192-hour Oil and Gas Safety and Health Manager

The IOSHQ 192-Hour Oil and Gas Safety and Health Manager program develops advanced management-level knowledge for professionals responsible for occupational safety, health, operational risk and HSE performance within oil, gas, petroleum and related energy operations.

Oil and gas operations can combine hazardous substances, stored energy, pressure, ignition sources, drilling and production equipment, lifting activities, transportation, contractors and changing operational conditions. Some failures can produce consequences extending far beyond an individual workplace injury.

Effective HSE managers must therefore understand both occupational safety and the broader operational systems used to prevent loss of containment, fire, explosion, toxic exposure and other potentially high-consequence events.

The program connects technical hazard awareness with management responsibilities involving leadership, planning, competency, operational control, assurance, investigation and continuous improvement.

The program develops advanced management knowledge across major oil and gas occupational safety, health and HSE functions.

• Oil and gas HSE management principles
• HSE leadership and accountability
• Safety policy, objectives and responsibilities
• Legal and regulatory awareness
• Hazard identification and risk assessment
• Hierarchy of controls
• Process safety fundamentals
• Major-event hazard awareness
• Loss-of-containment prevention
• Critical controls and safeguards
• Management of change
• Permit-to-work systems
• Simultaneous operations
• Drilling and well-site safety
• Production and processing hazards
• Hydrogen sulfide safety
• Fire and explosion prevention
• Hot-work management
• Confined-space safety
• Hazardous energy control
• Electrical safety awareness
• Pressure systems and mechanical integrity
• Lifting and rigging safety
• Working at height
• Excavation and ground disturbance
• Transportation and journey risk
• Hazard communication and chemical safety
• Occupational health and industrial hygiene
• Heat, noise and physical hazards
• Personal protective equipment management
• Contractor HSE management
• Training and competency management
• Human factors and operational discipline
• Worker consultation and participation
• Emergency preparedness and response
• Incident and near-miss reporting
• Incident investigation and root-cause analysis
• Corrective and preventive action
• HSE inspections and auditing
• Leading and lagging indicators
• Management review
• Professional responsibility
• Continuous HSE improvement

After successfully completing the assigned requirements of the program, participants should be able to:

1. Manage Oil and Gas HSE Risk

   Apply systematic hazard-identification, risk-assessment and prioritization principles to occupational and operational hazards encountered in oil and gas environments.

2. Apply HSE Leadership Principles

   Explain how management commitment, accountability, resources, communication and worker participation influence organizational HSE performance.

3. Evaluate Critical Risk Controls

   Apply hierarchy-of-controls principles and evaluate whether important engineering, operational and administrative safeguards are implemented and functioning as intended.

4. Explain Process Safety Fundamentals

   Distinguish occupational safety from process safety and explain management principles associated with containment, safeguards and prevention of high-consequence events.

5. Coordinate Operational Safety

   Evaluate management controls for permit-to-work activities, simultaneous operations, contractors, hazardous energy and other higher-risk work.

6. Manage Incident Investigation

   Apply structured investigation principles to identify immediate, contributing and underlying factors and support effective corrective action.

7. Evaluate HSE Performance

   Use inspections, audits, leading and lagging indicators, corrective-action data and operational information to evaluate HSE effectiveness.

8. Support Continuous Improvement

   Use operational learning, worker participation, assurance findings and management review to strengthen HSE systems and risk controls.

Oil and gas risk management requires attention to both frequent occupational hazards and lower-frequency events capable of producing severe consequences.

Managers must understand how individual hazards can interact. Maintenance on process equipment, for example, can involve pressure, hydrocarbons, hazardous energy, ignition sources, lifting activities, contractors and simultaneous operations.

Effective management requires these interfaces to be identified before work begins and controlled throughout execution.

A structured risk-control process helps managers translate hazard information into practical and verifiable preventive action.

1. Identify

   Recognize hazards, exposed personnel, operating conditions and credible unwanted events.

