Simulation-based Mastery Learning Research Articles

Bridging the procedures skill gap from medical school to residency: a simulation-based mastery learning curriculum.

The transition from medical student to intern is a recognized educational gap. To help address this, the Association of American Medical Colleges developed the Core Entrustable Professional Activities for entering residency. As these metrics outline expectations for all graduating students regardless of specialty, the described procedural expectations are appropriately basic. However, in procedure-heavy specialties such as emergency medicine, the ability to perform advanced procedures continues to contribute to the disconnect between undergraduate and graduate medical education. To prepare our graduating students for their internship in emergency medicine, we developed a simulation-based mastery learning curriculum housed within a specialty-specific program. Our overall goal was to develop the students' procedural competency for central venous catheter placement and endotracheal intubation before graduation from medical school. Twenty-five students participated in a simulation-based mastery learning procedures curriculum for ultrasound-guided internal jugular central venous catheter placement and endotracheal intubation. Students underwent baseline assessment, deliberate practice, and post-test assessments. Both the baseline and post-test assessments used the same internally developed checklists with pre-established minimum passing scores. Despite completing an emergency medicine rotation and a critical care rotation, none of the students met the competency standard during their baseline assessments. All twenty-five students demonstrated competency on both procedures by the end of the curriculum. A second post-test was required to demonstrate achievement of the central venous catheter and endotracheal intubation minimum passing scores by 16% and 28% of students, respectively. Students demonstrated procedural competency for central venous catheter placement and endotracheal intubation by engaging in simulation-based mastery learning procedures curriculum as they completed their medical school training. With three instructional hours, students were able to achieve basic procedural competence for two common, high-risk procedures they will need to perform during emergency medicine residency training.

Scotland's internal medicine simulation strategy: A 5-year journey

In 2019, the internal medicine (IM) stage 1 curriculum was implemented in the UK. This introduced a revised 3-year training programme for physicians in training. The new IM stage 1 curriculum emphasised simulation-based education, triggering the integration of simulation training on a national scale in Scotland. Bespoke training courses were developed for IM trainees in Scotland, spanning all 3 years of their training programme. Each course was meticulously designed with input from key stakeholders and trainees, aligning learning objectives with curriculum outcomes. The Scottish IM simulation strategy encompasses a 3-day bootcamp in IM year 1, a 1-day skills day in IM year 2, and a 2-day ‘registrar ready’ course in IM year 3. These courses, delivered at central locations, focus on immersive simulation, communication workshops, and simulation-based mastery learning of procedural skills. Evaluation of the programme includes pre- and post-course questionnaires, data tracking over the training programme, interviews with trainees and faculty, and annual review days to gather feedback and make necessary adaptations. The impact of the programme for trainees includes transfer to clinical practice of communication skills, improved non-technical skills, and increased confidence in procedural skills. Alignment with the IM stage 1 curriculum supports trainees’ annual reviews of competence progression. The IM simulation training also offers valuable social benefits and remains crucial, especially with increased pressure in the NHS. It is our belief that ongoing delivery of this training is invaluable to the IM stage 1 programme in Scotland.

Emergency Department Slit Lamp Interdisciplinary Training Via Longitudinal Assessment in Medical Practice.

Eye emergencies make up nearly 3% of US emergency department (ED) visits. While emergency physicians (EP) should diagnose and treat these ophthalmologic emergencies, many trainees report limited ocular exposure and insufficient training throughout their residency to confidently conduct a thorough slit-lamp exam. We created an interdisciplinary, simulation-based mastery learning (SBML) curriculum to teach emergency attending physicians how to operate the slit lamp with multimodal learning methodology at a tertiary academic center. The EPs first demonstrate their initial slit-lamp competency with a 20-item checklist, and they then review the necessary curricular content to pass their independent readiness test before completing their in-person teaching and demonstration session with an ophthalmology attending to demonstrate procedural mastery (minimal passing score >90%). Fifteen EPs were enrolled; all completed the final exam of the curriculum. The pre- and post-curriculum checklist scores increased by an average of seven points (P = .002); 86.7% of EPs felt confident in completing a slit-lamp exam after the curriculum, compared to 20% at the beginning. Five of 15 reported teaching learners within the two-month post-curricular period, ranging from 5-30 students. The hands-on teaching was the most positively reviewed element of the curriculum. The SBML program successfully trained EPs on performing a comprehensive slit-lamp exam with promising results of downstream education to junior learners. We encourage other institutions to leverage SBML as a teaching modality for procedural-based training and advocate cross-discipline education initiatives.

