Clinical performance
How preparation, sequencing and clinical judgement influence care when time is short and decisions matter.
Performance by Design
Clinical performance under pressure is designed before the crisis.
I work at the interface of aeromedical critical care, systems design and human factors — translating frontline clinical friction into practical structures that help teams perform when complexity, time and consequence converge.
The mechanism
Performance by Design means shaping the system before pressure rises.
People do not perform in isolation. They perform inside systems.
Those systems are really tested when the work becomes complex, the pace rises, the stakes are high and there is little room for error.
My work focuses on the gap between how systems are designed and how work actually happens in practice.
See the friction. Understand the cause. Design it out.
Systems design
Clinical systems, governance and workflows built around how the work is actually done — reducing friction, variation and unnecessary cognitive load.
Human factors
Designing the conditions around the team — layout, prompts, sequencing and shared workflow — so clinicians can think clearly and act reliably when there is little margin for error.
From the journal
Clinical systems insights
Practical thinking on the design, decisions and working conditions that shape care.
Return to practice
Return to Practice Is Not a Straight Line
A difficult shift can overshadow weeks of rebuilding. How exposure, support and context help us read a clinician’s return more fairly.
Read article
Human factors
When Adaptation Becomes the Safety Strategy
Teams keep care moving by working around problems. What becomes harder to see when the system depends on that extra effort?
Read article
Design insight
The fog of innovation
An early idea rarely arrives fully formed. How do we give it room to develop, then test it honestly in practice?
Read articleSystems in practice
SCRAM™ brings structure to clinical preparation.
A family of clinical support tools that organises equipment, preparation and sequence around the work a team needs to do.
I co-invented SCRAM™ with Neil Sinclair and have a commercial interest in the system.
- Nine-solution portfolio
- Critical care & retrieval
- Hospital & prehospital
SCRAM™ began with emergency airway preparation. The wider range applies that approach to drug organisation, resuscitation and procedural work.
Applied design
Equipment, layout and sequence are part of clinical preparation.
One design logic, applied across the portfolio
Airway SCRAM™
Preparation, layout and sequencing for emergency airway management. This is the focus of the research linked above.
Rx SCRAM™
Organising critical medications so their preparation and use are easier to follow.
Surgical SCRAM™
Applying structured layout to surgical and procedural preparation.
The linked research examines emergency airway preparation and performance. Its findings should not be treated as proof of patient outcomes or applied to every product in the range.
Applied work & evidence
Research and clinical development
Emergency airway research
Published work examining preparation, equipment organisation and performance in emergency airway management. The study setting and what was measured matter when deciding what the findings can tell us.
View the airway researchTraining and clinical governance
My work also includes competency frameworks, training structures and supported practice. It asks how we make expectations clear, recognise gaps in exposure and give people the support the work requires.
More about this work
About
Paul Swinton
Clinical Team Leader and Flight Paramedic
After more than two decades in emergency care, aeromedical critical care and retrieval, I have seen where systems support clinical work — and where they make it harder.
I design and develop clinical systems, training structures, governance frameworks and workflows around the realities of frontline care, with a particular focus on how system design shapes human performance in time-critical care.
More about me