Competency-based Learning Objectives Research Articles

Development of a Rehab-Wiki for rehabilitation-Related Educational Materials Assigned to Competence-Based Learning Objectives

For adequate rehabilitative care, it is indispensable to impart appropriate competences in medical education based on learning objectives. In addition to the "National Competence-Based Learning Objectives Catalogue for Medicine (NKLM)", a competence-based learning objectives catalogue for the field of rehabilitation in the interdisciplinary subject "Rehabilitation, Physical Medicine, Naturopathy" (RPMN) was recently presented. These learning objectives were to be assigned to a wide variety of teaching materials of different media types and made easily accessible to university lecturers in a free online database. The database should also contain flexible teaching and learning modules as well as information on didactic methods. Teaching materials from six university locations were assigned to the rehabilitation-related learning objective sections of the competence-based learning objective catalogue for RPMN and the NKLM. Presentation slides and text-based material were integrated in PDF-format. Educational films were embedded in a non-public channel on the video platform "YouTube". As a result, they could be referenced in the online database designed as a MediaWiki. The contents of this "rehab-wiki" (www.rehawiki.uni-halle.de) were structured using four thematic portals: The "Teaching and Learning Objectives Portal" contains the competence-based learning objectives and keywords for the content to be taught along with links to suitable didactic methods and available teaching materials. The "Teaching and Learning Methods Portal" contains didactic methods with detailed instructions. In the "Teaching Materials Portal" the teaching materials are grouped according to media type and the "Glossary" portal contains definitions and links to important rehabilitation medicine terms based on the "Social Medicine Glossary" published by the Federal German Pension Insurance. Just 6 months after implementation and presentation of the platform at a congress, 53 interdisciplinary users with teaching positions at German universities have registered. The "rehab-wiki" provides an intuitive online database. It contains teaching materials of various media types, which are assigned to competence-based learning objective sections, and suitable didactic methods. Teachers are supported in designing learning goal-oriented, didactically advanced and appealing rehabilitation courses. The MediaWiki-system enables constant further development by the teaching community requiring low long-term supervision effort. The "rehab-wiki" also offers a starting-point for continuing education and advanced training as well as for other occupational groups involved in rehabilitation.

Augmented Reality in Ophthalmology: Technical Innovation Complements Education for Medical Students

At the Medical Faculty of the University of Ulm, the learning objectives of ophthalmology are taught to students in a one-week block course in the fourth year of study. According to the National Competency-based Learning Objective Catalogue Medicine (NKLM), one of these learning objectives is the clinical examination of the eye, including the eye fundus examination. In order to best train this expertise as defined in the NKLM, a novel, augmented reality-based training simulator (Eyesi Indirect, VRmagic Holding AG, Mannheim, Germany) was integrated into the teaching at the University Eye Hospital Ulm. During the block week, two key questions were examined: Does the one week block lesson increase interest in ophthalmology? How do students assess the use of an innovative e-learning technology compared to three other classical teaching methods for learning ophthalmoscopy? As part of the student teaching (block weeks July and October 2016), 292 students were questioned by questionnaire anonymously and on a voluntary basis regarding their assessment of the block week and the training simulator at the beginning and end of the one week event. The ophthalmoscopies were classically practiced on the ophthalmoscope trainer, head model and on fellow students and then performed on the new training simulator. Overall, there was little interest among the students in ophthalmology. However, the block week helped to increase interest (p < 0.001). The assessments of attractiveness before and after the block week of ophthalmology as a later professional goal and as an optional subject in the practical year were also significantly increased (p < 0.001 or p = 0.031). With regard to the use of e-learning technologies, it was shown that the handling of the simulator for learning ophthalmoscopy was rated more attractive by the students than the classical technology-based teaching methods (all p < 0.01). The joy of learning could only be further increased by practicing on a fellow student (p = 0.051). The results of the present study show a positive impact of the block week on the attractiveness assessment of the specialty by the participating students. Innovative e-learning methods can increase the enjoyment of learning. However, the training simulator cannot provide a complete replacement of the training on a real person.

Students' self-assessment of competencies in the phantom course of operative dentistry.

