162-hour Construction Safety and Health Manager

The IOSHQ 162-Hour Construction Safety and Health Manager program develops advanced capability in construction occupational safety and health management, organizational risk, leadership, contractor governance, operational control, assurance and continual improvement.

Construction safety managers operate across multiple layers of an organization or project. They must understand technical hazards while also establishing the management arrangements through which those hazards are identified, assessed, controlled, communicated, monitored and reviewed.

Through 162 learning hours, participants progress beyond direct field supervision toward a broader management perspective involving policy, planning, responsibilities, resources, contractor coordination, performance measurement, audits, incident analysis and management review.

The program connects construction safety knowledge with systematic management practice so that prevention becomes an integrated organizational process rather than a collection of isolated safety activities.

The program develops management-level capability across the technical, organizational and leadership dimensions of construction occupational safety and health.

• Construction occupational safety and health management principles
• Management leadership and accountability
• Safety policy and organizational direction
• Roles, responsibilities and authorities
• Organizational risk and construction risk management
• Hazard identification and risk assessment systems
• Hierarchy of controls and preventive strategy
• Legal, contractual and organizational requirement awareness
• Construction safety planning
• Project and site safety management arrangements
• Operational planning and control
• Management of changing conditions
• Management of change principles
• Contractor and subcontractor governance
• Prequalification and contractor safety considerations
• Multi-employer worksite coordination
• Simultaneous operations and interface risk
• Worker consultation and participation
• Safety communication systems
• Training and competency management
• Fall prevention and work-at-height management
• Scaffolding and temporary access management
• Excavation and trenching risk
• Electrical safety management
• Mobile equipment and traffic management
• Tools, machinery and equipment safety
• Lifting-operation risk awareness
• Material handling and storage
• Hazard communication and chemical safety
• Occupational health and exposure management
• Personal protective equipment management
• Emergency preparedness and response
• Construction workplace inspection systems
• Corrective and preventive action
• Incident and near-miss investigation
• Root-cause and contributing-factor analysis
• Safety documentation and record management
• Performance indicators and safety metrics
• Leading and lagging performance information
• Internal safety audits and assurance
• Management review
• Resource planning and prioritization
• Safety culture and leadership influence
• Continual improvement of safety performance

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

1. Manage Construction Safety Systems

   Explain and apply systematic approaches for planning, implementing, monitoring and improving occupational safety and health across construction operations.

2. Manage Organizational Risk

   Evaluate construction hazards and organizational risk information to support proportionate preventive priorities and management decisions.

3. Establish Roles and Accountability

   Support clear allocation of safety responsibilities, authorities, communication and accountability across project and organizational structures.

4. Manage Contractor Safety

   Apply management principles to contractor selection, coordination, communication, monitoring and performance improvement.

5. Evaluate Safety Performance

   Interpret leading and lagging information, inspection findings, incidents, corrective actions and other indicators to identify weaknesses and improvement priorities.

6. Support Safety Assurance

   Use inspections, audits, investigations and verification activities to evaluate whether planned safety arrangements are implemented and effective.

7. Lead Corrective and Preventive Action

   Prioritize findings, address underlying contributing factors, assign appropriate actions and verify effectiveness.

8. Drive Continual Improvement

   Use evidence, management review and organizational learning to strengthen construction safety systems and performance over time.

Construction supervisors focus heavily on how work is performed in the field. Managers must additionally consider whether the organization has established the policies, responsibilities, resources, systems and assurance processes necessary to support safe execution across multiple activities and teams.

The program therefore develops the ability to move between immediate construction hazards and the organizational conditions influencing those hazards.

Effective safety management requires a structured cycle connecting organizational direction with field implementation and evidence-based improvement.

1. Establish

   Define safety direction, responsibilities, expectations and applicable management arrangements.

2. Plan

   Identify hazards, evaluate risks, establish objectives and determine required resources and controls.

3. Implement

   Translate plans into operational controls, responsibilities, communication, training and coordinated field activities.

4. Monitor

   Collect meaningful information through inspections, observations, reports, performance indicators and other assurance activities.

5. Investigate

   Examine incidents, near misses, recurring deficiencies and control failures to understand contributing factors.

6. Review

   Evaluate whether management arrangements remain appropriate, implemented and effective.

7. Improve

   Apply organizational learning and corrective action to strengthen future safety performance.

Effective construction safety management begins with clear organizational direction. Policy and leadership expectations should establish the importance of prevention while providing a framework for responsibilities, objectives and decision-making.

