Expert validation of fit-for-purpose guidelines for designing programmes of assessment
- Joost Dijkstra†1Email author,
- Robert Galbraith2,
- Brian D Hodges3,
- Pauline A McAvoy4,
- Peter McCrorie5,
- Lesley J Southgate5,
- Cees PM Van der Vleuten1,
- Val Wass6 and
- Lambert WT Schuwirth1, 7
© Dijkstra et al; licensee BioMed Central Ltd. 2012
Received: 10 January 2012
Accepted: 17 April 2012
Published: 17 April 2012
An assessment programme, a purposeful mix of assessment activities, is necessary to achieve a complete picture of assessee competence. High quality assessment programmes exist, however, design requirements for such programmes are still unclear. We developed guidelines for design based on an earlier developed framework which identified areas to be covered. A fitness-for-purpose approach defining quality was adopted to develop and validate guidelines.
First, in a brainstorm, ideas were generated, followed by structured interviews with 9 international assessment experts. Then, guidelines were fine-tuned through analysis of the interviews. Finally, validation was based on expert consensus via member checking.
In total 72 guidelines were developed and in this paper the most salient guidelines are discussed. The guidelines are related and grouped per layer of the framework. Some guidelines were so generic that these are applicable in any design consideration. These are: the principle of proportionality, rationales should underpin each decisions, and requirement of expertise. Logically, many guidelines focus on practical aspects of assessment. Some guidelines were found to be clear and concrete, others were less straightforward and were phrased more as issues for contemplation.
The set of guidelines is comprehensive and not bound to a specific context or educational approach. From the fitness-for-purpose principle, guidelines are eclectic, requiring expertise judgement to use them appropriately in different contexts. Further validation studies to test practicality are required.
There is a growing shared vision that a programme of assessment is necessary to achieve a coherent and consistent picture of (assessee) competence [1–4]. A programme is more than a combination of separate tests. Just as a test is not simply a random sample of items; a programme of assessment is more than a random set of instruments. An optimal mix of instruments should match the purpose of assessment in the best possible way. However, there is less clarity about what is actually needed to achieve an integrated, high quality programme of assessment. Little is known about key relations, compromises, and trade-offs needed at the level of a highly integrated programme of assessment . This does not imply that existing programmes of assessment are not of high quality, indeed there are numerous examples of good programmes of assessment which are based on extensive deliberation and which are designed by experts [6–8].
However, scientific evidence on quality of such programmes in its entirety is currently limited, and certainly in need of theory formation and applicable research outcomes. The scant research that has been conducted into the quality of programmes of assessment, focuses on various aspects of assessment, with different aims and adopting diverse viewpoints on quality, and the results of the individual studies therefore are hard to compare. From a psychometric perspective quality has been almost exclusively defined as the reliability of combinations of decisions and a “unified view of validity” [9–13]. From an educational perspective the focus has been on the alignment of objectives, instruction, and on using assessment to stimulate desirable learning behaviour [14–16]. In another study Baartman  took competency-based education as a basis for quality, and proposed adding education-based criteria, such as authenticity and meaningfulness, to the established psychometric criteria. Most of this research determines assessment quality afterwards, when assessment has already taken place. Unfortunately, this does not provide assessment designers with much support when they intend to construct a high-quality programme. In our study we therefore investigate the possibility of enhancing quality of assessment programmes from a design perspective by providing guidelines for assessment design.
