The study aimed to evaluate the use of LEGO® as an educational tool for midwifery and medical students.
The concept of LEGO® SERIOUSPLAY® ® was conceived in 1996 when Swiss Professors Roos and Victor explored using LEGO® as a strategic planning tool. We adapted this concept as an icebreaker activity for interprofessional education workshops at an Australian university.
Using a qualitative evaluation, we used cross-sectional pre- and post-surveys to gain midwifery and medical students’ perspectives and insights. Students were divided into mixed discipline groups at the commencement of a one-day birthing and birthing complexities workshop and asked to design and build a birthing room using LEGO®. A pre-and post-workshop survey asked students about their experiences using LEGO® as a learning tool for team communication and collaboration.
Pre-workshop responses demonstrated intrigue as to how LEGO® could be used for learning. Post-workshop feedback was overwhelmingly positive and students described how it helped them develop communication and collaboration skills and understand the other disciplines' priorities and values.
Using LEGO® as an icebreaker activity enabled open discussion and connection, promoting easy-going conversation and aiding a collaborative team-building process before students worked together in an interprofessional birthing simulation workshop. The findings indicated that the icebreaker activity enhanced the students’ awareness and appreciation of learning about each other’s perspectives, values and roles for future collaboration in the clinical workplace.
Postgraduate taught nursing students face many challenges, including lack of confidence in their own knowledge and skills which might create anxiety and impact on the development of research expertise. Therefore, to address and support the development and acquisition of student understanding it is important to explore and be cognizant of the student’s experience. This will facilitate enhancement of the curriculum, whilst improving future career aspirations and the provision of evidence-based care in practice.
To evaluate the participation of a postgraduate taught nursing student in a research project.
Case study methodology was used to explore the lived experience of participating in a research project.
Mixed qualitative methods were used which included a semi-structured interview and photo-elicitation whereby the participant provided a significant photograph for discussion during the semi-structured interview.
Analysis revealed 2 superordinate themes which focused on 1) The Impact of learning and 2) The Workplace Environment.
The participation in living research, as part of a collaborative team has the potential to nurture the confidence of the student in their own abilities to generate new knowledge which can inform the provision of care. The workplace needs to be invested in this journey with leadership valuing the contribution that participation in research can make to the delivery of care. Leaders of postgraduate taught programmes should consider ways which would benefit students to reflect participation in ongoing research.
To map the characteristics of nursing educators' competency standards for practice from the existing literature, examine the evidence and identify commonalities and differences.
Many countries or regions have produced nursing educator standards, however, there is no common set of standards or competencies used globally. Mapping these nursing educator standards should identify a common set of standards that can be applied across any nursing educator practice setting.
The review was conducted using the JBI methodology for scoping reviews and followed an a priori protocol.
A comprehensive search of studies or guidelines (2001–2022) was undertaken to identify specific nursing educator competencies from any practice setting and in any language. Preceptorship and mentorship studies were excluded from the search terms. Databases searched for relevant records and guidelines were CINAHL, ERIC, Medline (Ovid), Pubmed, Scopus, Google and targeted websites. After screening and selection, relevant data were extracted and summarized using an extraction guide. Characteristics of the reports were identified and all three levels of competency statements were mapped against commonly occurring categories derived from the data.
1145 evidence records were screened after removal of duplicates with 14 records included in the review. The included evidence sources were from various nursing educator practice settings and educator roles. All evidence sources had at least two levels of competency statements and 16 competency categories were identified. Common categories in the first two competency levels were: leadership and management; research and scholarship; professional values and professional development; and facilitating learning. Statements related to learner evaluation were also common in the level 2 competencies. Level 3 competencies were included in seven evidence sources and most of the sources included almost all categories. Low-occurring statements at all levels were in the ‘Nursing skills’ and ‘Decision-making/strategic planning” categories.
Common characteristics and categories were found between different evidence sources in this review. The most common competency review categories included leadership and management, professional development and facilitating learning. Few decision-making competencies were identified from the evidence sources. These results can inform educators and managers in developing globally-based nursing educator competencies, performance management tools and job descriptions.
To explore supervisors’ experience of simulation in a student supervision course
The relationship between student and supervisor is crucial for the students’ learning and quality of education. The supervisors have an important role in facilitating a good start and the best learning opportunities for students in clinical placement. Supervision can be demanding and there is a need to strengthen supervisors in their role. An interprofessional supervision course was designed, using simulation as a method. Simulation is frequently used for acute situations to improve patient safety but is less common in student supervision. In our supervision course, simulation was introduced in the digital component and practiced in the physical component. The 4–6 members of the interprofessional simulation groups were assigned roles as either participants or active observers. They were guided by a facilitator, who constructed student-supervisor scenarios, allocated roles and facilitated reflection.
A qualitative, explorative design involving focus groups and written reflections.
Two focus groups (n=9) were conducted following a pilot course in addition to written reflections (n= 80) after four courses. After revising the course and the interview guide, two additional focus groups (n =10) were held and a further 43 written reflections received. The empirical data were analyzed using thematic analysis by Braun and Clarke.
The three themes.
1. Interprofessional simulation provides a wider perspective on the student- supervisor relationship.
The participants experienced being active in different roles, followed by subsequent joint reflection. They expressed increased relational understanding as well as the importance of verbal and nonverbal communication in supervision through learning from other interprofessional supervisors.
2. Simulation provides realism by entering into the situation. Simulation fostered activation of the senses that improved the supervisor’s ability to be attentive to the student’s needs.
3.Challenging to simulate the role of supervisor. Most participants were willing to force themselves out of their comfort zone to learn. However, quite a few felt uncomfortable participating in simulation on communication and preferred observing others.
The participants experienced simulation as valuable for strengthening their awareness of their ability to influence students’ learning and relational understanding. The results showed the value of reflective observation in addition to participating in simulation. Simulation might contribute to improved supervision, although different experiences that inhibit learning outcomes must be acknowledged.