Using Simulation-Based Mastery Learning to Achieve Excellent Learning Outcomes in Physical Therapist Education.

The 2 aims of this observational study are (a) to describe the implementation and feasibility of a bed mobility skills simulation-based mastery learning (SBML) curricular module for physical therapist students and (b) to measure learning outcomes and student perceptions of this module. Simulation-based mastery learning is an outcome-based educational approach that has been successful in other health professions but has not been explored in physical therapy education. Eighty-seven students in a single cohort of a Doctor of Physical Therapy program. The SBML module in this pretest-posttest study included a pretest, instruction, initial posttest, and additional rounds of instruction and assessment as needed for all learners to achieve the minimum passing standard (MPS) set using the Mastery Angoff and Patient Safety methods. Outcome measures were bed mobility assessment pass rates and scores, additional student and faculty time compared with a traditional approach, and student perceptions of their self-confidence and the module. All students achieved the MPS after 3 rounds of training and assessment beyond the initial posttest. Mean Total Scores improved from 67.6% (12.9%) at pretest to 91.4% (4.8%) at mastery posttest (P < .001, Cohen's d = 1.8, 95% CI [1.4-2.1]); mean Safety Scores improved from 75.2% (16.0%) at pretest to 100.0% (0.0%) at mastery posttest (P < .001, Cohen's d = 1.5, 95% CI [1.2-1.9]). Students who did not achieve the MPS at the initial posttest (n = 30) required a mean of 1.2 hours for additional instruction and assessment. Survey results revealed an increase in student confidence (P < .001) and positive student perceptions of the module. Implementation of this SBML module was feasible and resulted in uniformly high levels of bed mobility skill acquisition. Based on rigorous learning outcomes, feasible requirements for implementation, and increased student confidence, SBML offers a promising approach for wider implementation in physical therapy education.

Preparing interns for clinical practice through an institution-wide simulation-based mastery learning program for teaching central venous catheter placement

Preparing interns for clinical practice through an institution-wide simulation-based mastery learning program for teaching central venous catheter placement

Setting proficiency standards for simulation-based mastery learning of short antegrade femoral nail osteosynthesis: a multicenter study.

Orthopedic trainees frequently perform short antegrade femoral nail osteosynthesis of trochanteric fractures, but virtual reality simulation-based training (SBT) with haptic feedback has been unavailable. We explored a novel simulator, with the aim of gathering validity evidence for an embedded test and setting a credible pass/fail standard allowing trainees to practice to proficiency. The research, conducted from May to September 2020 across 3 Danish simulation centers, utilized the Swemac TraumaVision simulator for short antegrade femoral nail osteosynthesis. The validation process adhered to Messick's framework, covering all 5 sources of validity evidence. Participants included novice groups, categorized by training to plateau (n = 14) or to mastery (n = 10), and experts (n = 9), focusing on their performance metrics and training duration. The novices in the plateau group and experts had hands-on training for 77 (95% confidence interval [CI] 59-95) and 52 (CI 36-69) minutes while the plateau test score, defined as the average of the last 4 scores, was 75% (CI 65-86) and 96% (CI 94-98) respectively. The pass/fail standard was established at the average expert plateau test score of 96%. All novices in the mastery group could meet this standard and interestingly without increased hands-on training time (65 [CI 46-84] minutes). Our study provides supporting validity evidence from all sources of Messick's framework for a simulation-based test in short antegrade nail osteosynthesis of intertrochanteric hip fracture and establishes a defensible pass/fail standard for mastery learning of SBT. Novices who practiced using mastery learning were able to reach the pre-defined pass/fail standard and outperformed novices without a set goal for external motivation.

