EDP 812 Module 2 Research Methods in I/O Psychology Example

Reviewed by Frances Ledbetter, MA Aspen University Updated October 2026

This EDP 812 Module 2 sample paper designs a study for a composite Boise credit union that has introduced a new onboarding program for contact center staff and wants to know whether it reduces early turnover. Aspen University's EDP 812 covers the research methods I/O psychologists use to study people at work. Scandura and Williams reviewed methods in management research and the trade-offs among generalizability, precision and realism. Grant and Wall argued that quasi-experiments are underused in organizations and can support strong inferences when designed well. Podsakoff and colleagues reviewed how measuring everything from one source can bias results. A design table follows.

CourseEDP 812 Foundations of Industrial and Organizational Psychology
ModuleModule 2
Paper typeDoctoral research design
LengthAbout 1,012 words, 6 pages
FormatAPA 7 student paper
SchoolAspen University
ProgramDoctor of Education
UpdatedOctober 2026

Free sample paper for EDP 812 Module 2

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Did the Onboarding Work? A Quasi-Experimental Design for a Contact Center

Student Name

Doctor of Education Program, Aspen University

EDP 812: Foundations of Industrial and Organizational Psychology

Instructor Name

Month Day, Year

What this page is doingThe title states the research question and the design chosen to answer it. APA 7 student title page.
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Did the Onboarding Work? A Quasi-Experimental Design for a Contact Center

After examining the history of selection research, Gabriel, the organizational development specialist at a composite credit union in Boise, turned to a narrower question. The credit union had developed a four-week onboarding program for new member service representatives, with a peer mentor, graduated call difficulty and weekly check-ins with a supervisor. Leadership wanted to know whether it would reduce turnover in the first six months. Both Gabriel and the credit union are fictional. This paper designs a study to answer the question.

The Research Question

The research question is whether six-month turnover is lower for representatives who complete the new onboarding program than for similar representatives given the previous one-week orientation. The hypothesis is that six-month turnover will be lower among those receiving the new program. Secondary questions concern whether the program improves new hires' confidence and their early performance.

Choosing a Design

Scandura and Williams (2000) reviewed research methods used in management studies and described a trade-off among three goals: generalizability to other settings and people, precision in measuring and controlling variables and realism of the setting. No single design maximizes all three. Laboratory experiments are precise but unrealistic; field studies are realistic but less precise; surveys can be generalizable but weak on causal inference. They found that management research relied heavily on surveys and called for more varied designs.

Grant and Wall (2009) argued that quasi-experiments, which compare groups or periods without random assignment, are underused in organizational research. Organizations rarely allow random assignment, but well-designed quasi-experiments, using features such as comparison groups, multiple pretests and staggered introduction, can rule out many alternative explanations and approach the strength of true experiments while keeping the realism of field settings.

DesignStrengthWeaknessDecision
Randomized experimentStrong causal inferenceManagers unwilling to withhold the program from some hiresRejected
Cross-sectional surveyQuick; inexpensiveCannot show causation; common method biasRejected
Before-and-after at one siteSimpleOther changes over time could explain resultsRejected
Staggered quasi-experiment across two sitesComparison group and replication; realisticNo random assignmentChosen
What this page is doingThe staggered start turns the second site into a comparison group and then a replication.
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The Chosen Design

The credit union has two contact center sites. The new program will begin at the downtown site in January and at the Meridian site in July. From January to June, new hires at Meridian, still receiving the old orientation, serve as a comparison group. From July, the Meridian start provides a replication: if turnover drops there too after the program begins, the case for the program strengthens. Turnover for hires in the previous two years at both sites provides a baseline.

Measures and Sources

Podsakoff et al. (2003) reviewed research on common method bias, the inflation or distortion of relationships between variables that occurs when they share a method or source, for example when one survey asks employees about both their onboarding experience and their intention to quit. The design avoids this by drawing the main outcome, turnover within six months, from human resources records. Early performance comes from quality assurance scores assigned by evaluators who do not know which program a representative received. New hires' confidence is measured by survey at weeks two and eight, analyzed as a secondary outcome with its limits acknowledged.

Threats to Validity

Several threats remain. History: an event such as a pay increase at one site could change turnover. The credit union agrees not to change pay or schedules differently across sites during the study, and the team will record any changes that occur. Selection: hires at the two sites might differ; the analysis will compare their characteristics at baseline. Diffusion: supervisors at Meridian might adopt parts of the new program early; the team will check by asking supervisors monthly. Regression to the mean: turnover may have been unusually high before the study; the two-year baseline helps assess this.

Ethics

Participation in the program is part of employment, but the survey is voluntary, with informed consent. Responses will be confidential, stored separately from personnel records and reported only in aggregate. Supervisors will not see individual responses. An institutional review board will examine the protocol, since results may be published as part of Gabriel's doctoral work. Participants may decline the survey without any effect on their employment, and the consent form will say so plainly.

What the Design Cannot Show

Without random assignment, the design cannot rule out every alternative explanation. It also cannot say which part of the program, the mentor, the graduated calls or the check-ins, produces any effect. A later study could vary components.

