cause the crisis currently unfolding in higher education but instead revealed long-standing structural flaws. According to the professor, AI has exposed weaknesses in assessment design, unclear expectations placed on students and unsustainable workloads carried by academic staff. The sudden visibility of AI-generated essays and assignments has forced institutions to confront the limitations of traditional assessment models that rely heavily on polished written output rather than demonstrated cognitive processes. The professor notes that AI has unintentionally highlighted inequities in student preparation, inconsistencies in grading norms and the mismatch between institutional rhetoric and actual resourcing. Rather than attempting to suppress AI, the article argues that higher education should treat this moment as an opportunity to redesign curricula, diversify assessments and rethink the broader purpose of university education. The piece positions AI as a catalyst for long-overdue reform, emphasising that genuine improvement will require institutions to invest in pedagogical redesign, staff support and clearer communication around learning outcomes.

Key Points

  • AI highlighted systemic weaknesses already present in higher education
  • Exposed flaws in assessment design and grading expectations
  • Revealed pressures on overworked teaching staff
  • Suggests AI could drive constructive reform
  • Encourages rethinking pedagogy and institutional priorities

Keywords

URL

https://www.businessinsider.com/ai-didnt-break-college-it-exposed-broken-system-professor-2025-11

Summary generated by ChatGPT 5.1


UWA and Oxford Partner for Generative AI in Higher Education


A digital illustration merging the architectural styles of the University of Western Australia (UWA) and the University of Oxford. A traditional university shield or crest is split in two, with one half featuring a classic coat of arms and the other half displaying generative AI code and glowing digital patterns, symbolizing their partnership in advanced education. Image (and typos) generated by Nano Banana.
Global collaboration in the age of AI: UWA and Oxford University join forces to pioneer the integration and study of generative artificial intelligence within the landscape of higher education. Image (and typos) generated by Nano Banana.

Source

University of Western Australia

Summary

The University of Western Australia and the University of Oxford announced a formal partnership that positions generative AI as a strategic driver in the future of higher education. The collaboration focuses on advancing responsible AI research, developing governance models and integrating generative AI into teaching and learning in ways that uphold academic integrity and inclusivity. Both institutions highlight that the rapid acceleration of AI requires coordinated international responses that balance innovation with ethical safeguards. The partnership will explore curriculum transformation, staff development and AI-informed pedagogical frameworks intended to support both student learning and broader institutional capability building. By aligning two globally significant universities, the initiative signals a trend toward cross-border cooperation designed to shape sector-wide AI standards. It also indicates growing recognition that AI adoption in higher education must be underpinned by shared values, transparent methodologies and research-based evidence. This collaboration aims to become a blueprint for how universities can jointly shape the future of AI-enabled education while ensuring that human expertise remains central.

Key Points

  • Major partnership between UWA and Oxford to advance responsible AI
  • Focus on governance, research and curriculum innovation
  • Reflects global shift toward collaboration on AI strategy
  • Emphasises ethical frameworks for AI adoption in higher education
  • Positions AI as core to long-term institutional development

Keywords

URL

https://www.uwa.edu.au/news/article/2025/november/uwa-and-oxford-partner-for-generative-ai-in-higher-ed

Summary generated by ChatGPT 5.1


Universities Race to Rewrite Curricula for a World Remade by AI


A high-speed, dynamic visual of a traditional university blueprint or parchment being rapidly overwritten by glowing green and blue AI code, circuit lines, and data streams, symbolizing the frantic pace of curricular redesign in the face of new technology. Image (and typos) generated by Nano Banana.
The educational overhaul: Universities are in a frantic race to adapt their curricula, ensuring their students are equipped for a job market and world fundamentally reshaped by artificial intelligence. Image (and typos) generated by Nano Banana.

Source

ScienceBlog – NeuroEdge

Summary

A new study in Frontiers of Digital Education argues that higher education must fundamentally redesign curricula to keep pace with rapid AI advancement. Led by researchers at Lanzhou Petrochemical University of Vocational Technology, the paper warns that traditional curriculum cycles are too slow for a world where generative AI is already standard in workplaces. It proposes a comprehensive framework built on AI literacy, ethical use, interdisciplinary integration and continuous updating. The authors emphasise a tiered model of AI learning—from core literacy for all students to advanced training for specialists—and call for modular course design, industry partnerships and cultural change within universities. Without sweeping reform, they argue, institutions risk preparing students for a world that no longer exists.

Key Points

  • AI is reshaping what and how universities must teach, creating urgency for reform.
  • Study identifies AI literacy as essential for every student, regardless of discipline.
  • Recommends a tiered AI curriculum: foundational, applied and specialist levels.
  • Calls for modular, continuously updated courses aligned with fast-moving AI developments.
  • Argues for cultural change: interdisciplinary collaboration, new assessment models and faculty training.

Keywords

URL

https://scienceblog.com/neuroedge/2025/11/15/universities-race-to-rewrite-curricula-for-a-world-remade-by-ai/

Summary generated by ChatGPT 5


How AI Adoption May Erode Key Skills US Students Need in an Automated World


A highly conceptual visual of a digital circuit board with key areas representing skills like "Critical Thinking," "Problem Solving," and "Originality" fading and becoming obscured by an overwhelming cloud of generic, high-speed AI data. Image (and typos) generated by Nano Banana.
The automation paradox: Experts warn that while AI drives efficiency, its widespread adoption in education may inadvertently erode the crucial cognitive and creative skills US students need to thrive in a future dominated by technology. Image (and typos) generated by Nano Banana.

Source

Times of India (Education International Desk)

Summary

This article explores concerns that widespread adoption of AI tools in education may undermine essential skills that students require for long-term success in an increasingly automated world. Educators and analysts interviewed argue that easy access to generative AI for writing, problem solving and research may weaken students’ capacity for critical thinking, creativity and independent judgement. They note that while AI can accelerate tasks, it may also reduce opportunities for deep learning and cognitive struggle, both of which are crucial for intellectual development. The article raises concerns that students who rely heavily on AI may experience diminished confidence in producing original work and solving complex problems without technological support. Experts recommend curriculum renewal that blends responsible AI literacy with explicit instruction in foundational skills, ensuring that students can use AI effectively without sacrificing their broader intellectual growth. The discussion reflects a recurring theme in the global AI-in-education debate: the need to preserve human expertise and cognitive resilience in an era of pervasive automation. The article calls for educators, policymakers and institutions to strike a balance between embracing AI and safeguarding human capabilities.

Key Points

  • Widespread AI use may weaken foundational cognitive skills
  • Risks include reduced independent thinking and reduced confidence
  • Educators call for curriculum redesign with balanced AI integration
  • Highlights need for responsible AI literacy
  • Addresses long-term workforce preparation concerns

Keywords

URL

https://timesofindia.indiatimes.com/education/news/how-ai-adoption-may-erode-key-skills-us-students-need-in-an-automated-world/articleshow/125672541.cms

Summary generated by ChatGPT 5.1