Bringing competency-based communication training to scale: A multi-institutional virtual simulation-based mastery learning curriculum for Emergency Medicine residents

Purpose Serious illness communication skills are essential for physicians, yet competency-based training is lacking. We address scalability barriers to competency-based communication skills training by assessing the feasibility of a multi-center, virtual simulation-based mastery learning (vSBML) curriculum on breaking bad news (BBN). Methods First-year emergency medicine residents at three academic medical centers participated in the virtual curriculum. Participants completed a pretest with a standardized patient (SP), a workshop with didactics and small group roleplay with SPs, a posttest with an SP, and additional deliberate practice sessions if needed to achieve the minimum passing standard (MPS). Participants were assessed using a previously published BBN assessment tool that included a checklist and scaled items. Authors compared pre- and posttests to evaluate the impact of the curriculum. Results Twenty-eight (90%) of 31 eligible residents completed the curriculum. Eighty-nine percent of participants did not meet the MPS at pretest. Post-intervention, there was a statistically significant improvement in checklist performance (Median= 93% vs. 53%, p < 0.001) and on all scaled items assessing quality of communication. All participants ultimately achieved the MPS. Conclusions A multi-site vSBML curriculum brought all participants to mastery in the core communication skill of BBN and represents a feasible, scalable model to incorporate competency-based communication skills education in a widespread manner.

A Simulation-Based Mastery Learning Curriculum Ensures Competency in Discussing Goals of Care for ICU Clinicians

A Simulation-Based Mastery Learning Curriculum Ensures Competency in Discussing Goals of Care for ICU Clinicians

Twelve tips for developing simulation-based mastery learning clinical skills checklists

Simulation-based mastery learning is a powerful educational paradigm that leads to high levels of performance through a combination of strict standards, deliberate practice, formative feedback, and rigorous assessment. Successful mastery learning curricula often require well-designed checklists that produce reliable data that contribute to valid decisions. The following twelve tips are intended to help educators create defensible and effective clinical skills checklists for use in mastery learning curricula. These tips focus on defining the scope of a checklist using established principles of curriculum development, crafting the checklist based on a literature review and expert input, revising and testing the checklist, and recruiting judges to set a minimum passing standard. While this article has a particular focus on mastery learning, with the exception of the tips related to standard setting, the general principles discussed apply to the development of any clinical skills checklist.

Retention of En Route Cricothyroidotomy Skills in Novice Providers Following a Simulation-Based Mastery Learning Curriculum.

Surgical cricothyroidotomy (SC) is a vital skill that combat first responders must master as airway obstruction is the third most preventable cause of death on the battlefield. Degradation of skills over time is a known problem, and there is inadequate knowledge regarding the rate of SC skill retention. Our prior study showed that simulation-based mastery learning was effective in training 89 novices how to reliably perform an en route SC to mastery performance standards. This study aims to assess the durability of this skill by bringing participants back in 3 separate cohorts at 6, 12, or 24 months following the initial training to perform SC in the same test environment. This was a randomized prospective trial. Random cohorts of equal subjects who previously underwent SC simulation-based mastery learning training were selected to return at 6, 12, and 24 months to retest in the same en route medical evacuation (MEDEVAC) helicopter scenario. A total of 22, 14, and 10 subjects returned at 6, 12, and 24 months, respectively, due to Coronavirus-19 impacts and travel limitations. Participants in the 24-month cohort received a refresher training prior to retesting. All attempts were recorded and blindly graded using the same 10 item standardized SC checklist used in initial training. Our previous work found that mastery criteria for performing a SC were ≤40 seconds and completion of 9/10 items on the checklist. Outcome measures in this study were time to complete the procedure and percent of subjects who completed at least 9/10 items on the SC checklist. There was an increase in time required to complete the procedure compared to initial training in all three retesting cohorts (initial: median 27.50, interquartile range 25.38-31.07 seconds; 6 months: median 36.33, interquartile range 31.59-55.22 seconds; 12 months: median 49.50, interquartile range 41.75-60.75 seconds; 24 months: median 38.79, interquartile range 30.20-53.08 seconds; P < .0001, P < .0001, P = .0039). There was a decline in median value checklist scores compared to initial training in the 6- and 12-month retesting cohorts (initial: median 10.00/10, interquartile range 9.50-10.00; 6 months: median 8.00/10, interquartile range 6.75-9.00; 12 months: median 8.00/10, interquartile range 6.75-9.25; P < .0001, P < .001). There was no difference in median checklist scores between the initial and 24-month retesting scenario (initial: median 10.00/10, interquartile range 9.50-10.00; 24 months: 10.00/10, interquartile range 9.00-10.00; P= .125). There was a decrease in retention of skills as only 31.82% of subjects at 6 months and 14.29% at 12 months met the defined passing criteria of time to completion of ≤40 seconds and checklist score of ≥9/10. A brief refresher course several months prior to the 24-month cohort retesting greatly increased the retention of SC procedural skills, with 60% of subjects meeting the time and checklist criteria. This study showed that the skill required to perform a SC after initial mastery training does decay significantly. A brief refresher course can help increase retention of skills. Based on our findings SC skills should be refreshed at a minimum of every 6 months to assure optimal proficiency.

