Manuel B. Garcia

Manuel B. Garcia serves as the Senior Director for Educational Technology and Digital Learning at FEU Institute of Technology, Manila, Philippines. Read More

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How Do You Know Whether Two Disciplines Are Addressing the Same Problem Differently?

Two disciplines can investigate what appears to be the same problem while defining it, explaining it, and deciding what counts as evidence quite differently. Recognizing those differences is essential before attempting interdisciplinary integration.

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When Disciplines See the Same Problem Differently Guide 633 of 760
01 · The Question

Are Two Disciplines Really Studying the Same Problem?

Researchers working across disciplines often encounter an intriguing situation. Two fields seem to study the same phenomenon, yet their literatures barely speak to one another. They use different terminology, cite different foundational authors, measure different variables, and sometimes arrive at explanations that seem difficult to reconcile.

Are they studying different problems, or are they looking at the same problem differently?

The answer matters when developing an interdisciplinary research question. If two disciplines provide complementary views of the same underlying problem, bringing them together may reveal something that each perspective misses. But apparent similarity can also be deceptive. The fields may define the phenomenon differently enough that combining their concepts without examining those differences creates conceptual confusion rather than integration.

02 · The Short Answer

Compare the Problem Beneath the Disciplinary Vocabulary

In Brief

Two disciplines are addressing the same problem differently when they investigate substantially the same underlying phenomenon or outcome but differ in how they define it, explain its causes, identify relevant mechanisms, choose the level of analysis, gather evidence, or determine what counts as a satisfactory explanation.

Do not decide from keywords alone. Compare what each discipline treats as the object of study, what questions it asks about that object, what assumptions organize those questions, and what evidence would persuade researchers within that field.

03 · What You Need to Know

Separate the Underlying Phenomenon From the Disciplinary Lens

Disciplines do more than give different names to things

It is tempting to imagine disciplinary differences as vocabulary problems. Psychology uses one term, sociology another, education a third, and perhaps a good thesaurus can reunite everyone.

Sometimes terminology really is the main barrier. Often it is not.

Disciplines develop characteristic concepts, theories, methods, research traditions, and standards of evidence. Consequently, disciplinary differences may affect what researchers consider important about a phenomenon in the first place.

A psychologist studying students' use of generative AI might focus on cognitive trust, self-efficacy, metacognition, or behavioral intention. An education researcher might focus on learning processes, assessment, feedback, or pedagogical practice. An information-systems researcher might examine technology acceptance, continuance intention, or system characteristics. A sociologist might foreground institutional norms, inequality, social relations, or organizational structures.

All could plausibly say they are studying “AI use among students.” That shared label conceals considerable differences in the actual problem being constructed.

First ask whether the object of study is genuinely shared

Begin by stripping away disciplinary terminology and describing the observable phenomenon as neutrally as possible.

Suppose one literature investigates why students stop using an online learning platform, while another investigates learner attrition from technology-mediated courses. The terminology differs, but both may concern the same observable event: learners discontinuing participation.

Now compare that with a literature on institutional withdrawal from online degree programs. The word “withdrawal” appears related, but the object of study has changed from individual learner behavior to organizational decision-making.

Shared vocabulary therefore does not guarantee a shared problem, just as different vocabulary does not guarantee different problems.

Same terminology Researchers use similar words, but they may define the object, mechanism, or outcome differently.
Same underlying problem The fields are trying to understand substantially the same phenomenon or outcome, even if they describe and explain it differently.

Compare how each discipline defines the phenomenon

Once you establish that the literatures concern a similar object, inspect their definitions.

Definitions establish conceptual boundaries. One field may define engagement primarily through observable participation. Another may treat engagement as a multidimensional construct involving behavior, cognition, and emotion. A third may conceptualize engagement relationally, emphasizing interactions among learners, technologies, teachers, and environments.

These are not necessarily alternative words for the same construct. They may represent different decisions about what belongs inside the phenomenon.

Create a simple conceptual map for each discipline. Record the central construct, its definition, what is included, what is excluded, and the indicators researchers use to recognize it empirically. Differences become much easier to see once they are placed side by side.

