Characteristics of programmes
| Study | Population, teaching format and context | Instructional methods | Programme content | Programme outcomes | Key findings and educational impact |
|---|---|---|---|---|---|
| 1. Cross et al. (2001) | Population: Physiotherapists (n = 44) |
| Key features of effective assessment, including formative and summative assessment | Correlation between CEs and academic ratings pre- and post- training |
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| Format: In-person training programme, 2.5 h duration | Explicit criteria for good/bad performances | Comparison of CE mean ranking of student's level of performance with standardised rankings of the group | |||
| Context: Single training occasion, University setting | Simulated assessment practice pre-post training | Utility of two assessment tools pre- and post-training and rationale for preference between tools | |||
| 2. Vendrely and Carter. (2004) |
| CPI – Didactic teaching of assessment processes | CPI – familiarisation with assessment criteria |
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| Simulated assessment practice using assessment criteria and written description of a student's behaviour | Simulated grading practice. Additional reading of glossary items and sample scoring | ||||
| CIECP – no details of teaching methods used | CIECP – roles and responsibilities in clinical education, basic learning theory, teaching methods, performance assessment, managing an exceptional student, legal issues | ||||
| 3. Ferguson et al. (2010) |
| Didactic teaching of assessment concepts/processes | Module 1: Introduction to COMPASS concepts and processes |
| Key findings: Small positive shift in assessment language used in learning goals post-workshop. Overall, there was a similar proportion of main assessment concepts pre- and post-workshop, the exception being formative assessment, which increased from 6% to 15% |
| Learning goals created for a written student scenario | Module 2: Assessment as learning | Little change in numbers of generic or occupational units of competency (evidence of assessment concepts) in learning goals | |||
| Provision of two short written student cases to gauge CEs' understanding of new assessment tool | Module 3: Implementing the assessment tool to assess and support marginal students | Rating scale for entry-level descriptions and the need for direct observation in PBA were either partially or fully evident from most participants. 10% of participants did not reflect the need for direct observation in PBA, which may signpost the need for more training | |||
| Workshops with facilitated large and small group activities | Simulated assessment practice | Educational impact: Training workshops assist CEs’ familiarisation with the new assessment tool and the use of a formative assessment approach | |||
| 4. Durham et al. (2012) |
| Didactic teaching of assessment concepts/SOM role | Exploration of SOM's role versus traditional mentor, NMC standards, accountability and assessment |
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| Group discussion and reflection activities | Supporting failing students and those with additional needs | ||||
| Review of practice case scenarios | Provision of effective feedback | ||||
| Generation of portfolios with evidence of learning and mock action plans | Recourses to support SOMs | ||||
| Peer support group | Review of practice case scenarios | ||||
| 5. Bacon et al. (2015) |
| Teaching and learning material delivered online |
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| Key findings: Pre-programme mean confidence rating 5.57 (range 2–9). No post-programme ratings available due to technical issues |
| Provision of reading and video learning resources | Five participants (63%) rated student's performance as intermediate/beginner consistent with experienced supervisors. No post-programme ratings available due to technical issues | ||||
| Problem-based learning activities | Written feedback (n = 4/9, 44%) positive for (i) developing CEs' confidence to supervise students, (ii) utility of videos to understand performance and (iii) accessibility, utility and interdependence of teaching strategies | ||||
| Simulated assessment practice with 20 videos of students' performances available | Average score for quiz 86% | ||||
| Online peer discussion forum | Educational impact: Online education programme is a viable solution to develop clinical assessment skills and confidence. Allows access across a wide geographical community | ||||
| 6. Bacon et al. (2017) | Population: Dietitians (n = 26) | Didactic teaching of assessment concepts/processes |
| Rating one video of a student's performance using VAS (1 novice −7 competent) and comparison of within-group ratings pre- and post-training |
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| Format: In-person training, duration not specified | Workshop with simulated assessment practice using one video of a student's performance | Rating of CEs' confidence levels assessing a student's performance (numerical 1–10 rating scale) | |||