Development of a Simulation-Based Mastery Learning Curriculum for Late Goals of Care Discussions

IntroductionFellows in critical care medicine (CCM) routinely help patients and families navigate complex decisions near the end of life. These “late goals of care” (LGOC) discussions require rigorous skills training and impact patient care. Innovation is needed to ensure that fellow training in leading these discussions is centered on reproducible competency-based standards. The aims of this study were to (1) describe the development of a simulation-based mastery learning (SBML) curriculum for LGOC discussions and (2) set a defensible minimum passing standard (MPS) to ensure uniform skill acquisition among learners. InnovationWe developed an SBML curriculum for CCM fellows structured around REMAP, a mnemonic outlining foundational components of effective communication around serious illness. A multidisciplinary expert panel iteratively created an LGOC discussion assessment tool. Pilot testing was completed to refine the checklist, set the MPS, and assess skill acquisition. OutcomesThe LGOC discussion assessment tool included an 18-item checklist and 6 scaled items. The tool produced reliable data (k ≥ 0.7 and ICC of ≥ 0.7). Using the Mastery Angoff method, the panel set the MPS at 87%. Ten CCM fellows participated in the pilot study. Performance on the checklist significantly improved from a median score of 52% (IQR 44%–72%) at pretest to 96% (IQR 82%–97%) at post-test (P = 0.005). The number of learners who met the MPS similarly improved from 10% during pre-testing to 70% during post-testing (P = 0.02). CommentWe describe the development of a LGOC SBML curriculum for CCM fellows which includes a robust communication skills assessment and the delineation of a defensible MPS.

Impact of Simulation-based Mastery Learning on Management of Massive Hemoptysis.

The management of massive hemoptysis is a high-risk, low-volume procedure that is associated with high mortality rates, and pulmonary and critical care medicine (PCCM) fellows often lack training. Simulation-based mastery learning (SBML) is an educational strategy that improves skill but has not been applied to massive hemoptysis management. This pilot study aimed to develop a high-fidelity simulator, implement an SBML curriculum, and evaluate the impact on PCCM fellows managing massive hemoptysis. We modified a simulator to bleed from segmental airways. Next, we developed an SBML curriculum and a validated 26-item checklist and set a minimum passing standard (MPS) to assess massive hemoptysis management. A cohort of traditionally trained providers was assessed using the checklist. First-year PCCM fellows reviewed a lecture before a pretest on the simulator using the skills checklist and underwent rapid-cycle deliberate practice with feedback. Subsequently, fellows were posttested on the simulator, with additional training as necessary until the MPS was met. We compared pretest and posttest performance and also compared SBML-trained fellows versus traditionally trained providers. The MPS on the checklist was set at 88%. All first-year PCCM fellows (N = 5) completed SBML training. Mean checklist scores for SBML participants improved from 67.7 ± 8.4% (standard deviation) at pretest to 84.6 ± 6.7% at the initial posttest and 92.3 ± 5.4% at the final (mastery) posttest. Traditionally trained participants had a mean test score of 60.6 ± 13.1%. The creation and implementation of a massive hemoptysis simulator and SBML curriculum was feasible and may address gaps in massive hemoptysis management training.

The synergistic role of virtual coaching with simulation-based mastery learning for upper endoscopy.

