Continuous improvement in aviation SMS programs in the formal process by which safety programs correct substandard safety performances that have been identified. Correcting substandard performance has several basic elements:
Solutions and implementation of those solutions happen through corrective-preventative actions. Corrective-preventative actions are exactly as they sound - actions are taken to bring safety concerns into an acceptable level of safety (ALoS) by:
Continuous improvement is the final step of the Safety Assurance process.
The continuous improvement can be either proactive or reactive risk management. During the safety assurance process, safety concerns are identified, such as through:
After a safety concern is identified, it will be analyzed and then assessed, such as with a risk matrix. If the risk assessment of the safety concern is higher than the organization’s defined acceptable level of safety, then the continuous improvement process will be initiated.
The process of continuous improvement is fairly straightforward. Once the substandard performance has been identified, safety managers will:
It’s important to verify that proposed solutions will actually correct the problem, or else waste time and resources implementing ineffective risk controls.
Here is an example continuous improvement process that is used in real aviation SMS programs. First, safety managers will:
Based on the identified root cause analysis and root causes identified (classified), subject-matter experts will create corrective actions and assign them to employees.
The employees will complete the corrective actions, and then managers will accept or reject the performance and give the CPA a rating for future reference.
Having the proper tools will significantly aid in your ability to practice high-quality continuous improvement of your SMS program. Some of these tools are:
Indications of SMS compliance for continuous improvement are:
To see how you can automatically be compliant with the continuous improvement process, see these demonstration videos:
Last updated March 2024.