PSY8348 advances students' knowledge of all aspects of respondent and operant conditioning, including schedules of reinforcement, types of reinforcers and motivating factors. Capella says it is for PhD in Behavior Analysis students only.
Students investigate basic and applied research across these areas and synthesize it in the context of new research development. The step from understanding to developing new research ideas is what makes the course demanding.
Course at a Glance
| Item | Details |
|---|---|
| University | Capella University |
| Code and title | PSY8348 Motivation and Learning |
| Level | Doctoral (PhD in Behavior Analysis students only) |
| Credits | 5 |
| Prerequisite | None listed in the catalog |
| Typical work | Research syntheses, conceptual papers, proposals for new research |
What PSY8348 Covers
| Catalog topic | What it means in practice |
|---|---|
| Respondent and operant conditioning | Explaining both processes and how they interact |
| Schedules of reinforcement | Describing patterns of responding under different arrangements |
| Types of reinforcers | Distinguishing categories and how they function |
| Motivating factors | Explaining how conditions change the value of consequences |
| Basic and applied research | Moving between laboratory and practice findings |
| Synthesis for new research | Using what is known to frame a new question |
Key Ideas to Get Straight
Schedules Shape Patterns
The arrangement of consequences affects the pattern and persistence of responding. When you discuss a schedule, state what is required for a consequence, what pattern typically results, and what happens when reinforcement stops.
Invented illustration: You compare two arrangements for a practical task. One delivers a consequence after a fixed number of responses; the other after an unpredictable number. You describe the typical pattern of responding for each, explain which would sustain behavior better when consequences become rare, and cite sources for both claims.
Motivating Conditions
Explain how a condition such as deprivation or satiation changes how effective a consequence is, and give an applied implication, such as timing a teaching session.
From Synthesis to a Research Question
A synthesis ends with a gap. State the gap, then pose a question that could close it, with a design that could answer it.
Typical Assignments and How to Approach Them
The catalog does not list assessments. These are typical tasks for the content; confirm in your course room.
| Assignment type | What it tests | How to approach it |
|---|---|---|
| Concept explanation | Precision about conditioning | Define, give an example and a non-example |
| Research synthesis | Organizing studies | Group by question; state what is known and what is not |
| Basic-to-applied analysis | Linking laboratory and practice | Pair each finding with a practical implication |
| New research idea | Creative, grounded thinking | Name the gap, the question and a feasible design |
Schedule Comparison Table
A comparison table helps you keep the schedules and their features distinct. Fill the cells from your assigned readings and add citations.
| Schedule | Requirement | Typical pattern | Applied note |
|---|---|---|---|
| Fixed ratio | Set number of responses | From your readings | From your readings |
| Variable ratio | Varying number of responses | From your readings | From your readings |
| Fixed interval | First response after set time | From your readings | From your readings |
| Variable interval | First response after varying time | From your readings | From your readings |
Adding the applied note column keeps the table useful for assignments that ask about practice, not only theory.
Writing and Referencing
- Use exact terms and define them on first use.
- Cite primary studies for empirical claims.
- Describe samples and methods briefly when comparing findings.
- End synthesis sections with a statement of what remains unknown.
A Second Worked Example: Turning a Gap into a Research Question
The course ends with new research development, so practice moving from a literature gap to a testable question.
Invented illustration: Your synthesis shows many laboratory studies on one type of schedule but few with young children in classrooms. You write the gap, then a question: "Does the pattern of responding seen in the laboratory hold when the same arrangement is used for a classroom task?" You name the kind of design that could answer it, the measures, and one ethical consideration.
A good question is specific, answerable with data and linked to what is already known. Check it by asking what result would surprise you, and what the result would change in practice.
Keep the scope modest. A tightly framed question with a feasible design reads as more credible than a sweeping one that cannot be tested.
Where Students Get Stuck
- Blurring respondent and operant. Keep the two processes distinct, then show interactions.
- Memorized patterns. Explain why a schedule produces its pattern.
- No research question. Synthesis should end by identifying a gap.
- Loose motivation language. Use the field's defined terms, not everyday ones.
Study Tips for PSY8348
- Draw example response patterns by hand to build intuition.
- Keep a glossary with example and non-example for each term.
- Write a one-paragraph research idea after every unit.
- Check each applied claim against a cited study.
How We Help with PSY8348
Send the prompt, rubric, readings and any draft. A writer with a behavior analysis background can review your synthesis, prepare a model, or help you move from a literature review to a research question. See our psychology assignment help guide.
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Frequently Asked Questions
Capella lists it for PhD in Behavior Analysis students only.
Respondent and operant conditioning, schedules of reinforcement, types of reinforcers, motivating factors and basic and applied research.
None is listed in the 2025-2026 catalog.
Five.
The description says students synthesize knowledge in the context of new research development.
No. We provide tutoring, feedback and model examples only.