Our simulation-based mastery learning (SBML) curriculum, delivered in person, has been shown to successfully train novices in structured esophagogastroduodenoscopy (EGD). SBML with virtual coaching (VC) has the potential to improve the effectiveness and efficiency of endoscopy training and expand access to trainees from around the world. We share our observations conducting an EGD training course using SBML with VC. We conducted a 1-week virtual SBML course for novice trainees across seven academic centers in the USA and Asia. The cognitive component was delivered using an online learning platform. For technical skills, a virtual coach supervised hands-on training and local coaches provided assistance when needed. At the end of training, an independent rater assessed simulation-based performance using a validated assessment tool. We assessed the clinical performance of 30 EGDs using the ASGE Assessment of Competency in Endoscopy tool. We compared the trainees' scores to our cohort trained using in-person SBML training using non-inferiority t-tests. We enrolled 21 novice trainees (mean age: 30.8 ± 3.6 years; female: 52%). For tip deflection, the trainees reached the minimum passing standard after 31 ± 29 runs and mastery after 52 ± 37 runs. For structured EGD, the average score for the overall exam was 4.6 ± 0.6, similar to the in-person cohort (4.7 ± 0.5, p = 0.49). The knowledge-based assessment was also comparable (virtual coaching: 81.9 ± 0.1; direct coaching: 78.3 ± 0.1; p = 0.385). Over time, our novice trainees reached clinical competence at a similar rate to our historical in-person control. VC appears feasible and effective for training novice gastroenterology trainees. VC allowed us to scale our SBML course, expand access to experts, and administer SBML simultaneously across different sites at the highest standards.

Simulation-based mastery learning for intrathecal baclofen pump management in physical medicine and rehabilitation: A pilot study.

Simulation-based mastery learning (SBML) has demonstrated superiority as a procedural learning method. Implementation of SBML in Physical Medicine and Rehabilitation (PM&R) education has not been described and there is a paucity of literature regarding standardized procedural learning in this specialty. To evaluate if implementation of intrathecal baclofen pump management SBML affects knowledge, attitudes, and skills in PM&R residents. Pretest-posttest design. Academic rehabilitation hospital. Twenty-two PM&R residents. Participants engaged in SBML steps: pre-test, demonstration of proper technique, deliberate practice, and a post-test. Ability to achieve minimum passing score, quiz scores, and survey scores. Pre- and post-test results were compared using Wilcoxon signed-rank tests. Post graduate year (PGY)-3 and PGY-4 resident results were compared using Mann-Whitney U tests. Based on institutional expert consensus, a simulation procedural checklist was created with a minimum passing score set at correctly performing 30 of 31 items. On pre-test, no learners achieved the minimum passing score (22.5, interquartile range [IQR] 17.0-23.0). Initial post-test score for all learners was 30 (IQR 29.8-31.0). Six learners required additional attempts to reach mastery as defined by reaching the minimum passing score. Quiz scores significantly improved from 9 to 11 (pre-test IQR 9-10; post-test IQR 10-11; p < .05). Confidence in procedure significantly improved (pre-test 2.7/5.9, IQR 2.2-3.8; post-test 4.1/5.0, IQR 3.7-4.5; p < .01). Likelihood to perform procedure in future practice did not change (pre-test 2.2, IQR 1.0-3.8; post-test 3.0, IQR 1.0-4.0; p = .89). SBML is an effective tool to improve multiple domains of learning in PM&R residents.

Cost of simulation-based mastery learning for abdominal ultrasound

BackgroundUltrasound is an essential diagnostic examination used in several medical specialties. However, the quality of ultrasound examinations is dependent on mastery of certain skills, which may be difficult and costly to attain in the clinical setting. This study aimed to explore mastery learning for trainees practicing general abdominal ultrasound using a virtual reality simulator and to evaluate the associated cost per student achieving the mastery learning level.MethodsTrainees were instructed to train on a virtual reality ultrasound simulator until the attainment of a mastery learning level was established in a previous study. Automated simulator scores were used to track performances during each round of training, and these scores were recorded to determine learning curves. Finally, the costs of the training were evaluated using a micro-costing procedure.ResultsTwenty-one out of the 24 trainees managed to attain the predefined mastery level two times consecutively. The trainees completed their training with a median of 2h38min (range: 1h20min-4h30min) using a median of 7 attempts (range: 3–11 attempts) at the simulator test. The cost of training one trainee to the mastery level was estimated to be USD 638.ConclusionComplete trainees can obtain mastery learning levels in general abdominal ultrasound examinations within 3 hours of training in the simulated setting and at an average cost of USD 638 per trainee. Future studies are needed to explore how the cost of simulation-based training is best balanced against the costs of clinical training.