Compare the causal or explanatory story

Two disciplines may agree about what is happening but disagree about why.

Consider unequal academic achievement. A psychological account might investigate motivation, cognition, self-regulation, or beliefs. A sociological account might emphasize social class, institutional structures, cultural resources, or patterns of opportunity. An educational account might foreground curriculum, pedagogy, assessment, school organization, or teacher practice.

These explanations need not be mutually exclusive. They operate through different mechanisms and sometimes at different levels of analysis.

Ask each literature the same question: What would researchers in this field consider an adequate explanation for the phenomenon?

The answer often reveals more than the terminology does.

Identify the level of analysis

Many apparent disciplinary disagreements occur because fields are explaining phenomena at different levels.

One discipline may study individuals. Another may focus on groups, institutions, technologies, communities, or systems. Both can be investigating the same broad problem while locating its explanatory mechanisms in different places.

What to compare Discipline A might emphasize Discipline B might emphasize
Primary unit Individual learner Institution or social group
Main mechanism Cognitive or motivational process Structural or social process
Typical evidence Individual measures or behavior Institutional, relational, or population patterns
Desired explanation Why individuals differ Why patterned differences emerge or persist

Neither level is automatically more correct. Problems arise when researchers combine explanations across levels without specifying how they relate.

Compare what counts as evidence

Disciplinary differences can also be epistemological. Fields may differ in the kinds of claims they prioritize and the evidence they consider appropriate for supporting them.

One research tradition may seek controlled comparisons, measurable variables, and statistical regularities. Another may investigate meaning through participants' accounts and situated interpretation. Another may emphasize historical processes, institutional structures, formal models, computational traces, or design performance.

This does not mean every researcher within a discipline follows a single epistemology. Disciplines are internally diverse, sometimes impressively so. Still, research traditions can embody assumptions about what can be known and how knowledge claims should be justified.

Those assumptions matter because interdisciplinary integration cannot be reduced to putting results from different methods in adjacent sections. Researchers need to determine whether the evidence addresses complementary aspects of the same claim, different claims about the same phenomenon, or claims grounded in assumptions that are difficult to combine.

Compare the outcomes each field is trying to explain

Two literatures can begin with the same phenomenon yet care about different consequences.

For example, research on generative AI in universities might examine learning outcomes, academic integrity, adoption behavior, labor implications, institutional governance, privacy, or technological performance. Those literatures overlap around the technology but may not share a research problem.

Ask what dependent phenomenon, consequence, decision, or state each field ultimately wants to understand. If the outcomes differ substantially, you may be looking at neighboring problems rather than competing explanations of the same one.

Look for translation problems before assuming a research gap

Disciplinary literatures frequently develop specialized vocabularies. A phenomenon described as “continuance intention” in one field might overlap with persistence, sustained use, retention, or continued participation elsewhere. The overlap may be partial rather than exact, but searching only one term can make established research look absent.

Before claiming that another discipline has ignored a problem, learn how researchers there describe it. This may require searching concepts, mechanisms, outcomes, and observable behaviors rather than relying on your familiar keyword. A systematic approach to searching a problem that uses different terminology across fields can reveal connections that database searches based on one disciplinary vocabulary miss.

This is particularly important when evaluating whether a research gap exists between disciplines. Sometimes the apparent gap is partly a gap in communication, indexing, or terminology.

Check whether one discipline already contains the supposedly different explanation

Disciplinary boundaries should not be exaggerated. Psychology is not one theory. Education is not one methodology. Sociology is not one level of analysis. Computer science is not simply the study of technology.

Before concluding that two explanations belong to separate disciplinary worlds, inspect the internal diversity of each field. The supposedly external concept may already have a substantial literature within the first discipline, perhaps under another theoretical tradition.

Likewise, the answer one field is searching for may already be established elsewhere. Recognizing when another discipline already has an answer your field thinks is missing can prevent an interdisciplinary project from being built on a false novelty claim.

Difference is useful only after you identify what kind of difference it is

Once two disciplinary accounts are mapped, their relationship can take several forms.