Managers help translate organizational commitments into defined responsibilities and operational expectations across project leadership, supervisors, contractors and workers.

Accountability is most effective when responsibilities are understood, authority is appropriate to assigned duties and performance expectations are consistently reinforced.

Construction risk management requires a systematic process for identifying hazards, understanding exposure, evaluating risk and selecting appropriate preventive measures.

Managers should consider risk across individual tasks, work areas, projects, contractors and organizational processes rather than viewing each hazard in isolation.

Management decisions can influence hazard control before work reaches the construction site. Design choices, procurement, equipment selection, sequencing, contractor arrangements and planning can all affect exposure.

The program reinforces the hierarchy of controls while expanding attention toward organizational opportunities to eliminate or reduce hazards upstream.

Managers should also verify whether selected controls remain effective under actual operating conditions and whether recurring dependence on weaker controls indicates opportunities for improvement.

Construction safety planning should connect project scope, work phases, hazards, responsibilities, contractors, resources and preventive controls.

Managers need to understand how safety considerations can be integrated into mobilization, sequencing, work planning, procurement, temporary works, logistics and other project decisions.

Planning should remain responsive because construction conditions evolve throughout the project lifecycle.

Management systems become meaningful when organizational expectations are translated into practical operational controls.

Managers should determine where procedures, planning processes, competency requirements, engineering controls, permits, inspections or other arrangements are needed to manage significant construction risks.

Operational controls should be proportionate to the hazard and sufficiently clear for personnel responsible for implementation.

Changes in design, schedule, equipment, personnel, contractors, materials, methods or site conditions can alter risk and invalidate assumptions made during earlier planning.

Managers should establish processes for recognizing significant change, reassessing affected hazards and communicating revised controls before unacceptable exposure develops.

1. Recognize

   Identify proposed or unexpected changes capable of affecting safety and health.

2. Evaluate

   Determine how the change affects hazards, exposure, responsibilities and existing controls.

3. Control

   Modify plans, resources or preventive measures as appropriate.

4. Communicate

   Ensure affected personnel understand relevant changes and revised expectations.

5. Verify

   Confirm that revised arrangements are functioning effectively.

Contractor performance can significantly influence construction safety. Effective management begins before mobilization and continues through coordination, monitoring, corrective action and project completion.

Managers should consider contractor capability, assigned responsibilities, communication arrangements, work interfaces, performance expectations and mechanisms for addressing significant deficiencies.

The Contractor Safety Lifecycle

1. Evaluate

   Consider relevant safety capability and requirements before engagement.

2. Define

   Communicate applicable responsibilities, expectations and project arrangements.

3. Integrate

   Coordinate contractors with project systems, work interfaces and relevant safety processes.

4. Monitor

   Evaluate field performance and compliance with applicable arrangements.

5. Improve

   Address deficiencies and use performance information to support better future decisions.

Construction projects frequently involve multiple organizations whose activities can create hazards for one another. Interface risk can arise through work sequencing, shared access, lifting operations, temporary systems, equipment movement and simultaneous activities.

Managers should establish appropriate mechanisms for communication, coordination, escalation and resolution of hazards crossing organizational boundaries.

Effective coordination requires more than assigning responsibilities on paper; managers should verify that the arrangements function in actual project conditions.

Managers require sufficient technical understanding to evaluate whether significant construction hazards are being appropriately identified, controlled and monitored.

• Falls and work at height
• Scaffolding and temporary access
• Excavations and trenches
• Electrical hazards and temporary power
• Mobile equipment and site traffic
• Struck-by and caught-between exposure
• Machinery and equipment hazards
• Lifting operations and suspended loads
• Material handling and storage
• Hazardous substances and occupational exposures
• Fire and emergency hazards
• Housekeeping and access

Management-level responsibility does not replace specialized technical competence. Where work requires qualified, competent, licensed or otherwise authorized personnel, managers should ensure appropriate expertise is engaged.

Construction health risks may develop gradually and can receive less immediate attention than visible injury hazards. Effective management should therefore address both acute safety hazards and longer-term occupational exposure.

Potential concerns include airborne contaminants, hazardous substances, noise, vibration, respiratory hazards, ergonomic stressors, manual handling, heat and other environmental exposures.

Managers should understand when specialist assessment, exposure monitoring, health surveillance or other occupational health expertise may be necessary under applicable requirements.

Training alone does not automatically establish competence. Effective management considers whether personnel have the appropriate knowledge, skills, experience and authorization for their assigned responsibilities.

