The Operational Confidence Model™

From the Field


Over the past few years really, but the last few months in particular, my team and I have spent an incredible amount of time with, what I can now confidently name them as colleagues, across fire and rescue services, airport fire and rescue and police forces. Time is a funny thing – it tends to fly by so fast and leaves behind so much.


I started this note by wanting to say that the conversations have covered training, competency, workforce planning, technology, procurement but in reality everything converges to one core point – operational delivery.


On the surface, the conversations were all different.

In reality, every conversation came back to the same challenge.


How do I know I can make this operational decision with confidence?

Whether it’s assigning someone to a role, confirming they’re safe to perform a critical task, deploying them to a particular incident, approving specialist capability or responding to an audit, all layers of the service, be they leaders, managers, or the firefighter or the police officers in the teams, are constantly making decisions that carry operational risk.


Those decisions need more than good intentions.

They need assurance.


I should be clear about where I sit in this. I’m not a firefighter, I’m not a police officer and I’ve never worn the uniform with the exception of the Soimii Patriei and Pionieri uniforms in my childhood, but that’s a different story!


My team and I build software. That’s precisely why I went and listened, because you cannot build something useful for a problem you have only read about.

What I heard was consistent enough to be worth writing down.


Those observations became the catalyst for this first edition of Field Notes

The Problem

And here’s the thing… most organisations, regardless of their field of work, don’t lack information. There is so much information that is recorded, checked, re-checked and stored!


But… what I can see they lack is confidence (or capability) in bringing it together.


People information sits in one system, training in another, competency somewhere else. Assets, qualifications, operational records and evidence all live independently, each managed perfectly well in isolation.


Collectively, the jigsaw might tell the complete story, but only if someone has the time to assemble it. And usually, nobody does…unless something (usually bad) happens…


Operational leaders don’t make decisions about systems. They make decisions about people.

They need to know whether someone is ready to perform a role safely, effectively and compliantly today, right now.


When that picture is fragmented, how easy is it for confidence to become assumption?

That is where operational risk begins.

Introducing the Operational Confidence Model™

The Operational Confidence Model (OCM) is a simple way of thinking about operational assurance.

 

It doesn’t start with software.

It doesn’t start with competency.

It starts with one question.

 

What information do we need to make operational decisions with confidence?

Our view is that every confident operational decision depends on five essential elements.

 

People

Do we have the right individual performing the role?

And we need to care passionately about this because when this is wrong, everything downstream is being assured against the wrong person.

 

Capability

Do they have the knowledge, skills and behaviours required to perform it?

Because attendance on a course is not the same as capability in the role. Because unless the knowledge, the skills and the behaviours are applied in all circumstances there is no way to assess competency assurance.

 

Currency

Are those capabilities current, maintained and still valid today?

I’ve spoken about this millions of times – skills are not competencies; skills are not capabilities. Skills never decay. Capability does…quietly…constantly. Nothing announces the day it expires.

 

Readiness

Are they operationally ready right now, considering equipment, availability, operational requirements and any other factors that could affect safe performance?

Because… someone can be qualified, current and still not deployable today, right now, when the need is high.

 

Evidence

Can every decision be supported by objective, auditable evidence?

 

If the answer only exists in someone’s head, on a piece of paper stuck in a register, it isn’t there when the person who knows is off shift.

These five elements work together to create one outcome.

Assurance

Assurance is not a sixth thing to be bought or bolted on. It’s what you have when all five elements hold true for the same person, in the role they’re actually being asked to do, at the moment you need to know.


Remove or weaken any one element and confidence starts to diminish. The decision still gets made, because operationally it has to be, but it is now being made on assumption rather than evidence.


That is the risk. Not the decision that may be wrong, but the one that looks perfectly sound right up until somebody asks how it was reached, and whether there’s evidence to prove it.


Assurance is only as strong as its weakest element.

Why This Matters

Too often, organisations focus on improving individual systems: a better learning or training platform, a new competency framework, improved asset management, more reporting.

 

Each initiative has value.

 

But operational assurance isn’t created by any single system or process.

It’s created by bringing together the information leaders need to make informed operational decisions.

 

The Operational Confidence Model provides a simple way to think about that challenge.

It creates a common language that applies regardless of organisation, technology or operational environment.

 

Technology then becomes an enabler rather than the objective.

The role of software is to strengthen each of the five elements and provide the evidence needed to support confident decisions.

 

There is a test worth applying to any system that claims to deliver assurance: who does the work? If confidence at the top is bought with more forms, more uploads and more administration at watch and shift level, the burden has simply been moved rather than solved.

 

The people who most need assurance to work are the ones with the least time to feed it. If a system can’t respect that, it isn’t delivering assurance. It’s just moving the paperwork around.

Closing Thought

Operational assurance isn’t created by one system.

 

It isn’t created by one assessment.

It most certainly isn’t created by one spreadsheet.

It comes from understanding five essential elements and ensuring they work together.

 

People. Capability. Currency. Readiness. Evidence.

 

Because every operational decision deserves confidence.

And because assurance is only as strong as its weakest element.

Why Training Alone Isn’t Enough to Demonstrate Operational Capability in Emergency Services

In the emergency services sector, training is vital—but it’s not the full story.
 