The aim was to assess the competencies of undergraduate students in their roles of dental expert, scholar, communicator, collaborator, health advocate, manager and professional. For this retrospective, pseudonymised observational study (pre-/post-testing), students in two cohorts in their first clinical semester in operative dentistry were asked to judge their competencies (1=very good to 6=insufficient) with a learning objective catalogue designed at the Goethe University Frankfurt (modelled after the National Competency-Based Learning Objective Catalogue Dentistry), at the beginning and end of their phantom course. In order to relate the students' subjective competency judgements to objective evidence of their skills, at the end of the semester their marks from the summative Objective Structured Practical Examination (OSPE) were compared with the subjective judgement of their exam performance before the final results were known. The reliability of the evaluation sheet was evaluated with Cronbach's alpha 0.98. The students judged their competencies as "sufficient" (4.23±0.51) at the beginning and "satisfactory" (2.82±0.43) at the end. A significant improvement in competencies was observed within all roles. The students' subjective judgement of the exam results (3.66±0.62) was significantly correlated with the actual marks (3.69±0.83) in the OSPE at 0.3547 (P=0.0015). The evaluation instrument showed excellent reliability. The students judged that their competencies significantly increased during the semester. The triangulation with the actual marks in the context of an OSPE demonstrated a significant correlation with the students' exam judgements.

Pathology didactics : Development and pilot study of apathology didactics curriculum (PaDiCu)

Pathologists are lifelong teachers. However, specialist training contains hardly any didactic learning objectives. Here, the competency-based learning objectives that apathology didactics curriculum could include were examined. Learning objectives were determined through expert discussions and literature research. Four teaching units were designed: A)Interactive small-group seminars; B)The timely application of what has been learned under supervision; C)A longitudinal component by providing digital resources; D)Workshops and seminars by third-party providers. Initially, 11small group seminars were designed: 1. + 2.General and special presentation techniques, 3.Public speaking, 4.Activation of audience, 5.Macro- and microphotography, image processing and graphic design, 6.Pathology teaching concept, 7.Standardized case conferences, 8.Standards for teaching events, 9.Standardized evaluation, 10.Research of pathology education, 11.Digitalization of teaching and pathology. Pilot seminars were appreciated and positively evaluated. For the first time, competence-based didactic learning objectives were identified for pathology. The pathology didactics curriculum (PaDiCu) could be disseminated with little effort.

Physicians' roles in competency-based teaching: Do students recognize them?

Introduction: Imparting the concept of physician’s roles with the help of new teaching formats is becoming increasingly important in medical education. The “ambulatory care simulation” was developed at the Medical Faculty Mannheim as a format to teach the roles of "medical expert," “communicator”, “health advocate”, “manager”, “team member” and “professional” in the practical year. During the “ambulatory care simulation”, students work through case scenarios with simulated patients focusing on the physician’s roles and subsequently discussing and reflecting on their experiences. Several measures are designated to ensure that each role is covered by the new teaching format. The present study investigates whether the physician’s roles are actually addressed during the “ambulatory care simulation” and whether the competency-based learning objectives are recognized by the students.Methods: All participants in 12 of the 38 obligatory “ambulatory care simulations” signed informed consents to be filmed during the “ambulatory care simulation”. These videos were categorized using previously defined observation criteria. A total of 211 out of 224 students completed and handed in a one-minute paper at the end of the “ambulatory care simulation”. The answers to the question, “What have you learned?” have been assigned to competency-based learning objectives.Results: Although instructors and students adhered to the guidelines in the recorded “ambulatory care simulations”, the most frequently addressed roles were “medical expert” and “communicator.” Two-thirds of the participants indicate learning outcomes that do not correspond to the previously defined learning objectives of the “ambulatory care simulation”.Discussion: To ensure a thorough understanding and long-lasting appreciation of the physician’s roles, longitudinal integration of teaching interventions into the curriculum is to be favored over single teaching units. Instructors need intensive preparation for the unfamiliar construct of physician’s roles. The learning objectives must also be made more transparent.Conclusion: Especially complex teaching formats need to be evaluated for success if they are to achieve their aims. Formative evaluations enable verification of whether the learning objectives are addressed, recognized and, finally, achieved.

