Quality Criteria for Plans
The quality criteria for sound project evaluation plans
are organized into four sections corresponding to plan
components: (1) Project Description, (2) Evaluation
Overview, (3) Design, and (4) Analysis Process. See the
criteria overview for a general
introduction to the quality criteria.
For definitions of the plan components, see the
glossary.
The alignment table shows how
glossary and criteria entries for plan components align to
evaluation standards.
Component |
Quality Criteria |
Project Description |
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The following features of the targeted project should
be overviewed:
- Project
goals (both explicit and implicit) and
objectives
- Principal project activities designed to achieve
the goals
- Expected short-term and long-term outcomes
The following, additional overview information should
be provided, if available:
- Project location and implementation sites
- Project duration
- Resources used to implement the project
If more than one site is implementing a project, the
plan should, if possible, describe the sites and the
anticipated variation that may be expected across
the sites.
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The different
stakeholder groups should be identified
and their relationships to the project summarized, as
well as whatever is already known about their
perspectives that has impacted decision making on the
evaluation design being proposed in the plan.
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An understanding of contextual factors is necessary
if an evaluation is to be realistic and responsive to
the conditions within which the project operates.
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Evaluation Overview |
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The purposes of the evaluation should be stated in
terms of
goals and intended uses of
results by
stakeholders.
The evaluation should focus on whether or not
promised project components are delivered and it should compare
project outcomes against the assessed needs of the
targeted
participants or other beneficiaries. The evaluation
should also be directed at finding unanticipated
outcomes, both positive and negative.
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Evaluation questions that address context,
implementation, and outcome variables provide the
perspective not only for the eventual
interpreting
of
results, but also for understanding the conditions
under which the results were obtained.
The questions should be justified against the
following criteria:
- To which
stakeholders will answers to the
questions be useful, and how?
- How will answers to the questions provide new
information?
The plan can also state questions that are worth
answering but that will not be addressed in the evaluation,
due to constraints (e.g., limited time or resources,
insufficiency of available data-gathering
techniques).
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The professional qualifications of the evaluator
should be specified in order to build trust in the
evaluation as it unfolds.
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The plan should describe how the positions and
perspectives of the
stakeholders will be taken into
account throughout the evaluation, from planning to
data collection, analysis, and
interpretation.
Stakeholder involvement in the evaluation can be
beneficial because stakeholders can help the evaluator
better understand project
goals and
objectives, shape
evaluation questions, recommend data sources, and
review findings. As a consequence of being involved,
stakeholders are more likely to find the
results
credible, useful, and relevant, and less likely to
curtail evaluation operations or hinder accurate and
appropriate uses of the results.
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Design |
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The plan should describe the proposed methodological
approaches and how, within the constraints of time and
cost, they will yield data that help answer the
evaluation questions. The data gathered will need to
be aligned with the
goals that the project is intended
to achieve. The data can vary, however, in how
directly they indicate the attainment of project
goals. Most projects are more likely to show effects
on proximal outcomes than on distal outcomes that are
either logically or temporally remote. (For example, a
project has been designed to improve high school
students' motivation to learn science. A proximal
measure of the project's success would be student
self-reports of interest in science content, gathered
immediately before and after the project. A distal
measure would be whether the students decide to study
science in college.)
Furthermore, the approaches should be grounded in
respected methodological frameworks and best-practice
literature. This increases the chance that project
features and context that are likely to make a
difference in project operations and outcomes will be
identified.
Methodological approaches that look narrowly at
project inputs and solely examine the
results of
quantitative outcome measures may not capture all
the noteworthy influences, impacts, and outcomes of a
complex project. Qualitative and mixed method
approaches present alternative ways of detecting
impacts, especially unanticipated ones. To corroborate
evaluation findings and to provide multiple
perspectives, it is highly desirable that evaluators
measure multiple outcomes and gather data from
multiple sources (triangulation).
Important constraints on the evaluation design
(e.g., lack of random assignment of respondents to
treatment and comparison groups, or lack of data on
long-term effects) should also be stated at this point
in the report.
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The sources of information that will be used in the
evaluation should be described in enough detail to
build confidence that the information will be
sufficient to meet the evaluation's purposes.
The groups selected to provide information (e.g.,
administrators, teachers, students, parents) should be
identified and briefly described. If a sample is to be
drawn, the description should contain
- the sample selection criteria (e.g., the lowest
achievers, the best instructors),
- the process by which the sample is to be selected
(e.g., random, purposive),
- the proposed sample size,
- whether or not any comparison or control groups
will be included, and
- whether and how
participants will be assigned to
treatment and comparison groups.
The extent to which the sample will be representative
of the entire population should be indicated.
Information about the sample will help reviewers
determine the extent to which the information provided
about the sample is of sufficient depth to help users
of the report judge its representativeness and
appropriateness, given the scope, context, and
resources of the evaluation.
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The plan should describe the nature of the various
instruments and how they will be used to gather the
needed information. Instruments should be used as
intended in order for the data produced to be
reliable and
valid.
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The plan should describe how and when data will be
obtained from the various sources and how the sources
will provide corroboration and multiple
perspectives.
A description of the data collection and its intent
will provide a context for the eventual judging and
interpreting of evaluation findings and
recommendations.
The timing of data collection is important because
the project's maturity is likely to have an impact on
outcomes.
Hence, this section should describe
- how and when an appropriately broad range of data
will be collected,
- what steps will be taken to get essential data
from the sample and other targeted sources (these steps might include a human subjects review),
- what steps will be taken to ensure that the data
meet the criteria of
validity (e.g., piloting, field
testing,
stakeholder review), and
- what steps will be taken to ensure that
reliability is achieved (e.g., systematic training
of data collectors, and consistent data collection
and scoring procedures).
Different models of evaluation present different data
collection needs. For example, a
formative evaluation
requires that ongoing project activities be assessed
at points in time that enable project developers to
refine the project's components.
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Evaluation purposes and procedures should be reviewed
periodically, particularly during longitudinal
evaluations, to determine whether the evaluation
design, instruments, and procedures are adequately
capturing the project's implementation, impacts, and
outcomes.
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Analysis Process
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The proposed
quantitative analysis procedures should
be appropriate to the evaluation questions being
addressed and the characteristics of the information
being analyzed. Evaluators should consider the practical significance (e.g.,
effect sizes) and replicability, as well as
statistical significance, when drawing inferences and formulating
conclusions
from
quantitative analyses. Analyses of effects for
identifiable subgroups should be planned, as
appropriate, because a program may have differential
effects for those subgroups.
Potential weaknesses in the quantitative data
analysis, along with their possible influence on
interpretations and conclusions, should be
explained.
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The proposed
qualitative analysis procedures should
be appropriate to the evaluation questions being
addressed and the characteristics of the information
being analyzed. As the evaluation progresses, evaluators will need to confirm the
accuracy of findings from qualitative data by gathering evidence from more than
one source and by subjecting inferences to
independent verification.
Potential weaknesses in the qualitative data
analysis, along with their possible influence on
interpretations and
conclusions, should be
described.
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