Paramedic students should have the crucial cognitive and psychomotor skills related to neonatal cardiopulmonary resuscitation (N-CPR).

The aim of this study was to evaluate the effect of blended learning on the theoretical knowledge and preliminary knowledge of the psychomotor skills, adherence to the algorithm, and teamwork in simulation-based education (SBE) of N-CPR.

This randomized, prospective study was conducted on 60 fourth-semester paramedic students. The participants were separated into two groups following a classroom lecture. Each group was assigned either a slide presentation (Group 1; SP-G) or a video clip (Group 2; V-G). All the participants answered multiple-choice questions (MCQs) and each group (Group 1 and Group 2) was divided into 10 sub-groups. These sub-groups were then tested in an observational performance evaluation (OPE) consisting of a neonatal asphyxia megacode scenario, after the classroom lecture and following the blended learning process.

Group performance, teamwork, communication skills, and adherence to the algorithm were evaluated. There was a significant difference in the MCQ and OPE results between the after classroom lecture and after blended learning for both groups. The average score of Group 2 was higher than Group 1 in the MCQ results (Mann-Whitney U test; P <.001). The average score of Group 2 was higher than Group 1 in the OPE results (Mann-Whitney U test; P = .002).

Blended learning, especially video clips, in adjunction with the classroom lecture were effective in acquiring and developing both technical and non-technical skills among paramedic students in SBE of N-CPR training.

There is a paucity of simulation-based dementia education programmes for acute care settings that support the development of interpersonal skills pertinent to good care. Moreover, few studies measure the effectiveness of such programmes by evaluating the persistence of practice change beyond the immediate timeframe of the workshops. We were commissioned by Health Education England (HEE) to develop and evaluate ‘DEALTS 2’, a national simulation-based education toolkit informed by the Humanisation Values Framework, developed at Bournemouth University and based on an experiential learning approach to facilitate positive impacts on practice. This paper describes the process of developing DEALTS 2 and the protocol for evaluating the impact of this intervention on practice across England.

Intervention development: Following an initial scoping exercise to explore the barriers and enablers of delivering the original DEALTS programme, we developed, piloted, and rolled out DEALTS 2 across England through a Train the Trainer (TTT) model. Key stakeholders were asked to critically feedback during the development process.

Mixed methods approach underpinned by Kirkpatrick Model for evaluating effectiveness of training; assessing reaction, learning, behaviour, and results. Evaluation forms and telephone interviews (quantitative and qualitative) with trainers that attended TTT workshops (n = 196) and, once implemented in individual Trusts, the staff that the trainers train.

Evaluation of implementation and impact on care delivery for people with dementia will provide evidence of effectiveness. This will support the future development of simulation-based education programmes, amidst the current complexity of pressure in resource limited healthcare settings.

To develop a simulation-based curriculum for residents to learn ultrasound-guided (USG) central venous catheter (CVC) insertion, and to study the volume and type of practice that leads to technical proficiency.

Ten post-graduate year two residents from the Departments of Emergency Medicine and Anesthesiology completed four training sessions of two hours each, at two week intervals, where they engaged in a structured program of deliberate practice of the fundamental skills of USG CVC insertion on a simulator. Progress during training was monitored using regular hand motion analysis (HMA) and performance benchmarks were determined by HMA of local experts. Blinded assessment of video recordings was done at the end of training to assess technical competence using a global rating scale.

None of the residents met any of the expert benchmarks at baseline. Over the course of training, the HMA metrics of the residents revealed steady and significant improvement in technical proficiency. By the end of the fourth session six of 10 residents had faster procedure times than the mean expert benchmark, and nine of 10 residents had more efficient left and right hand motions than the mean expert benchmarks. Nine residents achieved mean GRS scores rating them competent to perform independently.

We successfully developed a simulation-based curriculum for residents learning the skills of USG CVC insertion. Our results suggest that engaging residents in three to four distributed sessions of deliberate practice of the fundamental skills of USG CVC insertion leads to steady and marked improvement in technical proficiency with individuals approaching or exceeding expert level benchmarks.