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Enterprise AI Analysis: Secondary Students as Co-Researchers on Generative Al in Learning: Empowering Youth to Shape National Education Policy

Enterprise AI Analysis

Secondary Students as Co-Researchers on Generative AI in Learning: Empowering Youth to Shape National Education Policy

Generative AI (GenAI) is rapidly becoming integral to young people's lives and educational experiences, raising critical questions. This study actively involves secondary students (ages 16-18) as Young People Co-Researchers (YPCRs) to explore their perspectives on GenAI use in schools, appropriate tasks for AI, and teachers' use of AI. By positioning youth as co-designers and potential influencers of national education policy, the project moves beyond traditional research subjects to directly integrate their insights. The YPCRs led focus groups with 50 peers and collaborated on data analysis, revealing a cautious optimism for GenAI's learning potential, a clear distinction between learning and assessment use, and a strong desire for clearer guidance and responsible AI literacy education in schools. Their valuable insights are crucial for developing national policy and AI literacy initiatives.

Executive Impact & Key Metrics

Understanding the rapid adoption and perspectives of GenAI among youth is crucial for informed educational policy and strategic technology integration.

0 Young People Using GenAI (2024)
0 Teachers Using GenAI (2024)
0 Peers Consulted by YPCRs
0 Young People Co-Researchers

Deep Analysis & Enterprise Applications

Select a topic to dive deeper, then explore the specific findings from the research, rebuilt as interactive, enterprise-focused modules.

Learners' GenAI Use
Appropriate GenAI Use
Teachers' GenAI Use
Additional Themes

Learners' Current GenAI Use (RQ1)

Comprehension & Planning: GenAI is widely used for simplifying content, rephrasing, summarizing notes, overcoming writer's block, brainstorming ideas, and structuring essays/portfolios. Examples include using it to "make notes or if I don't know a word, it helps me understand the word, shorten paragraphs."

Studying: Students leverage GenAI to create practice questions, mock tests, and explanations, effectively turning it into a tutor or coach for efficient test revision via active recall. ChatGPT and Quizlet AI are often paired for exam preparation.

Tool Preferences: While ChatGPT is the primary choice, Gemini, Grammarly, Snap AI, Copilot, Gauth, Knowunity, Deepseek, and Quizlet are also mentioned. Quality perceptions vary, with some praising accuracy and others noting inaccuracies. Some advanced users run tools like Deepseek locally for privacy concerns.

Accuracy & Trust: The majority of students exercise caution, fact-checking GenAI output, especially for high-stakes academic work. Many double-check information with teachers or other trusted sources, acknowledging that GenAI can "confidently spit out an answer but it's wrong."

Appropriate GenAI Use for Learners (RQ2)

Learning vs. Cheating: Students draw a clear distinction: GenAI for learning enhancement (e.g., scaffolding thinking, brainstorming, low-stakes practice) is acceptable, but for assessed or marked work, it constitutes cheating or plagiarism. The core principle cited is "authorship": "If you didn't create it, it shouldn't count as your work." Rewriting AI output in one's own words is considered a minimum threshold for integrity.

Subject Dependency: Acceptable GenAI use varies by subject. In STEM fields (maths equations, procedural guidance), GenAI is seen as a useful tool. However, in humanities (English essays, where authorship and expression are key) and expressive arts (creativity, personal voice), it's deemed less appropriate, sometimes "defeating the purpose."

Learners' Views on Teachers' GenAI Use (RQ3)

Administrative & Resource Creation: Students generally accept teachers using GenAI for impersonal, low-stakes tasks, such as drafting lesson slides, generating practice material, and creating quizzes. However, there is an expectation that teachers will fact-check any GenAI-generated content before using it in class.

Feedback & Reporting: Opinions range from mixed to negative regarding teachers using GenAI for personalized tasks like writing pupil reports or formative feedback. Students value individualised feedback and believe generic AI-generated reports "defeat the purpose." Some may tolerate it if human commentary remains prominent.