2. Evaluate

   Consider exposure, likelihood, potential consequence, escalation and the effectiveness of existing controls.

3. Prioritize

   Allocate management attention and resources according to risk significance.

4. Control

   Select appropriate engineering, operational, administrative and protective measures using the hierarchy of controls.

5. Communicate

   Ensure responsible and affected personnel understand the hazards, controls and required precautions.

6. Verify

   Confirm that critical controls and safeguards are present and functioning as intended.

7. Review

   Reassess controls when conditions, equipment, personnel, procedures or operations change.

Management behavior influences how HSE priorities are interpreted throughout an organization. Clear expectations lose credibility when operational decisions routinely conflict with them.

HSE managers therefore need to connect safety objectives with operational planning, resources, competency and accountability.

• Establish clear HSE expectations.
• Define roles and responsibilities.
• Allocate appropriate resources.
• Participate in significant risk reviews.
• Support worker reporting and consultation.
• Respond appropriately to control deficiencies.
• Monitor safety-critical activities.
• Review organizational HSE performance.

HSE policy provides organizational direction, while objectives translate broad commitments into priorities that can be implemented and evaluated.

Responsibilities should clearly identify who manages, performs, verifies and approves safety-critical activities.

Managers should periodically review whether objectives and responsibilities remain appropriate as facilities, operations, personnel and risk profiles change.

Oil and gas organizations can operate under multiple legal, regulatory, contractual, operator and industry requirements.

HSE management should include processes for identifying applicable requirements, assigning responsibility for implementation and reviewing relevant changes.

Because requirements vary significantly between jurisdictions and activities, general safety education should be applied together with the specific requirements governing the facility, project or operation.

Hazard identification should address routine operations, non-routine activities, maintenance, startup, shutdown, contractors, abnormal conditions and foreseeable emergencies.

Managers should select risk-assessment methods appropriate to the complexity and potential consequences of the activity being evaluated.

Assessment should examine the adequacy of existing safeguards rather than merely producing a numerical risk score.

The hierarchy of controls helps managers select measures according to their potential effectiveness.

Elimination and substitution should be considered where feasible. Engineering controls can isolate people from hazards or contain hazardous substances and energy. Administrative controls establish procedures, coordination and restrictions, while PPE provides an additional protective layer.

High-hazard operations frequently require multiple complementary controls rather than dependence on a single barrier.

Occupational safety and process safety address related but distinct dimensions of risk.

Occupational safety commonly addresses events such as falls, electrical contact, equipment injuries and manual-handling incidents. Process safety focuses particularly on preventing significant releases of hazardous substances or energy that could lead to fire, explosion, toxic exposure or other major events.

Managers should avoid assuming that low personal-injury rates automatically demonstrate effective control of process-safety risk.

Process safety management requires understanding hazardous substances and processes, identifying credible release scenarios and maintaining safeguards capable of preventing or mitigating consequences.

Safeguards can include equipment design, alarms, shutdown systems, relief systems, containment, procedures, inspection, preventive maintenance and emergency systems.

Managers should understand how degradation, bypass, poor maintenance or ineffective operational discipline can weaken these defenses.

Some controls are particularly important because their failure can substantially increase the likelihood or consequence of a serious event.

Managers should understand which controls are safety critical, how their condition is verified, who is accountable for them and what action is required when they become unavailable or degraded.

Verification should focus on whether the control actually functions rather than simply whether documentation exists.

Changes to equipment, process conditions, materials, procedures, staffing, software, contractors or organizational arrangements can introduce new hazards or weaken existing controls.

Management of change provides a structured method for evaluating implications before significant changes are implemented.

• Define the proposed change.
• Identify affected processes and personnel.
• Evaluate new or altered hazards.
• Review affected procedures and controls.
• Determine competency and training requirements.
• Obtain appropriate review and authorization.
• Communicate the change.
• Verify implementation.
• Review effectiveness after implementation.