Competence-based education in the example of a biochemical practical course with clinically relevant content for undergraduate medical students in the fourth semester of the preclinical section

This article was migrated. The article was not marked as recommended. Focus in traditional practical courses has always been on imparting technical knowledge. However, significance and application often are unclear for students, leading to low motivation. Thus, a practical course that is clinically relevant to students in the 4th semester was set up in biochemistry so that: a) a clear link to the clinical work can be identified, b) the roles of the physician, as set out in the German National Competence-based Learning Objectives Catalogue for Undergraduate Medical Education (NKLM), are covered in the best possible manner, and c) the scientific basis has a high importance.The newly established course covers key points of research work in 4 days, beginning with a fictitious case study. Samples of (artificial) urine and blood are used to diagnose sickle cell anemia and malaria, and their molecular basis is analysed using bioinformatic tools. Students learn how to research and discuss academic publications. Working in groups, they establish a concept using gene therapy to explore how a higher expression of fetal hemoglobin in erythroblasts could be induced using RNA interference to attenuate progression of the disease. Instead of recording the findings in a traditional manner, the students work together in groups to produce a manuscript of their results, which is critically examined to assess the suitability for being published.The semester cohort was randomly allocated to the newly established (n=79) and the traditional (n=57) practical course. Both courses were comparatively evaluated. The newly designed course received an overall assessment of 1.4, which was significantly better than the traditional course which received an overall assessment of 2.9.During the next years, nearly all subjects of the preclinical section will be challenged to find ways of combining NLKM requirements and technical knowledge. The concept presented here may serve as a model to be readily adapted to other fields.

Development of a national competency-based learning objective catalogue for undergraduate medical education in Germany

Implementation of the guidelines on the Competency-based Learning Objective Catalogue for Undergraduate Medical Education for a Nuclear Medicine curriculum on behalf of the committee on professional training and continuing education of the German Association of Nuclear Medicine (DGN) METHODS:: In 7 domains 100 learning objectives (LOs) were subject to a prioritization in 3 categories (A, B and C) by means of a questionnaire as part of a Delphi method, in collaboration with all members of the DGN holding a "venia legendi" as experts. Category A defined the essential LOs for each medical practitioner. The prioritization was made by ranking the frequency of the A-classifications. In the 2nd step of the Delphi method, a list of LOs with the ranking positions 1-5 in each domain was presented to the first round's experts as a core curriculum, asking either for acceptance or modifications. The results of the 1st step of the Delphi method deliver a return rate of 29% of the questionnaires (55 out of 184). The 2nd round shows a return rate of 30.9% (57 out of 184) and full approval of the proposed LOs in all LO domains by in median 72 % of the experts consulted (61%-81%). The present final version contains 37 competency-based LOs in the LO domains "legal basis and radiation protection", "basic science", indications and contra-indications for "PET/CT", "scintigraphy and SPECT", "patient preparation", "image interpretation" as well as "therapy". The Competency-based Learning Objective Catalogue for Nuclear Medicine describes the knowledge and competencies, every physician should have at the end of his medical studies. The LO catalogue is a living document, which needs to be adapted continuously to the progress of the medical and technological development.

How could the topic patient safety be embedded in the curriculum? A recommendation by the Committee for Patient Safety and Error Management of the GMA.

The topic of patient safety is of fundamental interest for the health care sector. In view of the realisation of the National Competence-Based Learning Objectives Catalogue for Undergraduate Medical Education (NKLM) this topic now has to be prepared for medical education. For a disciplinary and content-related orientation the GMA Committee developed the Learning Objectives Catalogue Patient Safety for Undergraduate Medical Education (GMA-LZK). To ensure an optimal implementation of the GMA-LZK we recommend a longitudinal embedding into the existing curriculum. This position paper supports the implementation of the GMA-LZK and is aimed at everyone who wants to establish teaching courses on the topic patient safety and embed them in the curriculum. In light of this, we will initially describe the key features for a structured analysis of the current situation. Based on three best-practice-examples, as seen in the faculties of Freiburg, Bonn and Munich, different approaches to the implementation of the GMA-LZK will be illustrated. Lastly, we will outline the methodical requirements regarding the curriculum development as well as the disciplinary and methodical competences that the lecturers will have to hold or develop to fulfil the requirements.

Competency-based learning in an ambulatory care setting: Implementation of simulation training in the Ambulatory Care Rotation during the final year of the MaReCuM model curriculum.