Relationship What it means Possible research implication
Equivalent Different terminology refers to substantially the same concept or mechanism Translate terminology and avoid claiming false novelty
Complementary Each discipline explains a different but connected part of the problem Integration may produce a fuller explanation
Different levels One explains processes at one level while another explains them elsewhere Investigate relationships across levels explicitly
Competing The disciplines offer different explanations for the same outcome Compare explanatory predictions or boundary conditions
Incommensurable or difficult to reconcile The accounts depend on substantially different assumptions about the phenomenon or knowledge Examine those assumptions before attempting integration
Adjacent The literatures share a broad topic but ultimately investigate different problems Do not force them into one interdisciplinary question

This classification is an analytical aid rather than a universal taxonomy. Real disciplinary relationships can be messier. Still, forcing yourself to describe the relationship is considerably more informative than simply declaring that “the disciplines have different perspectives.”

04 · A Practical Example

Two Fields Can Explain the Same Student Behavior Very Differently

Hypothetical Example

Why do students continue using generative AI for academic work?

Suppose a researcher finds two substantial literatures related to students' continued use of generative AI. One draws mainly from information-systems research and the other from educational research.

The first literature may frame continued use as a technology-adoption or continuance problem. Researchers might examine perceived usefulness, expectations, satisfaction, ease of use, or behavioral intention.

The educational literature may frame the same observable behavior as part of students' learning and study practices. Researchers might instead ask how AI use relates to self-regulation, feedback seeking, task difficulty, assessment practices, or students' developing competence.

Step 1: Identify the shared phenomenon Both literatures are concerned with students repeatedly using the technology for academic tasks.
Step 2: Identify the explanatory difference One asks primarily why a user continues adopting a technology; the other asks what role that use performs within learning activity.
Step 3: Compare what each account leaves unexplained A technology-adoption model may explain continued use without explaining its educational function. A learning-focused account may explain academic practices while treating continued technology use itself as insufficiently theorized.
Step 4: Decide whether integration serves the question If the research question asks how perceived usefulness and learning needs jointly shape continued academic use, connecting the perspectives may be justified. If the study asks only whether students intend to continue using the technology, adding educational theory may not be necessary.

The two fields are not different simply because their terminology differs. They are constructing different explanatory accounts around a substantially overlapping behavior. That distinction creates a possible interdisciplinary opportunity, but only if the research question needs both explanations.

05 · What Researchers Often Get Wrong

Common Mistakes When Comparing Disciplinary Perspectives

Misconception

Different Words Must Mean Different Concepts

Disciplines can develop different terminology for substantially overlapping phenomena. Compare definitions, indicators, mechanisms, and empirical use before deciding that two terms represent genuinely different constructs.

Misconception

The Same Word Must Mean the Same Thing

The reverse mistake is equally problematic. Terms such as engagement, resilience, trust, intelligence, literacy, or performance may carry different conceptual meanings across research traditions. Shared vocabulary can conceal rather than eliminate disciplinary differences.

Misconception

One Discipline Must Have the Correct Explanation

Different accounts may explain mechanisms operating at different levels or under different conditions. An individual-level explanation and an institutional explanation, for example, need not be competitors. The relevant question is what each explains and how those explanations relate.

Misconception

Complementary Perspectives Can Simply Be Added Together

Complementarity still requires conceptual work. Researchers need to specify relationships among constructs, levels of analysis, assumptions, and evidence. Otherwise, the resulting framework may contain several plausible explanations without showing how they form a coherent account.

Misconception

A Difference Between Fields Automatically Creates an Interdisciplinary Gap

Disagreement can generate a worthwhile research problem, but sometimes the literatures address different outcomes or operate at different levels and therefore are not trying to answer the same question. Establish the shared problem before treating disciplinary difference as a gap.

06 · What This Means for You

Map the Disciplines Before Trying to Combine Them

If two literatures appear related, resist the temptation to merge their terminology immediately. First reconstruct the problem as each discipline understands it.