Permit-to-work systems provide structured control for designated higher-risk and non-routine activities.

Depending on the operation, permits may apply to hot work, confined-space entry, electrical work, excavation, line breaking and other controlled tasks.

An effective permit system connects authorization, hazard assessment, isolation, gas testing where applicable, communication, coordination, verification and closure.

The permit itself does not make the work safe; the controls represented by the permit must exist and remain effective in the field.

Multiple activities occurring in the same operational area can introduce hazards that would not exist if each activity were performed independently.

Managers should evaluate interfaces between drilling, production, construction, maintenance, lifting, hot work and other activities.

Effective coordination requires clear communication, defined responsibilities, conflict identification and control of activities capable of affecting one another.

Drilling operations can involve rotating machinery, tubular handling, suspended loads, pressure, work at height, mobile equipment and hazardous gases and fluids.

HSE managers should understand the major hazard categories and ensure that operational controls, exclusion zones, competency requirements, communication and equipment safeguards are effectively managed.

Specialized well-control responsibilities require specific technical competency beyond general HSE management education.

Production facilities handle hydrocarbons through separation, treatment, processing, storage and transfer systems.

Risk can arise from pressure, temperature, flammable materials, toxic substances, rotating equipment, corrosion and equipment deterioration.

Managers should support equipment integrity, appropriate operating limits, effective procedures, inspection and maintenance, competent personnel and reliable process safeguards.

Hydrogen sulfide can present severe toxic exposure risk in certain oil and gas operations.

Management arrangements can include hazard identification, fixed or portable detection, alarms, ventilation, restricted access, respiratory protection, emergency procedures and specialized competency.

Personnel should not rely on odor to determine whether a hazardous H2S atmosphere exists.

Oil and gas facilities require systematic control of combustible materials, flammable atmospheres and ignition sources.

Preventive measures can include containment, ventilation, hazardous-area controls, suitable equipment, ignition-source management, hot-work controls and atmospheric testing where applicable.

Detection, alarm, isolation, suppression, evacuation and emergency response provide additional protective layers.

Welding, cutting, grinding and other spark- or heat-producing activities can create serious ignition risk where hydrocarbons or combustible materials may be present.

Management controls should address authorization, area preparation, isolation, atmospheric testing where required, fire prevention, monitoring and post-work conditions.

Changing operating conditions should be considered throughout the activity rather than only when the permit is issued.

Confined spaces can expose personnel to hazardous atmospheres, engulfment, energy sources, restricted access and difficult rescue conditions.

Entry arrangements should address hazard assessment, isolation, atmospheric evaluation, authorization, communication, attendant responsibilities and rescue preparedness as applicable.

Personnel performing specialized confined-space functions require the competency and authorization applicable to those responsibilities.

Oil and gas maintenance can expose workers to electrical, mechanical, hydraulic, pneumatic, thermal, chemical, pressure and stored energy.

Effective isolation requires identification of all relevant energy sources, application of appropriate controls, management of stored energy and verification before work begins.

Managers should ensure complex isolations are properly planned, communicated and controlled.

Piping, pressure vessels, valves, hoses, rotating machinery and other process equipment require appropriate inspection, maintenance and integrity management.

Deterioration caused by corrosion, erosion, fatigue, mechanical damage or other mechanisms can undermine containment and reliability.

HSE managers should understand the safety significance of mechanical integrity and coordinate appropriately with engineering, inspection, maintenance and operations functions.

Cranes, hoists and lifting accessories are extensively used across drilling, production, construction and maintenance activities.

Management should address equipment suitability, inspection, load characteristics, lifting plans, ground conditions, competent personnel, communication and exclusion zones.

Complex or higher-risk lifting activities may require specialized technical planning and authorization.

Oil and gas personnel may work on platforms, derricks, structures, scaffolds and elevated equipment.

Managers should prioritize safe access and collective fall-prevention measures where feasible before relying on personal fall-protection systems.