‘Gear up and get ready’: Collaborative curriculum for radiographers supporting percutaneous nephrolithotomy in the operating theatre

IntroductionNewly qualified radiographers often find working in the operating theatre (OT) challenging and intimidating. These perceptions, which inhibit confidence, may hinder their effectiveness in interprofessional teamwork, which may in turn adversely affect patient outcomes. A collaborative education programme was designed, building upon the foundations of competency-based education (CBE) and simulation-based mastery learning (SBML) to examine its potential in mitigating these perceptions. The objective of this research was to assess participants’ experience and level of competency after attending the curated collaborative educational programme. MethodsThe programme was developed based on the Analysis, Design, Development, Implementation, and Evaluation (ADDIE) model and comprises two teaching and learning phases: educational session and simulation. A collaborative approach was undertaken to develop an assessment checklist for the interprofessional simulation. Requirements for the simulation, such as scenario design, information and storyboard, task trainer, logistics, and learners' briefing, debrief, and feedback, were identified and assembled. The radiographers’ performance was recorded using a practical skills assessment checklist and a theory assessment. ResultsTwelve radiographers participated and showed improvement in their self-rating of learning objectives before and after the programme. The median (interquartile range) score achieved in the theory assessment, out of a possible of 11, was 9.00 (7.75–9.50). The median (interquartile range) score achieved in the simulation component, out of a possible of 16, was 15.00 (14.00–15.00). There was statistically significant difference in self-perceived performance in all learning objective domains. ConclusionThe findings from the programme were promising. The use of simulation and an assessment checklist proved to be useful learning tools in preparing newly qualified radiographers for work in the OT. Implications for practiceAssessment checklists are valuable tools that should be considered to facilitate teaching and learning. The use of interprofessional simulation activities can support radiographers in developing knowledge, professional skills, and clinical competency. It should be conducted in a timely manner to facilitate the introduction to role understanding and effective communication.

A58Mastery Based Simulation approach enabling social care teams to rapidly order small pieces of equipment to a person in their home

Traditionally small pieces of equipment (e.g. Zimmer frame, commode, toilet frame and raise and walking sticks) required for frail older people in their home environment are ordered by Allied Health Professionals who are highly skilled in ensuring safety and functionality of the chosen item. However, the problem is that this process can sometimes take up to six months due to backlogs in the system. This means the person is living with unacceptable risk within their own home and losing the ability to perform activities of daily living (ADLs). This could also potentially result in falls and hospital admissions with the subsequent increase in morbidity and mortality. The team working within social care are often the referrers into this service and we wondered if the use of simulation-based mastery learning which has been shown to allow safe successful dissemination of skills in other areas of health and social care could be used to enable home care teams to safely, timeously and appropriately order small pieces of equipment autonomously [1]? Using the 7-stage approach to SBML, Checklists allowing the safe acquisition of small pieces of equipment aiding ADLs were developed by our trained mastery learning facilitators (senior AHPs). Sessions were delivered to a wide range home care team members. The training was delivered using mastery-based learning approach. We believe that this is the only example of the use of SBML in the social care environment and are really excited about the safety benefits and the way SBML enables a person-centred approach to social care [2]. The SBML training and the train the trainers will be continued to be disseminated and we will continue to evaluate the impact both on practitioners, the time it takes to get a piece of equipment and also rates of falls and admissions to hospital. The feedback from the sessions reflects the massive benefit perceived from the participants in the way their new ability will transform the way they can support people in their homes: We can’t believe this is happening it will make such a difference to our practice and the care we can deliver to our clients in their own home I never thought the day would come We will continue to assess impact on home care teams especially whether this added enhanced role aids joy at work. Authors confirm that all relevant ethical standards for research conduct and dissemination have been met. The submitting author confirms that relevant ethical approval was granted, if applicable.

The PATH to PPE Mastery - Programme for Assessment and Training in HCID (High Consequence Infectious Diseases) PPE (Personal Protective Equipment), Mastery

