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Evaluation Theories and Models


Learn how evaluation theory can improve your work!

This self-paced offering is for people who understand the fundamentals of evaluation, but are not well versed in evaluation theory, models, or frameworks. Drawing on the evaluation theory tree, the course provides examples from each of the four families of theories, and allows you to plan an evaluation from each theory family.

Course Objectives:

After completing this course, you will be able to:

  • Explain how evaluation theories and models contribute to improved evaluation practice;
  • Identify four “families” of evaluation theories;
  • Describe the characteristics of five widely-used evaluation models:
    • Utilization-focused evaluation;
    • Practical participatory evaluation;
    • Theory-driven evaluation;
    • Realist evaluation;
    • Transformative evaluation; and
  • Use each approach to plan an evaluation.

Estimated time to complete: 6 hours

Prerequisites: Familiarity with evaluation concepts and practices

Evaluation Competencies addressed: [ ] reflective; [x] technical; [x] situational; [ ] management; [ ] interpersonal

Note: For all self-paced courses on the e-Institute, you will be granted access once payment is received in full. You then have three months to complete the course starting from the date access is granted.

Evaluation Theories and Models

600

Under Development

Qualitative Data Analysis 

This self-paced course covers all aspects of qualitative data analysis including creating an analytic framework, creating a codebook, coding data, selecting software to analyze qualitative data, increasing the trustworthiness of the analysis, and presenting qualitative data in reports.

Systems Evaluation: Theory & Practice

Interventions are becoming increasingly complex as designers adopt holistic approaches to solving social problems. This course covers how to know whether a systems approach is right for the intervention you are evaluating, define the complex intervention for evaluation purposes, and evaluate its interdependencies and emergent properties.