| Context: Single training occasion, location not reported | Facilitated group discussion including sharing individual assessment grades and reflection on grades awarded | Global description of a student's overall performance | |||
| 7. Moline et al. (2018) | Population: Radiation Therapists (n = 24) |
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| Key findings: CEs' confidence rating a student's performance was significantly higher post-Workshop B compared to pre-workshop and at 75 days post- training (p < 0.05) |
| Format: In-person training, 1 h duration | Educational impact | ||||
| Context: Single training occasion, tertiary clinical care centres | A short 1-h training workshop improves CEs' confidence to undertake competency assessments with the training effect persisting for at least 75 days | ||||
| 8. Alpine et al. (2021) | Population: Physiotherapists (n = 53) | Didactic teaching of assessment concepts |
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| Key findings: Video 1 (poor performance): Alignment with expert ratings increased from 26% pre- discussion to 48% post discussion; 22% decreased scores from 4 (pass) to 3 (fail). For Video 2 (very good performance): Alignment with expert scores decreased from 43% pre-discussion to 41% post-discussion; 25% of participants lowered scores post discussion |
| Format: In-person training, 1.5 h duration | Workshops based on Frame of Reference Training (FoRT) principles using simulated assessment practice with two videos of two different levels of performance | No significant difference based on gender and years qualified. Professional grade showed a difference for one learning outcome only. In terms of correlations, there was no significant relationship between supervision experience or the number of students supervised and change in scores | |||
| Context: Single training occasion, University setting | Facilitated group discussion including sharing individual grades, CEs' rationale for same and reflection on grading | Educational impact: Significant changes in CEs' grades after group discussion, particularly for borderline pass/fail students, and improved alignment with expert ratings. Positive benefits of FoRT to assist decision-making in PBA. | |||
| 9. Milne et al. (2022) | Population: Physiotherapists (n = 109) | Didactic teaching of assessment concepts/processes |
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| Key findings: Post-training, statistically significant change in mean scores related to perceived knowledge, skills and attributes, relevant to student assessment, and overall confidence undertaking an assessment using APP (p < 0.001) |
| Format: In-person training, 5 h duration | Workshop using simulated assessment practice with one video of a student's performance, followed by group discussion including rationale for ratings | Educational impact: A one-day in-person workshop significantly improved knowledge, skills, attributes and confidence to assess a student's performances | |||
| Context: Single training occasion, University setting | Facilitated group discussion and reflection | The workshop assisted CEs' understanding of the assessment tool and competency standards |
| Study | Population, teaching format and context | Instructional methods | Programme content | Programme outcomes | Key findings and educational impact |
|---|---|---|---|---|---|
| 1. | Didactic teaching of assessment concepts Simulated assessment practice, scoring six videos of different levels of performance | Key features of effective assessment, including formative and summative assessment | Correlation between CEs and academic ratings pre- and post- training | 57% of CEs showed stronger standardized assessment scores after training irrespective of the assessment instrument. General tendency to regress to the mean, resulting in poorer students' performance not receiving a fail grade Most educators (86%) preferred Form B | |
| 2. | CPI – Didactic teaching of assessment processes | CPI – familiarisation with assessment criteria | Correlations of CEs’ ratings of a 12-min video using five key assessment criteria from the CPI assessment tool (criteria included safety, responsible behaviour, ethical practice, professional behaviour, legal practice) | ||
| 3. | Didactic teaching of assessment concepts/processes | Module 1: Introduction to COMPASS concepts and processes | Qualitative analysis of learning goals pre- and post-training for evidence of educational concepts and new assessment approaches % of generic and occupational units of competencies evidenced in the learning goals pre- and post-training Evidence of PBA concepts - direct observation & VAS to show incremental development of competence | ||
| 4. | Didactic teaching of assessment concepts/SOM role | Exploration of SOM's role versus traditional mentor, NMC standards, accountability and assessment | Evaluation of all aspects of the pilot programme using a six-point Likert scale (1 not useful – 6 very useful) Feedback identifying the least/most beneficial aspects of the programme SOM role assessments - OSCE exams with three scenarios of students and five OSCE stations | Most beneficial aspect of programme: meeting the educational team, understanding the role of the SOM, familiarisation with assessment documents, structure of sessions, ability to pass two SOM assessments, presentations, role play/OSCE, discussion. Least beneficial aspects: timetabling, insufficient programme detail, scheduling of OSCE stations, role play. Frequencies were not provided Authors report OSCEs and student scenarios exams showed participants had a good knowledge of the SOM role | |