Managers should consider competency requirements when assigning work, selecting contractors, introducing new equipment or processes and responding to changes in roles or responsibilities.

Workers can provide essential information about operational hazards, changing conditions, practical difficulties and the effectiveness of controls.

Managers should support mechanisms through which workers can raise concerns, report hazards, participate in relevant safety activities and contribute to improvement without unnecessary barriers.

Participation becomes more credible when concerns receive appropriate evaluation, action and feedback.

Construction emergency arrangements should reflect foreseeable project hazards, site configuration, workforce distribution, contractor interfaces and available response resources.

Managers should consider communication, evacuation, medical response, fire prevention, access for emergency services and coordination among affected organizations.

Emergency arrangements should be reviewed as construction progresses because site layouts, hazards and access routes can change significantly.

Significant incidents and near misses can reveal weaknesses in controls, planning and management systems. Investigation should therefore seek actionable learning rather than merely assigning blame.

Managers should evaluate immediate events, underlying conditions, organizational factors and the effectiveness of corrective actions.

Corrective-action systems should ensure that significant findings are evaluated, assigned, prioritized, completed and verified.

Managers should distinguish between actions that address the immediate condition and measures intended to reduce the likelihood of recurrence.

1. Define

   Clearly describe the finding, deficiency or underlying issue.

2. Prioritize

   Determine appropriate urgency according to risk and potential consequence.

3. Assign

   Establish responsibility and appropriate authority for action.

4. Implement

   Complete the required corrective or preventive measures.

5. Verify

   Confirm completion and evaluate whether the action effectively addressed the issue.

6. Learn

   Consider whether similar weaknesses may exist elsewhere in the project or organization.

Effective managers use multiple sources of information to understand safety performance. Injury statistics alone describe events that have already occurred and may not reveal developing weaknesses.

Leading information can include inspections, hazard reports, corrective-action status, preventive activities and other measures relevant to the organization’s objectives. Lagging information can include incidents, injuries and other outcome measures.

Metrics should support decision-making rather than encourage activity solely for the purpose of producing favorable numbers.

Inspections generally focus on workplace conditions and activities, while audits can provide broader evaluation of whether management arrangements are established and functioning as intended.

Managers should understand audit planning, evidence collection, findings, corrective action and follow-up as components of safety assurance.

The Assurance Process

1. Define

   Establish the purpose, scope and applicable criteria of the review.

2. Examine

   Evaluate relevant evidence, records, practices and implementation.

3. Identify

   Document significant strengths, weaknesses and improvement opportunities.

4. Act

   Assign and implement appropriate corrective measures.

5. Verify

   Confirm that identified deficiencies have been appropriately addressed.

Management review provides an opportunity to evaluate whether safety arrangements remain suitable, adequately supported and effective.

Relevant information may include performance trends, significant incidents, audit findings, corrective actions, contractor performance, changing risks, resource needs and progress toward objectives.

The purpose is not simply to review historical information, but to make informed decisions about future priorities, resources and improvements.

Leadership influences what receives attention, resources and accountability. Workers and supervisors observe whether management decisions are consistent with stated safety expectations.

Managers contribute to organizational culture through the priorities they establish, the concerns they respond to, the resources they allocate and the behaviors they reinforce.

Effective safety management requires appropriate personnel, time, equipment, expertise, training and financial resources.

Managers should consider risk when establishing priorities and should recognize where insufficient resources could weaken preventive controls or delay significant corrective action.

Resource decisions should support the organization’s safety objectives while remaining proportionate to the nature and magnitude of construction risk.

The program provides 162 learning hours integrating construction occupational safety and health with management systems, organizational risk, leadership, contractor governance, operational control, assurance, performance measurement and continual improvement.

The extended structure supports progression from field-level supervision toward broader responsibility for the systems and organizational arrangements influencing construction safety performance.

Actual completion time may vary according to assigned learning activities, assessment requirements and 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 assessments are intended to evaluate understanding and application of construction safety management, organizational risk, leadership, contractor governance, operational control, incident analysis, performance measurement, audits and continual 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 162-Hour Construction Safety and Health Manager program represents the management stage within the IOSHQ construction safety professional-development pathway.

It builds on specialist and supervisory development by expanding the participant’s perspective from individual hazards and field activities toward organizational systems, contractor governance, performance assurance and management decision-making.

Participants seeking the highest level currently represented within this construction pathway can continue into the 192-Hour Construction Safety and Health Professional program.