| Course | EDP 818 Cognitive and Affective Principles in Psychology |
|---|---|
| Module | Module 1 |
| Paper type | Doctoral conceptual paper |
| Length | About 1,078 words, 6 pages |
| Format | APA 7 student paper |
| School | Aspen University |
| Program | Doctor of Education |
| Updated | October 2026 |
Free sample paper for EDP 818 Module 1
Six Disciplines and a Nurse Residency: What Cognitive Science Offers a Training Redesign
Student Name
Doctor of Education Program, Aspen University
EDP 818: Cognitive and Affective Principles in Psychology
Instructor Name
Month Day, Year
Six Disciplines and a Nurse Residency: What Cognitive Science Offers a Training Redesign
Dana directs clinical education for a composite hospital system in Kansas City. Each year the system hires about two hundred newly graduated nurses into a twelve-month residency. Exit surveys from last year's cohort reported the same problems: new nurses felt overwhelmed by alarms and interruptions, forgot protocols they had learned in orientation, made errors during handoffs and described their first months as frightening. Dana, who is completing a doctorate, wants to redesign the residency using what is known about how people perceive, remember, learn, think and feel. Dana's hospital system, like its residents, is fictional. This paper begins with the field she will draw on.
The Cognitive Revolution
Miller (2003) described the origins of cognitive science from his position as one of its founders. In the mid-twentieth century, behaviorism, which studied observable behavior and avoided talk of mental processes, dominated American psychology. Miller dated the turn to a symposium on information theory at the Massachusetts Institute of Technology in September 1956, where Newell and Simon presented a computer program that proved logical theorems, Chomsky presented ideas that became transformational grammar and Miller presented work on the limits of short-term memory. Psychology, linguistics and computer science converged on the study of mind. By the 1970s, a field named cognitive science had formed, which Miller described as involving six disciplines: psychology, linguistics, neuroscience, computer science, anthropology and philosophy.
The Mind as Symbol System
Newell and Simon (1976) set out one of the field's central claims, the physical symbol system hypothesis: a system that creates and manipulates symbols according to rules has the necessary and sufficient means for general intelligent action. On this view, minds and computers are both symbol systems, and studying one illuminates the other. The hypothesis made computer simulation a method for psychology and encouraged models of thinking as search through problem spaces. Critics argued that it neglected the body, emotion, context and the brain's parallel, distributed processing, debates that continue.
An Uneven Integration
Núñez et al. (2019) asked what happened to cognitive science as an interdisciplinary project. Analyzing journal publications, conference presentations, the backgrounds of society leaders and doctoral programs, they found the field dominated by psychology and, to a lesser extent, computer science. Anthropology was barely represented, and neuroscience developed largely in its own institutions. They argued that cognitive science had become a loose federation of fields rather than an integrated discipline, and suggested that its unity lay more in shared interest in the mind than in shared theory or method.
| Discipline | What it contributes to the residency | Example question |
|---|---|---|
| Psychology | Experimental evidence on attention, memory and learning | Why do new nurses forget protocols after orientation? |
| Neuroscience | How stress and fatigue affect brain systems for control | Why do frightened nurses miss information? |
| Computer science | Models of information processing and system design | How should alarms and electronic records present information? |
| Linguistics | How wording shapes understanding | Why do handoffs fail when phrased certain ways? |
| Anthropology | How unit cultures shape practice | What do experienced nurses teach informally? |
| Philosophy | Clarity about concepts such as expertise and judgment | What counts as clinical judgment, and can it be taught? |
Using Several Lenses
Each discipline sees a different part of the residency problem. Psychology explains why a single orientation week produces poor retention and suggests spaced practice. Neuroscience explains why fear narrows attention. Computer science helps analyze the alarm systems that interrupt nurses dozens of times a shift. Linguistics shows how the wording of handoffs shapes what the receiving nurse understands. Anthropology, the discipline Núñez and colleagues found most neglected, may matter most for one problem: new nurses learn much of their practice informally from experienced colleagues, and the culture of each unit shapes what they learn. Philosophy helps clarify what the residency is trying to build, since clinical judgment is not the same as knowledge of protocols.
The Value of an Unfinished Field
The uneven integration Núñez et al. (2019) describe has a practical upside. Because no single theory governs the field, a practitioner can draw on several bodies of work at once. Dana's redesign will use experimental psychology for the structure of learning, neuroscience for managing stress, computer science and human factors for the environment, linguistics for communication and anthropology for unit culture. The risk is incoherence; the remedy is a clear goal, which for the residency is safe, confident practice by the end of the first year.
A Note on Method
The disciplines also study the mind in different ways, and each method has limits. Psychology relies on controlled experiments, often with students and simple tasks. Neuroscience measures the brain directly but often in artificial settings. Computer science builds models whose fit to human minds must be tested. Anthropology observes people in their own settings, gaining realism at the cost of control. Dana will look for convergence: where a laboratory finding, a field observation and a model point the same way, she can act with more confidence.