High Consequence Infectious Diseases (HCIDs), have the potential to cause pandemics and require particular focus for preparedness due to their high mortality rates. The application of Personal Protective Equipment (PPE) for HCIDs is complex and carries significant risk of Health Care Worker (HCW) contamination if done incorrectly. Previous reviews have reported a lack of information on the nature of training provided and the ideal timing of repeat training to best retain skills. Simulation Based Mastery Learning (SBML) is a methodology for skill acquisition which encompasses deliberate practice and repeated assessment until the learner achieves a pre-set Mastery standard. SBML has been demonstrated to improve competence, skill retention and patient outcomes in other clinical procedures. SBML has not been previously studied or utilised in HCID PPE training. We aimed to increase the likelihood of safe clinical practice by evidencing that Lothian modified SBML for PPE effectively prepares our priority learners. A quasi-experimental within group post-test design was used. Learners undertook a modified SBML programme which included two-hour asynchronous and two-hour synchronous components. 11 learners (10 infectious diseases registrars and 1 infectious diseases consultant) were enrolled in the programme with 8 completing all stages, all of whom achieved the Mastery passing standard. The resources were highly rated by learners with the exemplar videos of skills highlighted as particularly useful. Self-assessed preparedness for each skill increased following pre-learning and synchronous sessions. Modified SBML can be used as an effective methodology for the training and assessment of HCWs in the donning and doffing of HCID PPE.

Use of Simulation-Based Mastery Learning Curriculum to Improve Difficult Conversation Skills Among Anesthesiologists: A Pilot Study.

Breaking bad news (BBN) is an important clinical task for physicians. Unfortunately, there is no standard method to teach and assess these skills of anesthesiologists. Although anesthesiology has become a relatively safe medical specialty, complications still occur that require disclosure to patients and their families. Disclosure of bad news can be a significant source of stress for clinicians, especially for those who have low confidence in their BBN skills. Anesthesiologists' skills in BBN can be improved with simulation-based mastery learning (SBML), an intense form of competency-based learning. An SBML curriculum was developed using the SPIKES (Situation, Perception, Invitation, Knowledge, Emotion, Summarize) framework for BBN and the NURSE (Naming, Understanding, Respecting, Supporting, Exploring) statements for expressing empathy. A pretest-posttest study was conducted from March 2020 to June 2022 to evaluate anesthesiologists' performance in BBN. Participants completed a 2-hour curriculum consisting of a pretest, didactic session, deliberate practice with feedback, and a posttest. Anesthesiologists were assessed using a 16-item skills checklist. Six anesthesiology attendings and 14 anesthesiology fellows were enrolled in the study. Three of 20 participants met the minimum passing score (MPS) at the time of their pretest. All study participants met the MPS on their first posttest (P < .001). The median participant confidence in BBN significantly increased (3 to 4, P < .001). Overall course satisfaction in the curriculum was high, with a median score of 5. Our study demonstrates that a BBN SBML curriculum for anesthesiologists significantly improved communication skills and confidence in a simulated environment. Because only 3 participants met the MPS before training, our results suggest that anesthesiologists could benefit from further education to gain effective communication skills and that SBML training may be effective to achieve this result.

Varied Trainee Competence in Cold Snare Polypectomy - Results of the COMPLETE Randomized Controlled Trial.

Cold snare polypectomy (CSP) is strongly recommended as the optimal technique for the complete removal of small polyps. Though significant variability in polypectomy technique and quality has been established, the learning curve and impact of targeted training on CSP are unknown. Video feedback has shown promise as an effective pedagogy to improve performance among surgical trainees. We aimed to compare CSP performance between trainees who received video-based feedback to conventional apprenticed-based concurrent feedback. We hypothesized that video feedback would accelerate competence. We conducted a single-blinded, randomized controlled trial on competence for CSP of polyps <1cm, comparing video to conventional feedback. We randomly assigned de-identified consecutively recorded CSP videos to blinded raters to assess using the CSP Assessment Tool (CSPAT). We shared cumulative sum (CUSUM) learning curves every 25 CSPs with each trainee. The video feedback trainees also received biweekly individualized terminal feedback. Control trainees received conventional feedback during colonoscopy. The primary outcome was CSP competence. We also assessed competence across domains and change over polypectomy volume. We enrolled and randomized 22 trainees; 12 to video and 10 to conventional feedback, and evaluated 2339 CSPs. The learning curve was long; two trainees (16.7%) in the video feedback achieved competence, after a mean of 135 polyps, and no one in the control (p=0.481) achieved competence. Overall and in all steps of CSP, a higher percentage of the video feedback group met competence, increasing 3% every 20 CSPs (P=0.0004). Video feedback aided trainees to competence in CSP. However, the learning curve was long. Our findings strongly suggest that current training methods are not sufficient to support trainees to competency by the completion of their fellowship programs. The impact of new training methods, such as simulation-based mastery learning, should be assessed to determine if such methods can result in achievement of competence at a faster rate; ClinicalTrials.gov: NCT03115008.