| 5. | Teaching and learning material delivered online | Learning outcomes and development of competency-based assessment skills Competency standard, assessment context and applying entry-level competency standards in clinical settings Simulated assessment practice to consolidate credible and defensible practice Comparison of grades with experienced supervisor | Rating of CEs' confidence levels assessing student competence pre- and post-training (1–10 numerical rating scale) Rating one video of a student's performance pre- and post-training Feedback from focus group/phone interviews, including how CEs ensure credible and defensible assessments Multiple-choice knowledge quiz post-training | ||
| 6. | Didactic teaching of assessment concepts/processes | Review of recently revised assessment competencies Simulated assessment practice with opportunity to change rating and confidence scores after group discussion | Rating one video of a student's performance using VAS (1 novice −7 competent) and comparison of within-group ratings pre- and post-training | 31% ( Qualitative themes identified (i) assessment discussion supports CEs' decisions, (ii) peer discussion during assessment leads to more holistic judgements and (iii) multiple sources of evidence/reflections are required for trustworthy assessment decisions | |
| 7. | Workshop with simulated assessment practice using one video of student's performances Facilitated group work | Simulated assessment practice using the standard evaluation tool Facilitated debriefing of grades awarded for simulated assessment practice and review of assessment criteria | Rating CEs' confidence levels assessing a student's performance using a Likert scale 1–5 (1 low - 5 high) pre- and post-training Rating CEs' confidence at 75 days post-training using the same scale (Likert 1–5) | ||
| A short 1-h training workshop improves CEs' confidence to undertake competency assessments with the training effect persisting for at least 75 days | |||||
| 8. | Didactic teaching of assessment concepts | Review of assessment criteria and rating scale Introduction to FoRT principles Simulated assessment practice of ‘poor’ and ‘very good’ performances Facilitated group reflection and discussion of grades awarded for simulated assessment practice with an opportunity to change grades after group discussion Common pitfalls of assessment incorporated into group discussion | Rating videos of two different levels of students' performances pre- and post-group discussion against expert score Impact of demographics, professional experience, student supervision experience and professional grade on grading students | ||
| Workshops based on Frame of Reference Training (FoRT) principles using simulated assessment practice with two videos of two different levels of performance | No significant difference based on gender and years qualified. Professional grade showed a difference for one learning outcome only. In terms of correlations, there was no significant relationship between supervision experience or the number of students supervised and change in scores | ||||
| Facilitated group discussion including sharing individual grades, CEs' rationale for same and reflection on grading | |||||
| 9. | Didactic teaching of assessment concepts/processes | Reflection/learning activities to guide understanding of entry-level practice thresholds Consideration of personal biases Simulated assessment practice of a student's performances Grade calibration through peer discussion of grades awarded during simulation assessment practice moderated by facilitators Calibration of assessment standards by identifying appropriate behaviours for each APP domain | Rating CEs' knowledge, skills, attributes (22 items) and confidence (six statements) using a five-point Likert scale (1 disagree – 5 strongly agree) Appraisal of CEs' perception of their ability to assess a student's performance using the APP. | ||
| Workshop using simulated assessment practice with one video of a student's performance, followed by group discussion including rationale for ratings | |||||
| Facilitated group discussion and reflection | The workshop assisted CEs' understanding of the assessment tool and competency standards |
Note(s): Abbreviations: APP - Assessment of Physiotherapy Practice, CE - Clinical Educator, CIECP - Clinical Instructor Education and Credentialing Programme, CPI - Clinical Performance Instrument, COMPASS - Competency Assessment in Speech Pathology, FoRT - Frame of Reference Training, NMC - Nursing and Midwifery Council, OSCE - Objective Structured Clinical Examination, SOM - sign-off mentor, VAS - Visual Analogue Scale
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