Aim: As part of the MaReCuM model curriculum at Medical Faculty Mannheim Heidelberg University, a final year rotation in ambulatory care was implemented and augmented to include ambulatory care simulation. In this paper we describe this ambulatory care simulation, the designated competency-based learning objectives, and evaluate the educational effect of the ambulatory care simulation training.Method: Seventy-five final year medical students participated in the survey (response rate: 83%). The control group completed the ambulatory rotation prior to the implementation of the ambulatory care simulation. The experimental group was required to participate in the simulation at the beginning of the final year rotation in ambulatory care. A survey of both groups was conducted at the beginning and at the end of the rotation. The learning objectives were taken from the National Competency-based Catalogue of Learning Objectives for Undergraduate Medical Education (NKLM).Results: The ambulatory care simulation had no measurable influence on students’ subjectively perceived learning progress, the evaluation of the ambulatory care rotation, or working in an ambulatory care setting. At the end of the rotation participants in both groups reported having gained better insight into treating outpatients. At the beginning of the rotation members of both groups assessed their competencies to be at the same level. The simulated ambulatory scenarios were evaluated by the participating students as being well structured and easy to understand. The scenarios successfully created a sense of time pressure for those confronted with them. The ability to correctly fill out a narcotic prescription form as required was rated significantly higher by those who participated in the simulation. Participation in the ambulatory care simulation had no effect on the other competencies covered by the survey.Discussion: The effect of the four instructional units comprising the ambulatory care simulation was not measurable due to the current form or the measurement point at the end of the 12-week rotation. The reasons for this could be the many and statistically elusive factors relevant to the individual and the wide variety among final year rotation placements, the late point in time of the final survey, and the selection of simulated scenarios. The course is slated to undergo specific further development and should be supplemented with additional learning opportunities to ensure that the main learning objectives are covered. The description of the teaching format is meant to contribute to the ongoing development of medical education with an emphasis on competency in the areas of ambulatory care, communication, prevention and health promotion.

Benchmarking for research-related competencies – a curricular mapping approach at medical faculties in Germany

Objectives: Internationally, scientific and research-related competencies need to be sufficiently targeted as core outcomes in many undergraduate medical curricula. Since 2015, standards have been recommended for Germany in the National Competency-based Learning Objective Catalogue in Medicine (NKLM). The aim of this study is to develop a multi-center mapping approach for curricular benchmarking against national standards and against other medical faculties.Method: A total of 277 faculty members from four German medical faculties have mapped the local curriculum against the scientific and research-related NKLM objectives, using consented procedures, metrics, and tools. The amount of mapping citations of each objective is used as indicator for its weighting in the local curriculum. Achieved competency levels after five-year education are compared.Results: All four programs fulfill the NKLM standards, with each emphasizing different sub-competencies explicitly in writing (Scholar: 17–41% of all courses; Medical Scientific Skills: 14–37% of all courses). Faculties show major or full agreement in objective weighting: Scholar 44%, scientific skills 79%. The given NKLM competency level is met or even outperformed in 78–100% of the courses.Conclusions: The multi-center mapping approach provides an informative dataset allowing curricular diagnosis by external benchmarking and guidance for optimization of local curricula.

Competency-based teacher training: A systematic revision of a proven programme in medical didactics.

Objectives: Competency-based medical education (CBME) requires factual knowledge to be practically applied together with skills and attitudes. With the National Competence-Based Learning Objectives for Undergraduate Medical Education (NKLM) representing a strong official demand for competence-orientation, it is generally important to explicitly outline its characteristics and review its realisation in teacher trainings. Further requirements are given by the core competencies for medical teachers (KLM). As an example the MQ programme (“Medizindidaktische Qualifikation”) in Baden-Wuerttemberg, a long established and well-accepted training, has been critically revised on this basis, concerning its suitability for the demands of CBME, its needs for adjustment and the efforts to be undertaken for its implementation.Methods: In a systematic quality management process the MQ curriculum and its organisational framing were analysed and further developed in a step-wise comprehensive approach, using the six-step cycle by Kern. The procedures included a thorough needs assessment (e.g. literature research, programme mapping), strategic decisions on structure and content, piloting and evaluation. During the process essential elements of project and change management were considered.Results: The experiences of the MQ example revealed helpful information for key factors to be considered in the pending change process any training provider will be confronted with. Guiding questions were developed related to the process phases. Our analyses showed persistent key points of proven value as stable foundation for change, as well as components needing special consideration to foster competence-oriented aims and transfer into practice: reflection, feedback, application-oriented methods and transparent competence development. These aspects have to be consciously perceived and experienced by participants. Taking this into account, we re-designed the course evidence-based. Besides visualising competencies and their progress, the occasions for reflection and feedback as well as the number of typical, practice-oriented tasks were extended to facilitate self-directed learning, critical self-reflection and individualised solutions. It is shown at what point, in what form and with which purpose these aspects were integrated in the MQ programme. Piloting showed good acceptance by participants, trainers. Preliminary assessment of the outcome is promising.Conclusion: Respecting the high workload, most likely medical teachers will not put CBME concepts into practice without impulses and support. Therefore, in didactical trainings, medical teachers should practice in a competency-based teaching setting and reflect themselves in different professional roles to be able to transfer the experiences to their own educational approach. Trainers and training can serve as models for CBME realisation.

