Pedagogical Approach
Scaffolded Learning
& Guided Inquiry
AI that guides every student through the full inquiry process — built on four decades of educational research.
Students don't struggle with inquiry because they lack intelligence. They struggle because they've never been taught the process.
Research by Carol Kuhlthau, Leslie Maniotes, and Ann Caspari consistently shows that students in the digital age require more than access to information — they need the ability to gather, comprehend, evaluate, synthesize, and construct knowledge from complex ideas. The challenge has always been that genuinely responsive, individualized scaffolding is not scalable for a single classroom teacher.
Secondary AI changes that. Built on the Guided Inquiry Design (GID) framework and grounded in Kuhlthau's Information Search Process (ISP), our scaffolded learning chatbots provide every student with the kind of thoughtful, stage-aware support that previously required a dedicated research mentor. You define the inquiry structure. The AI maintains the dialogue that keeps every student in their zone of proximal development.
"Guided Inquiry is not a set of steps. It is a way of thinking, learning, and teaching."
— Kuhlthau, Maniotes & Caspari, Guided Inquiry: Learning in the 21st Century (2015) ↗ View source
The Research Foundation
Six evidence-based pillars
behind every session.
The Information Search Process (ISP)
Guided Inquiry is built on Kuhlthau's Information Search Process — a longitudinal model that tracks students' thoughts, feelings, and actions through seven stages of research. What makes the ISP revolutionary is its acknowledgment of the affective domain: the feelings of uncertainty, confusion, and frustration that are natural to inquiry but systematically ignored by traditional "independent research" models.
Kuhlthau, C., Maniotes, L., & Caspari, A. (2015). Guided Inquiry: Learning in the 21st Century.The Third Space: Where Learning Becomes Personal
A central principle of Guided Inquiry is the creation of the "Third Space" — the dynamic intersection where a student's personal world and prior knowledge (First Space) meet the formal school curriculum (Second Space). Research indicates that when students operate in this Third Space, their motivation and agency increase significantly because the learning becomes personally relevant.
Maniotes, L. (2005). The Transformative Power of Literary Third Space.Levels of Inquiry Scaffolding
Not all inquiry is equal — and effective scaffolding requires understanding where students are in their development as independent learners. Research describes four levels: Structured Inquiry, Guided Inquiry, Coupled Inquiry, and Open Inquiry. This developmental progression is essential: students cannot succeed at open inquiry before they have mastered the foundational skills.
Banchi, H. & Bell, R. (2008). The Many Levels of Inquiry.AI as a Pedagogical Partner in Inquiry
The emergence of generative AI presents both a challenge and a significant opportunity for Guided Inquiry. The GID framework is uniquely suited for the age of AI because its emphasis on process over product naturally prevents shortcuts. AI can serve as an individualized thought partner — helping refine broad interests into focused research questions and providing iterative feedback.
Holstein, K. et al. (2019). Improving At-Scale Student Outcomes Using Real-Time AI Coaching.Human-in-the-Loop Learning: AI that Augments, Not Replaces
The most effective use of AI in education follows a "human-in-the-loop" strategy: the human initiates the inquiry, uses AI for exploration and production, and always concludes with human reflection, editing, and accountability. Research on self-regulated learning confirms that when students are taught to monitor, evaluate, and revise AI-generated content, they develop stronger metacognitive skills.
Mollick, E. (2024). Co-Intelligence: Living and Working with AI.The Collaborative Inquiry Culture
Guided Inquiry is most effective when implemented as a team effort — classroom teacher, school librarian, and subject specialists working together. The Ontario Ministry of Education has recognized this, integrating inquiry-based learning throughout its curriculum from Kindergarten to the secondary inquiry process.
Ontario Ministry of Education (2023). The Ontario Curriculum, Social Sciences and Humanities.The 8-Phase Framework
Guided Inquiry Design: making the invisible research process visible.
The GID framework dedicates significant time to the first four phases — Open, Immerse, Explore, and Identify — before students are ever asked to gather information. Traditional assignments skip these phases entirely. Secondary AI's scaffolded chatbots guide students through every phase with stage-appropriate questions and support.
Open
Spark curiosity and open students' minds to a broad topic or essential question. The goal is not to deliver content — it is to ignite genuine interest.
Immerse
Build shared background knowledge together through rich experiences — primary sources, guest speakers, or curated media. Connect the topic to the curriculum while expanding student understanding.
Explore
Students browse broadly without the pressure of note-taking. They survey the landscape of a topic before committing to a path — a critical step that traditional assignments routinely skip.
Identify
The most critical turning point: students pause to pinpoint a personally meaningful research question. This is where ownership transfers from teacher to learner.
Gather
Focused, purposeful research using multiple sources. Students distinguish between "relevant" information (broadly related to the topic) and "pertinent" information (specifically useful for their question).
Create
Synthesize gathered information into original products. This is not reporting facts — it is constructing new knowledge by connecting ideas from multiple perspectives.
Share
Communicate findings to an authentic audience. Students learn from one another and develop the communication skills that define 21st-century readiness.
Evaluate
Reflect on learning goals and the inquiry process itself. This metacognitive step builds the "learning how to learn" skills that transfer to every future challenge.
Teacher Outcomes
Why teachers choose
scaffolded inquiry.
Curriculum Alignment
Aligned with the Ontario Inquiry Process.
Ontario's secondary curriculum in Social Sciences & Humanities and Canadian & World Studies mandates a five-component inquiry process: formulating questions, gathering and organizing, interpreting and analyzing, evaluating and drawing conclusions, and communicating findings. Critically, the curriculum specifies that this process is not linear — students are expected to reflect and revise their approach throughout. Secondary AI's scaffolded chatbots are built for exactly that kind of iterative, non-linear inquiry support.
Ontario Ministry of Education — Social Sciences & Humanities Curriculum ↗Guide Every Student Through Complex Inquiry
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