Firefighters, paramedics, police officers, and control room staff operate in high-pressure environments where every decision matters. While technical training provides essential knowledge and skills, it doesn’t fully capture a person’s capability to perform at a consistently high standard in real-world scenarios.
 

The Limits of Training

Training can teach procedures and protocols, but it doesn’t always measure:
  • Adaptability under pressure
  • Judgment in unpredictable conditions
  • Commitment to public safety
  • Team dynamics and communication
  • Consistency in performance across different contexts
These are the attributes that separate competence from capability—and they can’t be certified through a course alone.

The Case for Competency Assessments

To build a truly capable workforce, emergency services must look beyond traditional training and embrace competency-based assessments. These tools provide a more holistic picture by evaluating not just what someone knows, but how they apply that knowledge in dynamic, high-risk environments.
Competency frameworks assess:
  • Technical skills
  • Behavioral attributes
  • Problem-solving and decision-making abilities
  • Situational awareness and leadership under stress

Driving Continuous Improvement

Regular, structured assessments can help identify areas where individuals or teams need further support, ensuring that any gaps in capability are addressed proactively. This approach promotes accountability, resilience, and a culture of continuous improvement.
It’s not about replacing training—but about enhancing it with real-world evaluation that better reflects the challenges of emergency response.

Building Confidence in Capability

Public confidence in emergency services hinges on visible, consistent, and reliable performance. By embedding competency assessments into your workforce development strategy, you ensure your teams are not just trained—but truly ready.

Capability is more than qualification. In emergency services, where the stakes are high and the margin for error is small, competency-based assurance isn’t a luxury—it’s a necessity.

Reducing risk with the right engineering skills and competencies 

If you’re wondering how to demonstrate that your engineers have the right depth of skill for the job (and avert a potential incident while you’re at it), then read on… 

Skills and competency 

It all comes down to identifying the difference between skills and competencies. A skill is a specific, learned ability, gained through targeted training, but a competency is a broader, more abstract trait that can be applied across a whole range of situations. It’s achieved by applying the skill regularly across various environments, scenarios, projects and complexities. 

It’s a concept that can be difficult to understand, but here’s an example that we use frequently to explain how it works. 

Hands up who used to be able to speak French pretty well at school, but can’t remember any of it now? 

Like anything in life, it’s difficult to maintain a certain level of competency when you simply don’t use it enough. Those skills are still there but they need to be used and applied regularly. If you were to go and live in France for a year, you’d soon be fluent. But would that level of fluency continue if you moved back to the UK and never used it again? 

It’s like the old analogy of riding a bike. If you haven’t ridden one for a while, you won’t have forgotten how to do it, but you may well be a bit wobbly at first and will definitely need to practise! 

If you don’t flex your skills regularly then your competency levels will decrease. FACT. 

When you learn to drive, your instructor won’t take you on the motorway immediately – it takes time, confidence, a certain level skill (and an extremely courageous instructor). And even when you’ve passed your test and you venture out on your own (possibly having had a motorway lesson), it will still take a good 12 months, possibly longer for you to become a competent driver. You will need to experience every kind of weather (and let’s face it, some years we don’t even see any snow in the UK), and master driving at night (and on the motorway) before you can consider yourself a competent driver. 

On the job competency 

In the engineering industry, competency is required at every single level. If you were to put an employee in a job, without first carrying out the necessary checks and identifying whether they have the right skills for the role, then you could have a potential incident on your hands. 

So how do you know that the engineer you put on the job is fully competent and can use their skills and judgment to assess a project rather than just blindly following a checklist? A competent engineer must have good judgement and the right level of training to consider the specifics of each job. 

Each project must be treated individually. The roles, skills and level of competency required on one project will be very different to what’s needed on another. Take for example, an engineering project on an oil platform – it will be very different to the one before it and the ten following it. There are so many variables to consider, and conditions will change depending on the specific location of the platform, the weather, the depth of the rig and the water temperature etc. What you need is a competent engineer who can apply their knowledge, experience and training to the exact circumstances and crucially, adapt. 

Competency assured 

If you’re keen to avert an incident, then our eSQEP competency management system is the tool for you. 

eSQEP is a robust Competency Management solution; a framework to recruit, develop, engage and retain your employees and give your business a competitive edge. 

It gives you visibility of assured competencies through a built-in workflow and allows you to see how the skills and competency levels within your teams match what is actually required. It also enables you to strategically understand where the gaps are today and compare them against the future skills and competency needs of your business. 

We’re here to help you prove that your employees are the best people for the job and have the correct depth of skill. If you can successfully demonstrate that your employee is competent, then you’re less likely to go to court for manslaughter. 

If your problem is not recruiting the best engineers, but demonstrating their judgement and level of skill, then we can definitely help. 

Competency management identifies, develops, and maintains the skills of employees, whether they’re needed for their current role or roles that the business will require in the future.  

Competency assurance works hand in hand with the competency management processes. This process assesses and verifies that staff have the necessary know-how at the appropriate level of skill – and the experience and judgement to perform their roles effectively.   

 By implementing both competency management and competency assurance, you can prove that your employees have the necessary skills and abilities to perform their jobs effectively and contribute to the success of the business. 

If you’d like to find out more about how eSQEP can help your business, get in touch.