How much GK is in the NKLM? A comparison between the catalogues of exam-relevant topics (GK) and the German National Competence-based Learning Objectives Catalogue for Undergraduate Medical Education (NKLM).

Background: The German National Competence-Based Learning Objectives for Undergraduate Medical Education (NKLM) being adopted in 2015 is designed to contribute to improve the quality of teaching and learning in medicine with respect to competence orientation. For departments, the coherence between teaching, assessment and the content of the catalogues of exam-relevant topics (GK) is a crucial factor. Before making use of the NKLM seriously in curricular development, many faculties demand more transparency regarding the representation in the NKLM of GK topics and in what aspects the NKLM exceeds the GK. Therefore, the aim of the study was to assign the NKLM competencies and objectives to the systematic GK terms, to reveal gaps in their congruence and to determine the percentage of agreement between GK and NKLM. Additionally, the distribution among the NKLM chapters (chap.), of GK content and further competencies relevant for medical practice were analysed. Methods: The textual comparison of GK and NKLM was done by advanced students that were familiar with the NKLM from previous analyses. The comparison was done independently (keyword search, face validity), afterwards consented and matched with independent ratings of GK-2 and chapter 21 done by experts as well as with cross-references to the GK indicated in chapter 12, 13 and 15 of the NKLM. Detailed data is available online: www.merlin-bw.de/gk-nklm-abgleich.html. Results: The degree of correspondence of the GK’s six preclinical parts with the NKLM ranges between 94% and 98%, with the clinical GK the degree of correspondence ranging between 84% and 88%. This demonstrates a consistently very high congruence of content. Only 6-16% of the content per GK part could not be assigned to NKLM equivalents. Regarding the distribution of GK content among NKLM chapters, the chapters with classic medical expertise (chapters 12, 13, 16, 17 as well as 20 and 21) show the highest correspondences. Practical medical skills (chapter 14b) can be found in the clinical GK “Health Disorders”. Doctor-patient interaction (chapter 14c) and medical scientific skills (chapter 14a) are represented only marginally in the GK. As expected, there were no equivalents to be found in the GK for the new professional roles for medical doctors (chapter 06-11).Discussion: The results presented provide faculties with a useful and detailed data base to evaluate the NKLM more reliably, especially with respect to its relevance for exams. The increased transparency supports the implementation process of the NKLM by reducing content-related uncertainties of departments, invalidating sweeping arguments against the NKLM resulting from uncertainties and thereby minimizing resistance. At the same time a critical review process of the NKLM is encouraged.

Monitoring and analysis of the change process in curriculum mapping compared to the National Competency-based Learning Objective Catalogue for Undergraduate Medical Education (NKLM) at four medical faculties. Part II: Key factors for motivating the faculty during the process.

