F1 and Paediatric Intensive Care
A joint presentation between Paul Shannon (7Digital, Agile Staffordshire) and Dr. Harriet Shannon (Great Ormond Street Children’s Hospital Institute of Child Health) on findings from research by KEN R. CATCHPOLE PhD, MARC R. DE LEVAL MD, ANGUS MCEWAN FRCA, NICK PIGOTT Frcpch, MARTIN J. ELLIOTT MD, FRCS, ANNETTE MCQUILLAN BSc, CAROL MACDONALD BSc and ALLAN J. GOLDMAN.
The research focussed on reducing the amount of time to transport patients from the operating theatre to intensive care, and how this relates to Agile teams. The intensive care team wanted to improve patient recovery and manage risk by removing bottlenecks and defining responsibilities for emergency situations.
Intensive care teams attended sessions with an F1 pit crew to understand how their roles, responsibilities, communication techniques and safeguards could help meet their goals. Parallels can be draw between these aspects of the F1 team, the intensive care team and agile teams; similar roles (Chief Engineer, Head Surgeon, Product Owner) and safeguards (Replacement wheel guns, spare heart monitors, automated acceptance tests) are two of the key successes. Conversely, some of the more successful practices adopted by the intensive care team (implementing more detailed processes rather than relying on communication and collaboration) conflict with current agile thinking.
It appears Wiley Online are publishing the article that our presentation is based on for free so it is available for viewing as a PDF or HTML without the need to sign up:
I used Prezi to create a simple presentation for the session – split into two distinct parts with the presentation of research first followed by some key questions and talking points for a discussion. The prezi is available via the prezi web site.
Harriet had already written up a large amount of her part of the presentation so I thought I’d convert it into a blog post so that those that missed either of the sessions don’t have to miss out.
Great Ormond Street Children’s Hospital (GOSH) is an international centre of excellence in child healthcare and treats 175,000 children per year, in over 50 different specialities. Together with its research partner, the UCL Institute of Child Health it forms the only academic biomedical research centre specialising in paediatrics in the UK.
One of these specialities is heart surgery. GOSH sees about 500 cases per year, whether it’s heart transplant, re-wiring blood vessels, patching up holes etc. providing cardiac support.
Patients undergo heart surgery in the operating theatre in the north wing of the hospital. They are then transferred onto a trolley and taken along some corridors and up in some lifts, before reaching the intensive care unit to start their recovery.
What Are We Transferring?
The patient, all the technology and support (ventilators, monitoring lines, infusions of medicines). Also, knowledge about the patient, about any complications found during the operation, any specific instructions for the medical staff on the ICU – it is this combination of tasks that makes the process susceptible to error, at a time when the patient is most vulnerable.
Aims of the Study
The primary aim of the study was to improve safety and quality of care by observing the Formula 1 pitstop crew.
The pit crews are a multi-professional team coming together to perform a complex task (change tyres and refuel). There are huge time pressures involved (a pitstop should take less than 7 seconds). Errors cannot be tolerated and often result in disastrous consequences.
This fits in with the handover team as they are also multi-professional: surgeon, medics, nurses. The time pressue is of paramount importance with a maximum of 15 minutes for each handover. Even small erros can have larger consequences as the patient’s health is at risk.
The F1 Team Task
- The “Lollipop man” has overall control of the pitstop
- The car goes up on the jack
- Wheel nuts come off, followed by the old wheel
- New wheel goes on and secured with the new wheel nut
- Driver’s visor is cleaned
- The car is fuelled
- Car is lowered from the jack
- Lollipop man gives the all clear to go
- LEADERSHIP – previously is was unclear who was in charge, now the anaesthetist took overall charge while the surgeon moved around to gain an awareness and overview of the situation.
- TASK SEQUENCE – a clear rhythm and order of events was adopted whereas previously tasks were inconsistent and non-sequential. The main tasks were broken into three distinct areas:
- Equipment and Technology
- Information handover
- Discussion and plan
- TASK ALLOCATION – everybody now knows what they are doing whereas it was previously informal and erratic. Everyone is responsible for a single, well-defined task.
- COMMUNICATION – only one person speaks at a time, and during information hand over, this is in a specific order. The group is given equality so that nurses can easily communicate with consultant or surgeons, spotting mistakes sooner – previously imposed hierarchies meant people in different roles did not communicate.
- TRAINING – the clinical team ensured that their process could be easily taught so that the high turn over of staff could be combated with efficient and thorough training. The training is now done in 30 minutes and a laminated check-list is kept with every patient.
Results of Adopting Changes
- Technical errors were found to be down by 1 third
- Handover omissions were halved
- Duration of handover decreased
- Teamwork was perceived as the single most significant factor
How does this apply the agile software development teams? Following the presentation session at both Agile Staffordshire and XP Day we had a short discussion. It appears that there are similar roles, situations and practices in software development that align with the findings. In the interests of brevity I thought I’d write-up the findings from the discussion in a separate post – I create a link here once published.