Ecological Paradigm of Interdisciplinary Learning

Theory · All theories
Evidence · 8 claims (6 for, 2 mixed) · 8 studies (3 qualitative, 2 causal, 2 theoretical, 1 review), q1–q2 · 1 of 8 report an effect size · 8 claims rest on one study

Description

The ecological paradigm contrasts with the field's dominant cognitivist paradigm of interdisciplinary learning (IDL) research, in which success is measured by an individual's cognitive integration of disciplinary insights (groundedness, integration, reflectiveness — Boix Mansilla & Duraisingh's three dimensions). The ecological paradigm instead studies IDL as a group-level, socio-material process: learners are treated as agents who interact with peers, artifacts, communities, institutions, and — depending on the activity — the natural environment, and success is measured by the interdisciplinary practices a group develops (epistemic practices, identity development, authentic research productivity), not only by what settles in an individual mind afterward.

This paradigm organizes design guidance around three recurring dilemmas, each with concrete design responses observed across a cluster of empirical studies:

1. Content dilemma (how to give learners access to disciplinary knowledge before integration is possible): resolved either through a "sandwich" sequence (cross-cutting theme → disciplinary "deepening" activities → integrative synthesis, repeated in short cycles for younger learners) or a "human capital" approach (rely on learners' own disciplinary networks and invited experts rather than pre-designed disciplinary content, more feasible in higher education).
2. Pedagogy dilemma (how to support the fine-grained social process of diverse learners actually integrating ideas together): resolved through simulations and role-play, a two-layer scaffold (first building each learner's awareness of their own epistemic strengths/gaps, then supporting the group in weaving perspectives together), and treating co-created artifacts as visible objects the group can negotiate and challenge.
3. Organization dilemma (how to build on, but also push past, existing institutional infrastructure): resolved through infrastructuring — bringing in collaborators from outside the course or institution, and in some cases negotiating entirely new infrastructure (e.g., an out-of-school program) when existing school structures cannot accommodate interdisciplinary work.

Implications

Context

• Applies to any interdisciplinary learning design question, but is most useful where the goal is understanding or designing group-level integration processes, not just measuring an individual's post-hoc disciplinary synthesis
• Most relevant where learners bring heterogeneous disciplinary backgrounds, expertise levels, or institutional homes into a shared activity

Target Learners

• Groups of learners (K-12 through higher education and professional contexts) with differing disciplinary backgrounds, expertise, or institutional affiliations working toward a shared interdisciplinary outcome

Target Learning Objectives

• Developing interdisciplinary practices (negotiating shared understanding, co-constructing artifacts, integrating knowledge across boundaries) rather than only individual cognitive synthesis
• Designing learning environments and infrastructures that make such group-level integration possible

Claims

• (none directly authored by this synthesis paper — its evidentiary weight comes from the empirical studies it draws design implications from; see linked patterns below)
• Participants in a probe study and co-design workshop perceived AI mediation in interdisciplinary student teams along both cognitive and relational dimensions [~W]
• Interdisciplinary collaboration is fundamentally relational; tools assist but relationships make or break it [+W]
• GenAI reconfigures group knowledge development from individual to distributed, AI-co-constructed processes [+W]
• Human-GAI paradigms are enacted patterns of engagement rather than fixed individual traits [+W]
• The editorial reports that successful collaborative making teams resolved coordination challenges through intertwined social-discursive and materially mediated processes [+W]
• Patterns of emergent leadership differed across disciplinary content areas, with some students leading in math but not history [+W]
• The three major theories of artifact-people interaction operate at different levels: affordances individual, structuration societal, instrumental genesis small-group [~W]

The evidence by question

• Do designs that have groups integrate disciplinary perspectives together (themed units, simulations, guided deliberation) develop interdisciplinary competences and practices? Interdisciplinary humanities units improve students' interdisciplinary competences [+M]

Related Theories

• Cultural-Historical Activity Theory — both treat tools, artifacts, and institutional context as constitutive of learning rather than as a backdrop to individual cognition; this paradigm is specific to interdisciplinary integration
• Boundary Crossing Learning — a complementary lens for the interpersonal/institutional-boundary aspects of the content and organization dilemmas
• Knowledge Objects and Knowledge Practices — offers a more fine-grained account of the artifacts this paradigm treats as central to the pedagogy dilemma
• Critique of dominant research paradigms in mathematics learning and a shift toward interdisciplinary, asset-based approaches
• Three-theme characterization of innovative interdisciplinary exploratory research: new frontiers, equitable co-design, and networked communities

Examples

• Interdisciplinary Course-Based Research Experience — a "human capital" content-dilemma response, using students' own disciplinary networks instead of pre-designed disciplinary content
• Organization Simulation for Interdisciplinary Learning — a pedagogy-dilemma response built around a shared simulated task and evolving knowledge objects
• Interdisciplinary Societal Dilemma Units — a "sandwich"-sequence content-dilemma response for K-12, paired with an organization-dilemma response (moving the program out of school)
• Humanizing Co-Design with Educators — an infrastructuring response that brings researchers and educators together as co-designers across institutional boundaries
• Interdisciplinary humanities units improve students' interdisciplinary competences [+W] — a "sandwich"-sequence content-dilemma response at the middle-school humanities level, with the strongest quantitative evidence among the studies this paradigm draws on

Key Sources

• Kali, Y. (2024). An ecological paradigm of interdisciplinary learning: Implications for design. Journal of the Learning Sciences, 33(2), 450-464. https://doi.org/10.1080/10508406.2024.2354152
• Boix Mansilla, V., & Duraisingh, E. D. (2007). Targeted assessment of students' interdisciplinary work: An empirically grounded framework proposed. Journal of Higher Education, 78(2), 215-237.
• Boix Mansilla, V. (2017). Interdisciplinary learning: A cognitive-epistemological foundation. In R. Frodeman et al. (Eds.), The Oxford Handbook of Interdisciplinarity (2nd ed.).

Page metadata

Field	Value
type	theory
title	Ecological Paradigm of Interdisciplinary Learning
description	A framework that studies and designs for interdisciplinary learning as a group-level, socio-material process distributed across learners, artifacts, and institutions, rather than as an individual cognitive-integration outcome.
status	review
canonical	True
generated	by claude/unspecified on 2026-08-29
trust	unverified — no one has confirmed this page's content
sources	1 — kali-2024

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