Where Disciplines Disagree
The disciplines sometimes explain the same problem differently, and the differences are instructive. Consider handoff errors. A psychologist might attribute them to the limits of working memory, since the receiving nurse must hold many details at once. A linguist might point to how information is phrased, since vague wording such as "she's been a bit off" carries little specific content. An anthropologist might note that on some units, handoffs are rushed because staying late is frowned upon, a cultural norm rather than a cognitive limit. Each explanation suggests a different remedy: memory aids, structured wording or a change in unit expectations. Using all three is more likely to reduce errors than choosing one, which is the practical argument for an interdisciplinary field.
Expertise as a Shared Question
One question unites the disciplines in Dana's problem: how a novice becomes an expert. Psychology studies the practice that builds expertise; neuroscience, the brain changes that accompany it; computer science, models of expert knowledge; anthropology, how communities pass expertise along; philosophy, what expert judgment is. A residency is an expertise-building program, and the field's many perspectives on expertise are its central resource.
Conclusion
Miller described a revolution that brought several disciplines together around the mind, Newell and Simon offered a central claim about what minds are and Núñez and colleagues showed that the disciplines integrated only partly. For Dana, the field's breadth is its value: six lenses on one training problem reveal causes and remedies that one alone would miss.
References
Miller, G. A. (2003). The cognitive revolution: A historical perspective. Trends in Cognitive Sciences, 7(3), 141-144. https://doi.org/10.1016/S1364-6613(03)00029-9
Newell, A., & Simon, H. A. (1976). Computer science as empirical inquiry: Symbols and search. Communications of the ACM, 19(3), 113-126. https://doi.org/10.1145/360018.360022
Núñez, R., Allen, M., Gao, R., Miller Rigoli, C., Relaford-Doyle, J., & Semenuks, A. (2019). What happened to cognitive science? Nature Human Behaviour, 3(8), 782-791. https://doi.org/10.1038/s41562-019-0626-2
What the EDP 818 Module 1 instructions ask for
The first module of EDP 818 usually asks for a paper on cognitive science as an interdisciplinary field. Follow the Module 1 instructions in your Aspen course; the hospital here is a composite. Trace the field's origins and its founding disciplines. Explain at least one central idea, such as the computational view of mind, and its critics. Assess how well the disciplines have actually integrated. Apply several disciplinary lenses to a practical problem, showing what each adds. Use APA 7, and treat the field's history as an argument about how minds should be studied rather than a list of dates. Where you apply the disciplines, show at least one case where two disciplines explain the same problem differently, since that is where integration earns its keep.
How this EDP 818 Module 1 example is built
Dana, the composite director of clinical education, must redesign a hospital system's nurse residency. Miller recalls a 1956 symposium where psychology, linguistics and computer science came together and describes the later naming of cognitive science. Newell and Simon argue that a physical symbol system has the means for general intelligent action. Núñez and colleagues analyze publications, conferences and doctoral programs and find psychology and computer science dominant while anthropology and neuroscience were marginal in the field's institutions. A six-row table shows what each discipline offers the residency, and the paper argues for using several at once. A short section considers the methods each discipline uses and why converging evidence matters.
EDP 818 Module 1 rubric: what earns full marks
A strong interdisciplinary paper explains the field's origins, takes a position on its central ideas and shows what integration adds. This example uses a founder's own account, a foundational theoretical claim and a critical analysis of the field's development, so the history becomes an argument. The application to nurse training shows concretely what each discipline contributes, from attention research to the culture of hospital units. The paper concludes that the field's unfinished integration is an opportunity for practice. It also compares the methods the disciplines use, which shows why converging evidence from different methods carries more weight than any one study. The paper treats the field's lack of full integration as an honest finding rather than hiding it, and it turns that finding into a practical strategy for drawing on several fields.
EDP 818 Module 1 help from the desk
Interdisciplinary papers often list the six disciplines without showing what each contributes. Apply them to a concrete problem and show the difference each makes. Explain the computational view and its critics. Use evidence on how well the field has integrated. Avoid treating cognitive science as a single settled theory; it remains a meeting of approaches with different methods and assumptions. Show where two disciplines explain the same problem differently and what each adds. Explain the methods behind each discipline's claims, since methods shape what counts as evidence. Treat the computational view as a claim with critics, not as settled fact. Keep the practical problem in view throughout so the history serves the argument.
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EDP 818 Module 1 questions, answered
What does EDP 818 Module 1 usually ask for?
Aspen's EDP 818 opens with cognitive science across disciplines, so a paper on the field's origins and what its disciplines contribute is typical. Read your Module 1 prompt.
What was the cognitive revolution?
The mid-twentieth-century shift, described by Miller, in which psychology, linguistics and computer science turned to studying mental processes, challenging behaviorism.
What is the physical symbol system hypothesis?
Newell and Simon's claim that a system that manipulates symbols has the necessary and sufficient means for general intelligent action.
Where can I find a free EDP 818 Module 1 sample paper?
This page contains the full paper: the field's origins, the computational view, evidence on integration and a table applying six disciplines to nurse training.
Has cognitive science become truly interdisciplinary?
Núñez and colleagues found it has not fully; psychology and computer science dominated, while anthropology and some other founding disciplines remained marginal.