AI Use Equity: Many students perceive it as hypocritical for teachers to ban student GenAI use while using it themselves, arguing that such actions "encourage students to also use AI" and "defeat the purpose of the whole school system."

Additional Themes

Significant Minority of Non-Users: A notable number of students avoid GenAI entirely due to concerns about reliability ("wasted time," "getting wrong answers"), fear of academic consequences ("If I was to write down something wrong... I fail"), or anxiety about eroding future competence and fostering over-reliance. Risk-aversion is a common strategy for many.

Desire for Clearer Guidelines: Inconsistent rules regarding AI use across different classes and teachers create uncertainty and anxiety. Students express concern about accidental misconduct and highlight stark subject-specific differences. They advocate for consistent school policies.

AI Literacy for Teachers & Students: Students attribute inconsistent GenAI policies to varying staff expertise, calling for mandatory professional development for teachers. They also desire explicit instruction on how to interrogate AI output, check sources, recognize bias, and engage in critical evaluation, extending beyond mere "how to prompt" guides. There is also a strong wish to learn about the wider ethical landscape, including privacy, misinformation, and the environmental cost of AI.

Over-Reliance & Creativity: Students voice anxieties about long-term dependence on GenAI, fearing a dilution of personal style ("don't really develop your own style") and weakened cognitive skills ("you can't do your working, so you're obviously not learning"). They acknowledge that even brief use can quickly foster a hard-to-break reliance.

Research Methodology Flow

Recruit 8 Young People Co-Researchers (YPCRs)
Initial Online Meetings (Develop Research Plan)
In-Person Training (Ethics & Facilitation)
YPCRs Conduct Peer Focus Groups (50 Peers)
Collaborative Data Analysis with Adults
77% of Young People (13-18) Using GenAI in 2024 [18]

GenAI Use: Learning vs. Cheating

Acceptable for Learning Unacceptable for Assessment
  • Scaffolding thinking, brainstorming, drafting outlines, low-stakes practice.
  • Simplifying content, rephrasing, summarising, generating practice questions.
  • Revising for tests, active recall, personal learning support.
  • Producing final text for assessed portfolios or exam responses.
  • Directly copying and pasting AI output without modification (plagiarism).
  • Relying on AI to replace human effort or intellectual authorship.

Case Study: GenAI for Comprehension & Planning

Learners frequently leverage GenAI to enhance understanding and kickstart creative processes. For instance, students reported using GenAI to simplify complex class notes, rephrase confusing textbook sections, or summarize lengthy passages, saving time and aiding comprehension (FG1). One student noted using AI to "submit the poem onto the AI, just to get it to explain it to me" (FG2). It also serves as a brainstorming partner, helping overcome writer's block for essays or providing initial research to define essay topics (FG4). Furthermore, GenAI assists in structuring written work, offering templates for introductions and paragraphs, and even the broader layout of portfolios (FG3).

Calculate Your Potential AI Impact

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Your AI Transformation Roadmap

Our structured approach ensures a smooth and effective integration of AI into your educational and operational workflows, focusing on responsible and impactful deployment.

Phase 01: Discovery & Strategy

Collaborate to understand current educational challenges, define key AI opportunities, and align with school policies and student needs. We'll identify specific tasks where GenAI can enhance learning and administrative efficiency, informed by youth perspectives.

Phase 02: Pilot Program & Training

Implement targeted GenAI solutions in a pilot environment with selected educators and students. Provide comprehensive training on ethical use, critical evaluation, and responsible integration, directly addressing the need for AI literacy among teachers and learners.

Phase 03: Feedback & Iteration

Collect structured feedback from all users, especially students, to refine AI tools and policies. Address concerns about accuracy, bias, and over-reliance, ensuring solutions are robust and trusted, fostering a culture of co-creation.

Phase 04: Scaled Deployment & Continuous Improvement

Roll out optimized GenAI solutions across the institution with ongoing support and monitoring. Establish clear guidelines and provide resources for continuous learning, adapting to evolving AI capabilities and educational requirements, ensuring alignment with national policy discussions.

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