Where personal systems are necessary, equipment selection, anchorage, inspection, competency and rescue planning should be considered.

Excavation and ground disturbance can expose personnel to collapse, underground services, pipelines, hazardous atmospheres, water and mobile-equipment hazards.

Planning should include identification of underground infrastructure, appropriate authorization, protective systems, access and competent oversight where required.

Transportation can represent a significant occupational risk, particularly in remote operations or where personnel travel long distances.

Journey risk can be influenced by road conditions, fatigue, speed, weather, vehicle condition, driver competency and travel scheduling.

Managers should integrate vehicle and journey safety into the wider HSE management system.

Oil and gas personnel may be exposed to chemical substances, hydrocarbon vapors, gases, noise, heat, vibration, dust and ergonomic stressors.

Some hazards require specialist exposure assessment, sampling, monitoring or occupational health evaluation.

HSE managers should recognize the limits of qualitative assessment and obtain appropriate technical expertise where necessary.

PPE provides an important protective layer where hazards cannot otherwise be adequately controlled.

Management responsibilities include appropriate selection, compatibility, fitting where applicable, inspection, maintenance, replacement, training and supervision.

PPE should complement stronger controls rather than automatically replacing feasible engineering or other higher-level measures.

Contractors perform significant portions of drilling, construction, maintenance, logistics and specialist work across oil and gas operations.

Contractor HSE management should extend from selection and mobilization through work execution, monitoring and closeout.

• Define HSE expectations.
• Evaluate relevant contractor capability.
• Communicate facility and operational hazards.
• Coordinate contractor and host responsibilities.
• Verify required competency and authorization.
• Monitor critical work and controls.
• Correct deficiencies.
• Review contractor HSE performance.

Training provides knowledge and skill development, while competency concerns a person’s demonstrated ability to perform assigned responsibilities appropriately.

Safety-critical roles may require practical assessment, experience, supervision, certification or formal authorization in addition to training.

Managers should identify competency requirements according to actual responsibilities and maintain appropriate evidence of qualification or authorization where required.

Human performance is influenced by work design, equipment, workload, fatigue, communication, procedures, supervision and organizational expectations.

Managers should therefore look beyond explanations based solely on individual behavior when investigating errors or deviations.

Operational discipline is strengthened when expectations are practical and clear, critical procedures are understood and personnel can raise concerns when conditions differ from assumptions.

Workers and contractors often possess detailed knowledge of actual operating conditions and recurring problems.

Effective managers establish channels for reporting hazards, discussing controls, participating in risk assessment and contributing to investigations and improvement activities.

Communication should be evaluated for understanding and application rather than treated simply as distribution of information.

Oil and gas emergency planning may need to address fire, explosion, toxic release, loss of containment, medical emergencies, severe weather, transportation incidents and other credible scenarios.

Managers should ensure that responsibilities, communication, alarms, evacuation or shelter arrangements, response resources and external coordination are appropriately established.

1. Anticipate

   Identify credible emergencies and potential escalation scenarios.

2. Plan

   Define responsibilities, communications, resources and response actions.

3. Prepare

   Provide appropriate equipment, competency and coordination.

4. Exercise

   Test relevant arrangements through appropriate drills and exercises.

5. Respond

   Implement established arrangements during an emergency.

6. Review

   Use lessons from exercises and actual events to improve preparedness.

Reporting systems provide management with information about injuries, occupational illnesses, process events, near misses, unsafe conditions and control failures.

Near misses can be particularly valuable because they reveal weaknesses before more serious consequences occur.

Managers should establish reporting arrangements that support timely escalation and appropriate evaluation of significant events.

Investigation should determine not only what happened but why existing defenses failed to prevent the event.

Managers should consider equipment, procedures, competency, maintenance, planning, supervision, communication, human factors and management-system conditions.

1. Respond

   Protect personnel, stabilize conditions and preserve relevant information.

2. Gather

   Collect evidence, records, operating information and witness accounts.

