In operational safety, risk management, and decision-making frameworks, the Deliberate Operational Risk Management (Deliberate ORM) process is a structured method used to identify, assess, and control risks before performing a task or operation. It is widely used in military, aviation, healthcare, and industrial environments where careful planning is essential to prevent accidents and ensure safety. When people ask what is the first step of the deliberate ORM process, they are referring to the initial phase where hazards are identified and clearly understood before any further analysis or action takes place. This first step is crucial because it sets the foundation for the entire risk management process. Without properly identifying risks at the beginning, the later stages of evaluation and control cannot be effective. Deliberate ORM is designed to slow down decision-making just enough to ensure that all potential dangers are considered in a systematic and structured way, reducing the likelihood of preventable incidents.
Understanding Deliberate ORM
What ORM means
ORM stands for Operational Risk Management. It is a process used to identify and control risks associated with tasks or operations. The goal is to reduce risk to an acceptable level while still achieving mission objectives or completing tasks safely.
Deliberate ORM is a more detailed version of this process, used when there is enough time to carefully plan and evaluate risks before taking action.
Why ORM is important
Operational environments often involve uncertainty and potential hazards. ORM helps individuals and organizations make informed decisions by systematically analyzing risks instead of relying on instinct or assumptions.
This structured approach improves safety, efficiency, and overall decision-making quality.
The deliberate ORM process overview
Main stages of ORM
The deliberate ORM process typically includes several steps designed to guide users through risk management in a logical order. These steps are
- Identifying hazards
- Assessing hazards
- Making risk decisions
- Implementing controls
- Supervising and reviewing
Each step builds on the previous one, ensuring that risks are properly managed from start to finish.
What is the first step of the deliberate ORM process
Hazard identification
The first step of the deliberate ORM process is hazard identification. This involves recognizing and listing all potential hazards that could cause harm during an operation or task.
A hazard is anything that has the potential to cause injury, damage, or disruption. Identifying these hazards early allows individuals and teams to understand what risks they may face before proceeding.
Why hazard identification comes first
Hazard identification is the foundation of the entire ORM process. If hazards are not identified correctly at the beginning, the rest of the process becomes ineffective. You cannot assess or control risks that have not been recognized.
This step ensures that decision-makers have a complete picture of potential dangers before moving forward.
How hazard identification works
Observing the environment
The process begins by carefully observing the environment in which the task will take place. This includes physical conditions, equipment, weather, and human factors.
For example, in aviation, pilots may identify hazards such as poor visibility, mechanical issues, or runway conditions.
Reviewing past experiences
Previous incidents or near-misses can help identify potential hazards. Learning from past experiences allows teams to anticipate risks more effectively.
Consulting team members
Input from multiple individuals is important during hazard identification. Different team members may notice different risks based on their experience and perspective.
Using checklists and guidelines
Standardized checklists are often used to ensure that no potential hazard is overlooked. These tools help guide the identification process in a structured way.
Types of hazards identified in ORM
Physical hazards
Physical hazards include environmental or mechanical risks such as extreme weather, faulty equipment, or dangerous terrain.
Human factors
Human-related hazards involve fatigue, lack of training, miscommunication, or poor decision-making.
Operational hazards
These include risks related to procedures, planning errors, or complex task requirements.
External hazards
External factors such as political conditions, traffic, or unpredictable events can also pose risks during operations.
Importance of accurate hazard identification
Improving safety
Accurate identification of hazards significantly improves safety by ensuring that risks are recognized before they cause harm.
Supporting better decisions
When hazards are clearly identified, decision-makers can make more informed and effective choices about how to proceed.
Reducing uncertainty
Identifying hazards reduces uncertainty by providing a clearer understanding of what could go wrong during an operation.
Common mistakes in hazard identification
Overlooking hidden hazards
Some hazards are not immediately visible and may be overlooked if careful analysis is not performed. These hidden risks can lead to unexpected problems later.
Relying on assumptions
Assuming that a situation is safe without proper evaluation can result in missed hazards. Objective assessment is essential in ORM.
Incomplete analysis
Failing to consider all aspects of an operation can lead to incomplete hazard identification. A thorough and systematic approach is necessary.
Role of hazard identification in risk management
Foundation for risk assessment
Once hazards are identified, they are used in the next step of ORM, which is risk assessment. Without proper identification, risk assessment cannot be accurate.
Guiding control measures
Identified hazards help determine what control measures are needed to reduce or eliminate risks.
Improving operational planning
By understanding potential hazards early, planners can design safer and more efficient operations.
Real-world applications of hazard identification
Aviation
In aviation, pilots and crew members identify hazards such as weather conditions, mechanical issues, and air traffic risks before flights.
Military operations
Military personnel use hazard identification to assess risks related to missions, equipment, terrain, and enemy activity.
Healthcare
In healthcare settings, hazard identification helps prevent medical errors, infections, and equipment failures.
Industrial workplaces
Factories and construction sites use hazard identification to ensure worker safety by recognizing dangerous machinery, materials, or working conditions.
Benefits of proper hazard identification
Enhanced safety culture
Regular hazard identification encourages a culture of safety where individuals actively look for and report risks.
Reduced accidents
By identifying hazards early, organizations can take steps to prevent accidents before they occur.
Improved efficiency
Safe operations are more efficient because they avoid disruptions caused by accidents or emergencies.
So, what is the first step of the deliberate ORM process? It is hazard identification, the process of recognizing and listing all potential risks before proceeding with an operation or task. This step is essential because it forms the foundation for all further stages of risk management, including risk assessment, decision-making, and control implementation.
By carefully identifying hazards, individuals and organizations can make better decisions, improve safety, and reduce the likelihood of accidents. Whether in aviation, military operations, healthcare, or industrial environments, hazard identification plays a critical role in ensuring that risks are understood and managed effectively from the very beginning of the ORM process.