In various local contexts standards, criteria, and guidelines are used to support assessment development. However, the transferability of these to other contexts is fairly low as they are highly contextual and often based on local policy decisions. On the other hand guidance is available at a broader educational level, e.g., the Standards for educational and psychological testing . But these standards focus predominantly on single tests (i.e. the measuring instrument) instead of on programmes of assessment. And, despite the standards being open to expert judgement and acknowledging contextual differences (e.g. in regulations), they are still formulated from a specific testing framework and from the perspective of assessment of learning. This predetermines the goal of assessment and takes an ideological standpoint in the quality perspective and as a result, such standards are necessarily prescriptive. So, our aim in this study is to develop and validate more context-independent guidelines, applicable with different purposes in mind (including assessment for learning), and with a focus on programmes of assessment instead of single instruments. In addition we seek to develop and validate guidelines that support both assessment developers and decision makers. In this study we adopted the fitness-for-purpose principle [5, 20], in which quality is determined as the extent to which a programme of assessment fulfils its purpose or its function. The advantage of this is that it makes the quality framework more widely applicable and less reliant on contemporary ideas on education and assessment. From the fitness-for-purpose perspective defining criteria is avoided, and instead design guidelines are formulated. For example, a quality criterion would be: “An assessment programme should have summative tests”, whereas a guideline would be: “The need for summative tests should be considered in light of the purpose.” Given the fitness-for-purpose principle the application of the guidelines are necessarily eclectic. In different contexts assessment designers need to decide how important or relevant a guideline is, and use their own expertise to make decisions based on specific contextual circumstances.
The framework is divided into several layers and is placed in the context of stakeholders and infrastructure (outer layer). The starting point is the purpose of the programme (key element in the framework). Around the purpose, 5 layers (dimensions) were distinguished. (1) Programme in action describes the core activities of a programme, i.e. collecting information, combining and valuing the information, and taking subsequent action. (2) Supporting the programme describes activities that are aimed at optimizing the current programme of assessment, such as improving test construction and faculty development, as well as gaining stakeholder acceptability and possibilities for appeal. (3) Documenting the programme describes the activities necessary to achieve a defensible programme and to capture organizational learning. Elements of this are: rules and regulations, learning environment, and domain mapping. (4) Improving the programme includes dimensions aimed at the re-design of the programme of assessment, after the programme is administered. Activities are R&D and change management. (5) The final layer justifying the programme describes activities that are aimed at providing evidence that the purpose of the programme is achieved taking account of effectiveness, efficiency, and acceptability.
Because the aim of this study was to formulate guidelines that are general enough to be applicable to a variety of contexts, and yet at the same time meaningful and concrete enough to support assessment designers, we started by generating ideas for guidelines based on the above framework for programmes of assessment using the input of international experts in the field of assessment in medical education. In order to validate the guidelines we sought expert consensus. In this article we do not go into further detail about the framework; but kindly refer the reader to our previous publication . In describing the results we will focus on the most important and salient findings (i.e. the guidelines). For the complete set of guidelines we refer to Additional file 1: the addendum.
The development and validation of design guidelines was divided into four phases, starting with a brainstorm phase to generate ideas using a core group of experts (JD, CvdV and LWTS), followed by a series of discussions with a wider group of international experts to elaborate on this brainstorm. Next in a refinement phase, the design guidelines were fine-tuned based on the analysis of the discussions. Finally a member check phase was initiated to validate the guidelines based on expert consensus.
The participants were purposefully selected based on their experience with programmes of assessment. They all have published extensively on assessment. Given their backgrounds it was anticipated that these experts would provide the most valuable information. The nine participants of the focus group of the preceding study  were invited by e-mail to participate in this follow-up study, explaining the goal and providing details about the method and procedures. One participant declined because of retirement, another declined because of other obligations, a third declined because of a change in field of work. With the addition of CvdV and LWTS a total of eight experts took part in this study. The experts (all co-authors) came from North America (2) and Europe (6). Within their institution, they fulfil different (and some multiple) roles in their assessment practice e.g. programme directors, national committee members, and other managerial roles. They represent different (educational) domains ranging from undergraduate and graduate education, to national licensing and recertification.