Objective: After adoption of the National Competency-based Learning Objectives Catalogue in Medicine [Nationaler Kompetenzbasierter Lernzielkatalog Medizin, NKLM], the German medical faculties are asked to test the learning obejctives recorded in it and evaluate them critically. The faculties require curricular transparency for competence-oriented transition of present curricula, which is best achieved by systematic curriculum mapping in comparison to the NKLM. Based on this inventory, curricula can be further developed target-oriented.Considerable resistance has to be expected when a complex existing curriculum is to be mapped for the first time and a faculty must be convinced of its usefulness. Headed by Tübingen, the faculties of Freiburg, Heidelberg, Mannheim and Tübingen rose to this task. This two-part article analyses and summarises how NKLM curriculum mapping was successful at the locations despite resistance. Part I presented the resources and structures that supported implementation. Part II focuses on factors that motivate individuals and groups of persons to cooperate in the faculties.Method: Both parts used the same method. In short, the joint project was systematically planned following the steps of project and change management and adjusted in the course of the process. From the beginning of the project, a Grounded-Theory approach was used to systematically collect detailed information on measures and developments at the faculties, to continually analyse them and to draw final conclusions. Results: At all sites, faculties, teachers, students and administrative staff were not per se willing to deal with the NKLM and its contents, and even less to map their present curricula. Analysis of the development reflected a number of factors that had either a negative effect on the willingness to cooperate when missing, or a positive one when present. These were: clear top-down and bottom-up management; continuous information of the faculty; user-oriented support in the mapping process by reduction of the mapping categories, portioning and condensation of the NKLM via student pre-mapping (blueprint) and visibility of growing consent. Apart from that, there were a series of frequent questions, objections and concerns that could be countered strategically and by argumentation. They particularly referred to relevance, benefit, feasibility and effort of curriculum mapping.Conclusion: An overview of beneficial framework conditions, strategies and results from different points of view is achieved and interrelations are made visible. Based on literature results, the motivating factors as well as their implementation and effects in the faculties involved are critically reflected on. Recommendations can be derived that can support other faculties in practice.

Monitoring and analysis of the change process in curriculum mapping compared to the National Competency-based Learning Objective Catalogue for Undergraduate Medical Education (NKLM) at four medical faculties. Part I: Conducive resources and structures.

Objective: After passing of the National Competency-based Learning Objectives Catalogue in Medicine (Nationaler Kompetenzbasierter Lernzielkatalog Medizin, [NKLM, retrieved on 22.03.2016]), the German medical faculties must take inventory and develop their curricula. NKLM contents are expected to be present, but not linked well or sensibly enough in locally grown curricula. Learning and examination formats must be reviewed for appropriateness and coverage of the competences. The necessary curricular transparency is best achieved by systematic curriculum mapping, combined with effective change management. Mapping a complex existing curriculum and convincing a faculty that this will have benefits is not easy. Headed by Tübingen, the faculties of Freiburg, Heidelberg, Mannheim and Tübingen take inventory by mapping their curricula in comparison to the NKLM, using the dedicated web-based MERLIN-database. This two-part article analyses and summarises how NKLM curriculum mapping could be successful in spite of resistance at the faculties. The target is conveying the widest possible overview of beneficial framework conditions, strategies and results. Part I of the article shows the beneficial resources and structures required for implementation of curriculum mapping at the faculties. Part II describes key factors relevant for motivating faculties and teachers during the mapping process.Method: The network project was systematically planned in advance according to steps of project and change management, regularly reflected on and adjusted together in workshops and semi-annual project meetings. From the beginning of the project, a grounded-theory approach was used to systematically collect detailed information on structures, measures and developments at the faculties using various sources and methods, to continually analyse them and to draw a final conclusion (sources: surveys among the project participants with questionnaires, semi-structured group interviews and discussions, guideline-supported individual interviews, informal surveys, evaluation of target agreements and protocols, openly discernible local, regional or over-regional structure-relevant events).Results: The following resources and structures support implementation of curriculum mapping at a faculty: Setting up a coordination agency (≥50% of a full position; support by student assistants), systematic project management, and development of organisation and communication structures with integration of the dean of study and teaching and pilot departments, as well as development of a user-friendly web-based mapping instrument. Acceptance of the mapping was increased particularly by visualisation of the results and early insight into indicative results relevant for the department.Conclusion: Successful NKLM curriculum mapping requires trained staff for coordination, resilient communication structures and a user-oriented mapping database. In alignment with literature, recommendations can be derived to support other faculties that want to map their curriculum.

Competency-Based Objectives in Global Underserved Women's Health for Medical Trainees.

