A29Simulation Integration: A Multispecialty Programme Embedding Simulation within Departmental Teaching Programmes in two Cardiothoracic Centres
Authors: Frater Alasdair , Lowcock Dominic 
Published: October 2023

Background and aim:
UK-based doctors in training have faced major disruption, loss of training opportunities and increased risk of burnout due to covid-19 [1,2]. Furthermore, the intensified post-covid strain on services continues to hamper efforts to restore training. A bottom-up review across departments at both of our sites revealed demand across specialties and grades for increased simulated training opportunities. Further highlighting the need for additional simulation programmes, simulated training has recently been demonstrated to reduce risk of burnout [3]. To restore lost learning opportunities, improve morale and promote team cohesion, we began a project to embed simulated training at a departmental level. A key aim of this project was to give departments ownership of their simulation programmes, to promote autonomy, tutor upskilling and sustainability.
Methods:
We systematically reviewed the curricula for all specialties with doctors-in-training across our two sites in order to establish how training needs could be met with simulation. Consultant ‘simulation lead’ positions were offered to consultants in each department. Following this, we met with each assigned simulation lead to perform a scoping exercise - thus establishing specific training needs and opportunities within each department. The medical education team used this information to support each department to develop its own simulated training programme and support its delivery.
Crucially, unlike many simulated training opportunities, our programme is not tied to a particular training scheme nor does it incur any fees. This allows equal access to the programme for both locally employed doctors and Health Education England trainees.
Results:
We worked with 13 departments in developing simulation-based training programmes. Eight departments had a single lead identified, three shared lead positions and in two departments no consultants assumed the position of lead.
Experience and enthusiasm varied by department. In departments where a simulation lead was not identified, the education department has supported other team members such as Clinical Nurse Specialists and specialty registrars to devise and deliver sim-based training.
Anonymized Microsoft Forms based post-course questionnaire responses completed by 42 participants to date have been overwhelmingly positive (outlined in Figure 1-A29). Notably, learners have found the sessions improved both technical and non-technical skills, as well as providing learning not replicated elsewhere.
Percentage of attendees rating the following areas as ‘agree’ or ‘strongly agree’
Conclusion:
Our scheme has led to embedding of effective simulated training programmes across specialties at our sites, leading to sustainably improved training opportunities for post graduate doctors in the post covid era.
Ethics statement:
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.