3. Reconstruct

   Establish the sequence of events and relevant conditions.

4. Analyze

   Identify immediate, contributing and underlying factors.

5. Correct

   Develop actions addressing causes rather than symptoms alone.

6. Verify

   Confirm implementation and effectiveness.

7. Learn

   Apply relevant lessons to comparable activities and risks.

Corrective actions should be prioritized according to risk, assigned to responsible persons and tracked to completion.

Managers should distinguish administrative closure from actual risk reduction. An action is valuable only when the required control has been implemented and is reasonably effective.

Inspections provide structured opportunities to identify unsafe conditions, deteriorating controls and emerging operational risk.

Oil and gas inspections should extend beyond visible housekeeping issues and include attention to safety-critical activities and safeguards.

Findings should be prioritized, assigned and followed through to verified resolution.

Auditing evaluates whether defined HSE arrangements have been implemented and whether systems conform to applicable criteria.

Audit scope can include leadership, risk management, operational controls, competency, contractor management, emergency preparedness, incident management and performance monitoring.

Assurance findings should provide management with useful information for decision-making and improvement.

Effective management requires a balanced understanding of outcomes and preventive-system performance.

• Occupational injury and illness trends
• Process-safety and loss-of-containment events
• Near-miss and hazard reporting
• Critical-control verification
• Inspection and audit findings
• Corrective-action status and effectiveness
• Training and competency performance
• Preventive maintenance information
• Permit-to-work performance
• Emergency exercise findings
• Worker participation indicators

Managers should combine leading and lagging indicators rather than relying exclusively on injury rates or other historical outcomes.

Management review brings together information about HSE performance, changing risks, incidents, audits, corrective actions, worker feedback and organizational priorities.

The objective is to determine whether existing arrangements remain appropriate and where improvement is necessary.

Continuous improvement should strengthen actual risk control rather than increase documentation without corresponding operational benefit.

HSE managers may provide information that influences decisions involving significant operational and human consequences.

Professional conduct requires accurate communication, evidence-based recommendations, appropriate confidentiality and timely escalation of significant unresolved risk.

Managers should not misrepresent qualifications, risk information, inspection findings, incident conclusions or the effectiveness of controls.

The program provides 192 learning hours integrating occupational safety and health with oil and gas operational risk, process safety, leadership, contractor management, assurance and continuous improvement.

The extended learning structure enables participants to examine how individual hazards connect with management systems and the prevention of high-consequence events.

Actual completion requirements are determined by the IOSHQ program configuration applicable to the participant’s enrollment.

Participants must satisfy the learning, assessment and other completion requirements assigned to their enrollment.

Applicable assessment is intended to evaluate understanding of oil and gas HSE leadership, occupational risk, process safety, operational controls, H2S, contractor management, emergency preparedness, incident investigation, performance measurement, auditing and continuous improvement.

Specific assessment methods, passing requirements, permitted attempts and examination conditions are governed by the applicable IOSHQ program configuration and institutional academic policies.

Successful completion establishes an IOSHQ institutional record that the participant has satisfied the applicable educational requirements of the enrolled program and supports issuance of the corresponding credential where provided by the enrollment configuration.

IOSHQ delivers its educational activities within an institutional framework addressing program development, structured learning, assessment, academic integrity, learner support, completion requirements and applicable credential records.

IOSHQ maintains documented institutional accreditation records with IABCET and ACISC. Accreditation information is presented according to the applicable scope, status and terms established by the respective organizations.

The 192-Hour Oil and Gas Safety and Health Manager program represents advanced management development within the IOSHQ oil and gas safety learning pathway.

It builds on specialist and supervisory knowledge by placing greater emphasis on HSE leadership, systematic risk management, process safety, operational assurance, contractor management and organizational performance.

Participants can use the knowledge developed through the program to support continued professional growth in oil and gas HSE management, risk management, process safety, auditing, emergency preparedness, training and related disciplines according to their responsibilities and career objectives.