The Association of Professors of Gynecology and Obstetrics Committee on Global Health developed an inclusive definition of global women's health and competency-based objectives that reflected work internationally, as well as with U.S. vulnerable and underserved populations, such as refugee and immigrant populations or those who would otherwise have compromised access to health care. The knowledge, skill, and attitude-based competencies required to fulfill each learning objective were mapped to the Accreditation Council for Graduate Medical Education Outcomes Project's educational domains and the Consortium of Universities for Global Health competency domains. The proposed global women's health definition and competency-based learning objective framework is a first step in ensuring quality standards for educating trainees to address global women's health needs. By proposing these objectives, we hope to guide future program development and spark a broader conversation that will improve health for vulnerable women and shape educational, ethical, and equitable global health experiences for medical trainees.

Mastery learning improves students skills in inserting intravenous access: a pre-post-study.

Objective: Inserting peripheral venous catheters (PVCs) has been identified as a core competency for medical students. Because the performance – even of hygienic standards – of both students and novice physicians is frequently inadequate, medical faculties must focus on competence-based learning objectives and deliberate practice, features that are combined in mastery learning. Our aim was to determine the competency of students in inserting PVCs before and after an educational intervention. Design: This study comprised a skills assessment with pre- and post-tests of a group of third-year students who received a simulation-based intervention. A newly established curriculum involved one hour of practice at inserting PVCs on simulators. Students were required to pass a test (total 21 points, pass mark 20 points) developed on the concept of mastery learning. An unannounced follow-up test was performed one week (8 days) after the intervention.Setting: The simulation center of the medical faculty in Muenster.Participants: Third-year students who received the intervention.Results: One hundred and nine complete data sets were obtained from 133 students (82.5%). Most students (97.2%) passed the test after the intervention (mean score increase from 15.56 to 20.50, P<0.001). There was a significant decrease in students’ performance after one week (8 days): only 74.5% of participants passed this retest (mean score reduction from 20.50 to 20.06, P<0.001). Conclusion: Mastery learning is an effective form of teaching practical skills to medical students, allowing a thorough preparation for the challenges of daily clinical practice.

Medical teachers’ perception of professional roles in the framework of the German National Competence-Based Learning Objectives for Undergraduate Medical Education (NKLM)—A multicenter study

Background: Based on CanMEDS and others, the German National Competence-Based Learning Objectives for Undergraduate Medical Education (NKLM) were recently consented. International studies recommend integrating national and cultural context when transferring a professional roles framework in different countries. Teachers’ misconceptions may establish barriers in role understanding and implementation.Objectives: The aim is to analyze medical teachers’ rating and perception of NKLM roles in order to reveal differences to official definitions.Methods: A two-step sequential mixed methods design was used including a survey and focus groups with N = 80 medical teachers from four German universities.Results: Most of the teachers highly valued the importance of the role “Medical Expert” and understood comprehensively. The Communicator and the Collaborator were rated fairly and perceived to a large extent. Other intrinsic roles like Health Advocate and Scholar showed more deficits in perception and less importance by the participants. This was seen generally problematic and should be considered carefully. Manager and professional showed one-sided weaknesses either in importance or perception.Conclusion: Medical teachers considered NKLM roles relevant for medical practice, although their role perception differed considerably. The value and risk matrix visualizes the specific role profile and offers strategic implications for NKLM communication and handling, thus supporting change management.

Vaccination: Developing and implementing a competency-based-curriculum at the Medical Faculty of LMU Munich.

Background: In Germany medical students should gain proficiency and specific skills in the vaccination field. Especially important is the efficient communication of scientific results about vaccinations to the community, in order to give professional counseling with a complete overview about therapeutic options.Aim of the project: The aim of this project is to set up a vaccination-related curriculum in the Medical Faculty at the Ludwig-Maximilians-University in Munich. The structure of the curriculum is based on the National catalogue for competency-based learning objectives in the field of vaccination (Nationaler Kompetenzbasierter Lernzielekatalog Medizin NKLM). Through this curriculum, the students will not only acquire the classical educational skills concerning vaccination in theory and practice, but they will also learn how to become independent in the decision-making process and counseling. Moreover, the students will become aware of consequences of action related to this specific topic.Methods: According to defined guidelines, an analysis was performed on courses, which are currently offered by the university. A separate analysis of the NKLM was carried out. Both analyses identified the active courses related to the topic of vaccination as well as the NKLM learning objectives. The match between the topics taught in current courses and the NKLM learning objectives identified gaps concerning the teaching of specific content. Courses were modified in order to implement the missing NKLM learning objectives.Results: These analyses identified 24 vaccination-related courses, which are currently taught at the University. Meanwhile, 35 learning objectives on vaccination were identified in the NKLM catalogue. Four of which were identified as not yet part of the teaching program. In summary, this interdisciplinary work enabled the development of a new vaccination-related curriculum, including 35 learning objectives, which are now implemented in regular teaching courses by the Medical Faculty.Conclusions: This project successfully describes a method to develop and implement a competency-based teaching program on the topic of vaccination. Importantly, the process presented here can serve as a guide to develop and implement similar teaching programs on other subjects and Universities.