Analysis Plan

The main analysis will compare six-month turnover among hires who received the new program with turnover among hires who received the old orientation, controlling for site, hire month and prior contact center experience. Support for the hypothesis would require lower turnover at the downtown site after January relative to Meridian during the same months, and a similar drop at Meridian after its July start. A drop at both sites at the same time, regardless of the program, would point instead to an outside cause. Grant and Wall (2009) emphasize that this kind of prediction, a specific pattern of results that alternative explanations would not produce, is what gives quasi-experiments their strength.

Practical Constraints

The design reflects compromises. Leadership wanted the program at both sites at once; Gabriel negotiated a six-month delay at Meridian by pointing out that the program's materials were still being refined and that a staggered start would show whether the investment paid off. Sample size is limited: about forty hires per site per year means the study may detect only a fairly large effect. The team will report the size and uncertainty of any difference rather than relying only on statistical significance.

Conclusion

Scandura and Williams's trade-offs explain why no design is perfect, Grant and Wall show how a quasi-experiment can support strong inference in a real organization and Podsakoff and colleagues show why outcomes should come from sources other than the survey. A staggered design across two sites, with turnover drawn from records, gives the credit union a credible answer to its question.

References

Grant, A. M., & Wall, T. D. (2009). The neglected science and art of quasi-experimentation: Why-to, when-to, and how-to advice for organizational researchers. Organizational Research Methods, 12(4), 653-686. https://doi.org/10.1177/1094428108320737

Podsakoff, P. M., MacKenzie, S. B., Lee, J.-Y., & Podsakoff, N. P. (2003). Common method biases in behavioral research: A critical review of the literature and recommended remedies. Journal of Applied Psychology, 88(5), 879-903. https://doi.org/10.1037/0021-9010.88.5.879

Scandura, T. A., & Williams, E. A. (2000). Research methodology in management: Current practices, trends, and implications for future research. Academy of Management Journal, 43(6), 1248-1264. https://doi.org/10.5465/1556348

Reading the EDP 812 Module 2 assignment instructions

For Module 2, EDP 812 typically asks for a research design for a workplace question. Your Aspen course's Module 2 instructions set the requirements; the organization here is a composite. State a clear research question and hypothesis. Compare possible designs and justify your choice, including its trade-offs. Specify measures, sources and timing. Name the specific threats to validity and the step that answers each one. Address ethics, including consent and confidentiality. APA 7 applies, and the design should be one an organization could actually carry out, not an ideal study that no employer would allow. Name the threats to validity specific to your design, not a generic list, and explain the step that addresses each.

How the EDP 812 Module 2 example is put together

Gabriel, the composite specialist, wants to test whether a four-week onboarding program reduces turnover in the first six months. Scandura and Williams's review describes methods in management research and the trade-off among generalizability, precision and realism. Grant and Wall's article explains how quasi-experiments can approach the inferential strength of experiments when random assignment is impossible. Podsakoff and colleagues' review shows how common method bias inflates relationships among self-reported measures. A design table compares a randomized experiment, a quasi-experiment and a survey, and the chosen design staggers the program's start across two sites, using records for turnover. A short section sets out the site comparison and the pattern of turnover that would back the hypothesis.

Where the marks sit in the EDP 812 Module 2 rubric

A strong research design states a precise question, compares designs and justifies the choice by its trade-offs. This example rejects a randomized experiment for practical reasons and a cross-sectional survey for weak inference, choosing a staggered quasi-experiment that a real organization could run. Measures are drawn from different sources to avoid common method bias. Threats to validity, such as history and selection, are named with specific responses. Ethics is addressed concretely. The design is honest about what it cannot show. The analysis plan states in advance what result would support the hypothesis, which guards against reading the data to fit expectations. The design's limits are named directly, including what it cannot say about the program's components, and a follow-up study is suggested.

EDP 812 Module 2 help from the desk

Research design papers often propose surveys that cannot answer causal questions or experiments no organization would allow. Match the design to the question and the setting. Explain trade-offs among generalizability, precision and realism. Use different sources for predictors and outcomes where possible. List the threats that apply to your own design and pair each with a safeguard. Address consent and confidentiality. Say what the design cannot show. Commit in advance to the pattern of results that would back your hypothesis, and to the analysis. Keep the design within what the organization will allow, and explain any compromise you make. Suggest a follow-up study for questions your design cannot answer.

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This paper is an original model document written by our desk, not a submitted student paper and not an official Aspen University document. Read it for the moves, then write your own to the instructions in your classroom. If you want one built to your exact prompt and rubric, the first custom sample is free and arrives in 24 to 48 hours.

More EDP 812 and Doctor of Education sample papers

EDP 812 Module 2 questions, answered

What does EDP 812 Module 2 usually ask for?

Aspen's EDP 812 covers research methods in I/O psychology in this module, so a research design for a workplace question is typical. Check your Module 2 prompt.

What is a quasi-experiment?

A study that compares groups or time periods without random assignment, using design features such as comparison groups and staggered timing to strengthen causal inference.

What is common method bias?

Inflation or distortion of relationships between variables that occurs when they are measured with the same method or source, such as one self-report survey.

Where can I find a free EDP 812 Module 2 sample paper?

The paper is reproduced in full here: a research question, a comparison of designs, a staggered quasi-experiment and threats to validity.

Why not just survey employees?

A single cross-sectional survey cannot show that a program caused a change and is vulnerable to common method bias when all measures come from the same respondents.