Procedure and data analysis
The brainstorm was done by the research team (JD, CvdV, LWTS) based on their experience and data from the preceding study . This resulted in a first draft of the set of guidelines, which served as a starting point for the discussion phase. The discussion took place in multiple (Skype®) interviews with the participants. Individual interviews were held with each participant and led by one researcher (JD) with the support of a second member of the research team (either CvdV or LWTS). The interview addressed the first draft of guidelines and was structured around three open questions: 1. Is the formulation of the guidelines clear, concise, correct? 2. Do you agree with the guidelines? 3. Are any specific guidelines missing? The interviews were recorded and analysed by the research team to distil a consensus from the various opinions, suggestion, and recommendations. One researcher (JD) reformulated the guidelines and to avoid overly adherence to initial formulations the interview data (expert suggestions) were taken as starting point. The goal of the new formulation was to represent the opinions and ideas expressed by the experts as accurately as possible. Peer debriefing was done to check the reformulation by the research team (JD, CvdV, & LWTS) to reach initial consensus. After formulating a complete and comprehensive set of guidelines, a member-check procedure was conducted by e-mail. All participants were sent the complete set for final review and all responded. No content-related issues had to be resolved and some wording issues were resolved as a final consensus document was generated.
A set of 72 guidelines was developed based on expert experience, and then validated based on expert consensus. Because of the length of this list we have decided not to provide exhaustive detail about all of them, but to limit ourselves to the most salient guidelines per layer of the framework (the complete list is provided as an addendum in Additional file 1). For reasons of clarity, a few remarks on how to read this section and the addendum with the complete set of guidelines. Firstly, the guidelines are divided over the layers of the framework and grouped per element within each layer. We advise the reader to regard the guidelines in groups rather than as separate guidelines. Also in application of the guidelines it is expected that it is not practical to apply guidelines in isolation. Secondly, there is no linear order in the guidelines presented. When reading the guidelines, you may not immediately come across those guidelines or important topics you would expect to be given priority. There is potentially more than one way of ordering the guidelines. For instance costs are important throughout the design process. However, because of the way this framework is constructed, costs are addressed near to the end. Thirdly, there is overlap in the guidelines. It appeared impractical and somewhat artificial to split every assessment activity into separate parts. The guidelines are highly related, and overlap and/or redundancy are almost inevitable. In the example of costs, which are primarily addressed as part of cost-efficiency, references to costs are actually made in several guidelines. Fourthly, the level of granularity is not equal for all guidelines. Determining the right level of detail is a difficult endeavour, variable granularity reflects the fact that some issues seem more important than others, and others may have been investigated in depth. Hence, the interrelatedness and the difficulty of determining the right level of granularity is also a reason to review the guidelines per group. The division of guidelines within elements of the layers was done based on key recommendations in the design process. However, in some situations this division might be arbitrary and of less relevance. Finally we have sought to find an overarching term that would cover all possible elements of the programme, such as assessments, tests, examinations, feedback, and dossiers. We wanted the guidelines to be broadly applicable, and so we have chosen the term assessment components. Similarly for outcomes of assessment components we have chosen assessment information (e.g. data about the assessees’ competence or ability).
Number of guidelines per layer
Number of guidelines
Programme in Action
Supporting the Programme
Documenting the Programme
➣Rules and Regulations (R&R)
Improving the programme
Justifying the Programme
I). Decisions (and their consequences) should be proportionate to the quality of the information on which they are based.
This guideline has implications for all aspects of the assessment programme, both at the level of the design of the programme, and at the level of individual decisions about assessees’ progress. The higher the stakes, the more robust the information needs to be.
In the layer Programme in Action for instance, actions based on (collected) information should be proportionate to the quantity and quality of the information. The more high-stakes an action or decision, the more certainty (justification and accountability) is required, the more the information collection process has to comply with scientific criteria, and usually the more information that is required.
II) Every decision in the design process should be underpinned preferably supported by scientific evidence or evidence of best practice. If evidence is unavailable to support the choices made when designing the programme of assessment, the decisions should be identified as high priority for research.
III) Specific expertise should be available (or sought) to perform the activities in the programme of assessment.