Otolaryngology--head and neck surgery in undergraduate medical education: advances and innovations.

Medical students graduate with the knowledge and skills to be undifferentiated general physicians. Otolaryngology-head and neck surgery (OtoHNS) is an essential component of primary healthcare, but is disproportionately under-represented in undergraduate medical education (UME). Advances and innovations in educational technology may represent an exciting and creative solution to this important problem. Failure to meet this educational need will result in substantial downstream effects in primary healthcare delivery. The objectives of this study were to 1) demonstrate current deficits in OtoHNS teaching at the UME level; 2) develop, validate, and critically appraise educational innovations that may enrich OtoHNS teaching in medical school curricula; and 3) propose a process for standardization of learning objectives for OtoHNS in UME as it relates to development and deployment of such educational tools. A white paper, prepared as a Triological Society thesis, which consolidates a prospective 10-year investigation of the problem of and potential solutions for under-representation of OtoHNS in UME. Cited datasets include multicenter surveys, cohort studies, and prospective, randomized controlled trials. A series of published and unpublished data were synthesized that addresses the following: 1) the current state of OtoHNS teaching at the UME level with respect to content, volume, structure, and methods; and 2) educational innovations including e-learning and simulation with emphasis on validity and learning effectiveness. Educational innovations specific to postgraduate (residency) training were excluded. Data support the observation that there is uniformly disproportionate under-representation of OtoHNS within UME curricula. Medical school graduates, especially those pursuing primary care specialties, report poor overall comfort levels in managing OtoHNS problems. A series of novel teaching methods were developed and validated using e-learning and simulation. Selected technologies may have a role in medical student teaching. It has been shown that e-learning has limited value in teaching complex spatial anatomy to novice learners, but good value in teaching basic clinical knowledge and selected technical skills. The role of simulation as it pertains to the novice learner is evolving. Important factors to consider during development of these tools include: 1) knowledge base and learning style of the learner, 2) complexity and nature of the learning objectives, 3) understanding the features and limitations of different technological genres, and 4) a team approach to module development. There remains a role for traditional teaching paradigms such as lectures, labs, and standardized patients; however, the choice of instructional genre should be fundamentally tailored to the nature of the learning outcomes. Enriching OtoHNS teaching in medical school is essential optimize primary care delivered to patients. Although e-learning and simulation are broadly accepted and desirable by today's medical students, these technologies should be woven into the fabric of UME pedagogical principles judiciously, and only after empiric assessment. Foundational to the development and implementation of these technologies is the framework of standardized competency-based learning objectives, common to all graduating medical students. NA

Weiterbildung – Kompetenzbasierte Weiterbildung – Lerntheorie und -praxis

A lifelong learning process is necessarily the basis for the specialization and expertise in the field of anesthesiology. Thus competency as a physician is a complex, multidimensional construction of knowledge, skills and attitudes to be able to solve and persist the complex daily work challenges in a flexible and responsible way. Experts therefore showflexible and intuitive capabilities in pursuing their profession. Accordingly modern competency based learning objectives are very helpful. The DGAI Commission for “Further Education” already thought ahead in defining a competencybased curriculum for the specialization in the field of anesthesiology and could be integrated into the frameworks of the German Medical Association. In addition to the curricular framework elements of assessment are necessary. A single oral exam is consequently not representative for different levels of competencies. However, there is beside the responsibility of the learners for their learning processalso a high obligation of the clinical teachers to attend the learning process and to ensure a positive learning atmosphere with scope for feedback. Some competencies potentially could be better learned in a “sheltered” room based on simulation outside the OR, for example to train rare incidents or emergency procedures. In general there should be ongoing effort to enhance the process of expertise development, also in context of patient safety and quality management.