A simple comparison framework

If the disciplines use different terms for substantially equivalent concepts
Translate the terminology carefully and avoid presenting the overlap as a new interdisciplinary discovery.
If they study the same outcome but propose different mechanisms
Consider whether comparing or integrating those mechanisms would improve the explanation.
If they explain the phenomenon at different levels
Specify how those levels might interact rather than simply placing the explanations together.
If they use incompatible definitions or assumptions
Examine the incompatibility explicitly before constructing a common framework.
If they share only a broad topic but ask fundamentally different questions
Treat them as adjacent literatures unless your research problem provides a defensible reason to connect them.

This mapping can also tell you whether an interdisciplinary project is warranted at all. Different disciplinary treatments become useful when their relationship helps answer the question. Merely discovering that another field talks about your topic differently is not enough.

And occasionally the comparison uncovers something more troublesome: the disciplines may disagree about what the phenomenon fundamentally is, what causes it, or what constitutes valid evidence. In that situation, you need to determine whether disciplinary assumptions make the proposed research question internally inconsistent before proceeding.

07 · A Quick Checklist

How to Compare Two Disciplinary Accounts of a Problem

When comparing the literatures, check:
Describe the underlying observable phenomenon without relying on either discipline's preferred terminology.
Compare how each discipline defines the central construct or problem.
Identify what each field treats as the main outcome requiring explanation.
Map the mechanisms, causes, or relationships each disciplinary account proposes.
Compare the units and levels of analysis used in the two literatures.
Examine the kinds of evidence and methods each field uses to support its claims.
Search synonyms and related constructs before concluding that a concept is absent from the other discipline.
Classify the relationship as equivalent, complementary, different-level, competing, difficult to reconcile, or merely adjacent.
Ask whether integrating the perspectives would actually change what your research question can explain.
08 · Frequently Asked Questions

Questions About Comparing Disciplines

Can two disciplines use different terms for the same concept?

Yes. Disciplinary communities frequently develop specialized vocabularies, and conceptually overlapping ideas may acquire different labels. Compare definitions and empirical use rather than assuming difference from terminology alone.

Can the same term mean different things in different disciplines?

Yes. Shared terms can have different definitions, theoretical histories, dimensions, or measurement practices. This is why searching by keyword alone is insufficient when comparing disciplinary literatures.

How can I tell whether two theories are competing or complementary?

Ask whether they attempt to explain the same outcome at the same level and whether their claims imply different expectations. If they explain different mechanisms, levels, or portions of the phenomenon, they may instead be complementary. The distinction requires examining the theories' actual claims rather than their disciplinary labels.

Do different methods mean the disciplines understand the problem differently?

Not necessarily. Different methods can investigate the same conceptual problem, while identical methods can be used within very different theoretical frameworks. Compare the research questions, constructs, assumptions, and interpretations alongside the methods.

What if one discipline studies individuals and another studies institutions?

They may still address connected aspects of the same broad problem, but they operate at different levels of analysis. Integration requires explaining how processes at those levels relate rather than treating individual and institutional explanations as interchangeable.

Does disciplinary disagreement make a good interdisciplinary research question?

It can. Disagreement may expose competing explanations, different assumptions, or overlooked relationships. A worthwhile question should specify what the disagreement concerns and what evidence could clarify it rather than merely observing that the disciplines disagree.

Should I combine two disciplinary perspectives whenever they are complementary?

No. Complementarity establishes possibility, not necessity. Integration is worthwhile when the combined perspectives help answer your particular research question more adequately and the resulting study remains conceptually coherent and feasible.

09 · The Bottom Line

Compare What the Disciplines Are Explaining, Not Just What They Call It

The Bottom Line

Two disciplines are addressing the same problem differently when they investigate substantially the same underlying phenomenon but construct different accounts of what it is, why it occurs, which mechanisms matter, what evidence is relevant, or what constitutes an adequate explanation.

Start by mapping the phenomenon, definitions, outcomes, mechanisms, levels of analysis, and evidence in each literature. Only after identifying the relationship between those accounts should you decide whether they should be translated, compared, integrated, or kept separate.

10 · Sources and Further Reading

Sources and Further Reading

11 · Cite this Guide

How to Cite This Guide

This guide is intended to be read, shared, and used in research, teaching, and academic work. If you draw on its ideas, explanations, or other content, please acknowledge the source by citing the guide. Doing so gives appropriate credit and helps your readers locate the original resource.

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