This guideline is more specifically aimed at the expertise needed for the assessment activities in the separate layers and elements within the assessment programme. A challenge in setting up a programme of assessment is to “get the right person for the right job”. Expertise is often needed from different fields including specific domain knowledge, assessment expertise, and practical knowledge about the organisation. Some types of expertise, such as psychometric expertise for item analysis, and legal expertise for rules and regulations, are obvious. Others are less clear and more context specific. It is useful when designing an assessment programme to articulate the skill set and the body of knowledge necessary to address these issues.
Salient guidelines per dimensions in the framework
This section contains the more detailed and specific guidelines. We describe them in relation to the layers of our previously described model (see Figure 1), starting from the purpose towards the outer layers. In the addendum ( Additional file 1) all guidelines are described and grouped per element within each layer.
Purpose, stakeholders, and infrastructure
A1 One principal purpose of the assessment programme should be formulated.
This principal purpose should contain the function of the assessment programme and the domains to be assessed. Other guidelines in this element address the need for multiple long and short term purposes and the definition of framework to ensure consistency and coherence of the assessment programme. The challenge in designing a programme of assessment will be to combine these different purposes in such a way that they are achieved in the optimal way with a clear hierarchy defined in terms of importance. This group of guidelines is aimed at supporting this combination.
A4 Opportunities as well as restrictions for the assessment programme should be identified at an early stage and taken into account in the design process.
A7 The level at which various stakeholders participate in the design process should be based on the purpose of the programme as well as the needs of the stakeholders themselves.
Programme in action
B1 When selecting an assessment component for the programme, the extent to which it contributes to the purpose(s) of the assessment programme should be the guiding principle.
During the interviews the experts agreed without much debate on the majority of guidelines about collecting information (B2-B9). These should aid in demonstrating the underpinning of the selection choices. Different components have different strengths and weaknesses and these have to be weighed against each other in order to decide the optimal balance to contribute to the purpose of the assessment. The interrelatedness of the guidelines should be taken into account in the design, but feasibility (Infrastructure) and acceptability (Stakeholders) are also clearly important. This is not as obvious as it seems. Currently design is often focussed almost exclusively on the characteristics of individual assessment components and not on the way in which they contribute to the programme as a whole. Often there is a tendency to evaluate the properties of an assessment component per se and not as a building block in the whole programme.
B14 Combination of the information obtained by different assessment components should be justified based on meaningful entities either defined by purpose, content, or data patterns.
B21 Information should be provided optimally in relation to the purpose of the assessment to the relevant stakeholders.
Supporting the programme
C4 Support for constructing the assessment components requires domain expertise and assessment expertise.
C6 The higher the stakes, the more robust the procedures should be.
C8 Acceptance of the programme should be widely sought.
Documenting the programme
The fact that rules and regulations have to be documented did not raise much debate. These guidelines address the aspects that are relevant when considering the rules and regulations including the need for an organisational body, upholding the rules and regulations. The fact that the context (e.g. learning environment) in which the programme of assessment exists must be made explicit was self apparent.
D9 A domain map should be the optimal representation of the domain in the programme of assessment.
Improving the programme
E1 A regular and recurrent process of evaluation and improvement should be in place, closing the feedback loop.
E4 Momentum for change has to be seized or has to be created by providing the necessary priority or external pressure.
Justifying the programme
F2 New initiatives (developments) should be accompanied by evaluation, preferably scientific research.
F6 A cost-benefit analysis should be made regularly in light of the purposes of the programme. In the long term, a proactive approach to search for more resource-efficient alternatives should be adopted.
F10 Confidentiality and security of information should be guaranteed at an appropriate level.
Discussion and conclusion
We developed a comprehensive set of guidelines for designing programmes of assessment. Our aim was to formulate guidelines that are general enough to be applicable to a variety of contexts. At the same time they should be sufficiently meaningful and concrete as to support assessment designers. Since we tried to keep away from specific contexts or educational approaches, it is likely that this set may be applicable beyond the domain of medical education. Although these guidelines are more general than existing sets of guidelines, criteria or standards, we cannot dismiss that our backgrounds (i.e. medical education) might have resulted in too restrictive formulations of guidelines. This stresses the need for further replication of our study and on application of these guidelines in a range of contexts.
Although establishing guidelines is an ongoing process, it is remarkable that in a short time such a good consensus was reached among the experts. Most of the debate actually focused around a few specific guidelines, probably those that are more difficult to enunciate or less certain in their utility. For example topics like combining information remain still highly debated, and no complete and final answers can be provided at this time.
In trying to be as comprehensive as possible we acknowledge the risk of being over-inclusive. We would like to stress that when designing a programme of assessment, these guidelines should be applied with caution. We recognise and indeed stress that contexts differ and not all guidelines may be relevant in all circumstances. Hence, designing an assessment programme implies making deliberate choices and compromises, including the choice of which guidelines should take precedence over others. Nevertheless, we feel this set combined with the framework of programmes of assessment enables designers to keep an overview of the complex dynamics of a programme of assessment. An interrelated set of guidelines aids designers in foreseeing problematic areas, which otherwise would remain implicit until real problems arise.
We must stress that the guidelines do not replace the need for assessment expertise. Hence, given our fitness-for-purpose perspective on quality, putting the challenge in applying these general guidelines to a local context. Such a translation from theory into practice is not easy and we see the possibility of providing a universally applicable prescriptive design plan for assessment programmes to be slim. Only, if a specific purpose or set of purposes could be decided upon, one could argue that a set of guidelines could be prescriptive. However, thus far it has been the experience that one similar purpose across contexts is extremely rarely found, let alone a similar set of purposes.
What our guidelines do not support is how to make decisions, but they stress the need for decisions to be underpinned and preferably based on solid evidence. This challenge also provides an opportunity to learn from practice. Different ways of applying the guidelines will likely result in more sophisticated guidelines, and provide a clearer picture of the relations in the framework. Thus, it is probably inevitable that some guidelines are not self-evident and need more explanation. Real-life examples from different domains or educational levels will be required to provide additional clarity and understanding. This is a longer term endeavour beyond the scope of this paper. Also, it will involve more data gathering and examples from various domains.
Although validation by the opinions of experts is susceptible to biases, it was suitable in our study for generating a first concrete set of guidelines. The validation at this stage is divergent in nature and therefore inclusive and, as such, the guidelines might be over-inclusive. This is only one form of validation and not all guidelines can be substantiated with scientific evidence or best practice. Therefore further validation through specific research is necessary, especially in the area of implementation and translation to practice. Different programmes of assessment will have to be analysed in order to determine whether the guidelines are useful in practice and are generally applicable in different contexts. A practical validation study is now needed. It is encouraging to have already encountered descriptions of programmes of assessment in which to some extent the guidelines are intuitively or implicitly appreciated and taken into account. Of course this is to be expected since not all guidelines are new. However, we think that the merit of this study is the attempt to provide a comprehensive and coherent listing of such guidelines.
- Lew SR, Page GG, Schuwirth LWT, Baron-Maldonado M, Lescop JMJ, Paget NS, Southgate LJ, Wade WB: Procedures for establishing defensible programmes for assessing practice performance. Medical Education. 2002, 36: 936-941. 10.1046/j.1365-2923.2002.01319.x.View ArticleGoogle Scholar
- Schuwirth LWT, Southgate L, Page GG, Paget NS, Lescop JMJ, Lew SR, Wade WB, Baron-Maldonado M: When enough is enough: a conceptual basis for fair and defensible practice performance assessment. Medical Education. 2002, 36: 925-930. 10.1046/j.1365-2923.2002.01313.x.View ArticleGoogle Scholar
- Van der Vleuten C, Schuwirth LWT: Assessing professional competence: from methods to programmes. Medical Education. 2005, 39: 309-317. 10.1111/j.1365-2929.2005.02094.x.View ArticleGoogle Scholar
- Savage JK: In-training assessment (ITA): designing the whole to be greater than the sum of the parts. Medical Education. 2006, 40: 13-16. 10.1111/j.1365-2929.2005.02377.x.View ArticleGoogle Scholar
- Dijkstra J, Van der Vleuten C, Schuwirth L: A new framework for designing programmes of assessment. Adv Heal Sci Educ. 2010, 15: 379-393. 10.1007/s10459-009-9205-z.View ArticleGoogle Scholar
- Dannefer EF, Henson LC: The Portfolio Approach to Competency-Based Assessment at the Cleveland Clinic Lerner College of Medicine. Academic Medicine. 2007, 82: 493-502. 10.1097/ACM.0b013e31803ead30.View ArticleGoogle Scholar
- Davies H, Archer J, Southgate L, Norcini J: Initial evaluation of the first year of the Foundation Assessment Programme. Medical Education. 2009, 43: 74-81. 10.1111/j.1365-2923.2008.03249.x.View ArticleGoogle Scholar
- Ricketts C, Bligh J: Developing a Frequent Look and Rapid Remediation Assessment System for a New Medical School. Academic Medicine. 2011, 86: 67-71. 10.1097/ACM.0b013e3181ff9ca3.View ArticleGoogle Scholar
- Birenbaum M: Evaluating The Assessment: Sources Of Evidence For Quality Assurance. Studies in Educational Evaluation. 2007, 33: 29-49. 10.1016/j.stueduc.2007.01.004.View ArticleGoogle Scholar
- Burch V, Norman G, Schmidt H, Van der Vleuten C: Are specialist certification examinations a reliable measure of physician competence?. Adv Heal Sci Educ. 2008, 13: 521-533. 10.1007/s10459-007-9063-5.View ArticleGoogle Scholar
- Harlen W: Criteria for evaluating systems for student assessment. Studies in Educational Evaluation. 2007, 33: 15-28. 10.1016/j.stueduc.2007.01.003.View ArticleGoogle Scholar
- Knight PT: The Value of a Programme-wide Approach to Assessment. Assessment & Evaluation in Higher Education. 2000, 25: 237-251. 10.1080/713611434.View ArticleGoogle Scholar
- Wass V, McGibbon D, Van der Vleuten C: Composite undergraduate clinical examinations: how should the components be combined to maximize reliability?. Medical Education. 2001, 35: 326-330. 10.1046/j.1365-2923.2001.00929.x.View ArticleGoogle Scholar
- Biggs J: Enhancing teaching through constructive alignment. High Educ. 1996, 32: 347-364. 10.1007/BF00138871.View ArticleGoogle Scholar
- Cilliers F, Schuwirth L, Adendorff H, Herman N, van der Vleuten C: The mechanism of impact of summative assessment on medical students’ learning. Adv Heal Sci Educ. 2010, 15: 695-715. 10.1007/s10459-010-9232-9.View ArticleGoogle Scholar
- Cilliers F, Schuwirth L, Herman N, Adendorff H, van der Vleuten C: A model of the pre-assessment learning effects of summative assessment in medical education. Advances in Health Sciences Education. 2011, : -online first
- Baartman LK: Assessing the assessment: Development and use of quality criteria for competence assessment programmes. . 2008, Universiteit Utrecht.
- ERA, APA, NCME: Standards for Educational and Psychological Testing. 1999, AERA, WashingtonGoogle Scholar
- Schuwirth LWT, Van der Vleuten CPM: Programmatic assessment: From assessment of learning to assessment for learning. Medical Teacher. 2011, 33: 478-485. 10.3109/0142159X.2011.565828.View ArticleGoogle Scholar
- Harvey L, Green D: Defining Quality. Assessment & Evaluation in Higher Education. 1993, 18: 9-34. 10.1080/0260293930180102.View ArticleGoogle Scholar
- The pre-publication history for this paper can be accessed here:http://www.biomedcentral.com/1472-6920/12/20/prepub
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