130 Hour Specialist for Construction Industry Safety and Health Specialist

The 130 Hour Construction Industry Safety and Health Specialist program from the American Institute of Safety Professionals is a specialist-level certification that develops the advanced technical competencies required to serve as the subject-matter construction safety expert on major construction projects. At 130 instructional hours, this is the deepest construction-specific technical programme in the American Institute of Safety Professionals catalogue and the credential that construction employers, general contractors, and EPC firms look for when they need a safety professional who can develop site-specific safety plans, conduct detailed construction hazard assessments, engineer fall protection solutions, analyse excavation protective systems, review crane lift plans, interpret every subpart of 29 CFR 1926, and serve as the project’s technical safety resource for every trade and activity from demolition through finishing.

Construction safety specialisation requires technical depth that general industry safety does not. A construction safety specialist must understand soil mechanics to evaluate excavation protective systems. They must understand structural loading to assess scaffold capacity and fall protection anchorage. They must understand crane engineering to review lift plans and rigging calculations. They must understand construction health hazards respirable crystalline silica (29 CFR 1926.1153), lead in construction (29 CFR 1926.62), and asbestos (29 CFR 1926.1101) at the exposure-assessment level. They must understand demolition engineering, steel erection sequences, concrete placement operations, and the unique hazards of each construction phase. The 130 Hour programme develops all of these competencies systematically.

The programme delivers 95 hours of mandatory core modules covering comprehensive 29 CFR 1926 regulatory mastery across all construction subparts, advanced construction hazard assessment and risk management, site-specific safety plan (SSSP) development, fall protection engineering and programme design, scaffolding analysis and programme development, excavation engineering and protective system evaluation, crane and rigging safety analysis, construction health hazard assessment, incident investigation for construction, and construction safety auditing. An additional 35 hours of specialised modules cover demolition engineering, steel erection safety, concrete and masonry operations, confined space entry in construction (Subpart AA), traffic management and work zone safety, and construction environmental compliance.

All training is delivered 100 percent online through Microsoft Teams and the American Institute of Safety Professionals Learning Management System (LMS). Upon completion, graduates receive an American Institute of Safety Professionals certificate, professional wallet card, and official transcript, all employer-verifiable at amiosp.com/student-verifications.

Upon completing the 130 Hour Construction Industry Safety and Health Specialist program , participants will be able to:

• Demonstrate comprehensive mastery of OSHA 29 CFR 1926 Construction Standards across all applicable subparts, interpreting regulatory requirements at the standard-text level and advising project teams on compliance strategies for complex, multi-trade construction operations.
• Develop comprehensive Site-Specific Safety Plans (SSSPs) for construction projects of any size and complexity, integrating project hazard analysis, phase-specific safety requirements, emergency response plans, training matrices, and the activity-specific procedures that general contractor and owner specifications require.
• Conduct advanced construction hazard assessments using Job Hazard Analysis (JHA), Activity Hazard Analysis (AHA), Preliminary Hazard Analysis, and semi-quantitative risk assessment methodologies to produce project hazard registers that prioritise controls by risk severity and construction phase.
• Engineer fall protection solutions per 29 CFR 1926 Subpart M, including anchorage design evaluation, fall distance calculations, personal fall arrest system selection and configuration, horizontal lifeline analysis awareness, leading-edge fall protection planning, and rescue planning for suspended workers.
• Evaluate excavation protective systems per 29 CFR 1926 Subpart P at the engineering level, including soil classification (Type A, B, and C) through visual and manual testing, sloping and benching calculations, shoring system analysis, trench box selection and configuration, and competent person inspection criteria.
• Review crane lift plans per 29 CFR 1926 Subpart CC, including load chart verification, ground bearing capacity assessment, outrigger configuration, swing radius hazard evaluation, critical lift planning, and rigging analysis such as sling capacity, hitch factor, and wire rope D/d ratio assessment.
• Assess construction health hazards at the exposure-assessment level, including respirable crystalline silica exposure control per 29 CFR 1926.1153, lead in construction per 29 CFR 1926.62, asbestos per 29 CFR 1926.1101, occupational noise exposure, and heat illness prevention.
• Conduct specialist-level construction incident investigations using root-cause analysis methodologies including Ishikawa analysis, fault tree analysis, and barrier analysis applied to construction-specific events such as fall fatalities, struck-by incidents, trench collapses, crane overturns, and electrocutions.
• Perform construction safety audits against OSHA 29 CFR 1926 standards and project-specific safety requirements, producing findings reports with risk-rated non-conformances and corrective action recommendations that address systemic project safety deficiencies.
• Serve as the project’s technical safety resource, providing specialist-level guidance to project managers, superintendents, trade foremen, and subcontractors on OSHA compliance, hazard control selection, and safe work methodologies for complex construction activities.

• Project safety managers and site safety specialists on major commercial, industrial, and infrastructure construction projects
• Construction safety professionals seeking the deepest construction-specific technical qualification available
• Safety consultants specialising in construction who serve GC, EPC, and owner clients on large-scale projects
• Safety professionals preparing for or complementing BCSP certifications (CHST, OHST, ASP, CSP) with structured construction safety training
• Construction safety officers on Gulf mega-projects (NEOM, Aramco, ADNOC, QatarEnergy) seeking an advanced OSHA-aligned construction credential
• GC and EPC corporate safety professionals responsible for technical safety standards across multiple construction projects
• Engineers (civil, structural, mechanical) transitioning into construction safety specialist roles

Prerequisite: Completion of the 30 Hour Construction programme or equivalent construction safety knowledge is strongly recommended. 2+ years of construction industry experience is recommended.

• Completion of the 30 Hour Construction programme or equivalent is strongly recommended
• 2 or more years of construction industry experience is recommended
• No formal academic degree is required, though engineering backgrounds provide a strong technical foundation
• All instruction is delivered in English; professional proficiency is required

Upon completion, graduates receive an American Institute of Safety Professionals certificate, wallet card, and transcript. All credentials are employer-verifiable at amiosp.com/student-verifications.

Level 1 → 10 Hour Construction Safety and Health
Level 2 → 30 Hour Construction Safety and Health
Level 3 → 47 Hour Construction Safety Trainer
Level 4 → 130 Hour Construction Safety Specialist - YOU ARE HERE
Level 5 → 145 Hour Construction Industry Safety Supervisor
Level 6 → 162 Hour Construction Safety and Health Manager
Level 7 → 192 Hour Construction Safety and Health Professional capstone

Specialists seeking to advance into supervisory or management construction safety roles should consider the 145 Hour Supervisor or 162 Hour Manager as their next step.

The130 Hour Specialist for Construction Industry Safety and Health Specialist develops the deepest construction-specific technical competencies in the American Institute of Safety Professionals catalogue.

Core Modules (95 Hours)

• Comprehensive OSHA 29 CFR 1926 Regulatory Mastery (15 Hours): Complete coverage of all construction subparts at specialist depth: C (General Provisions), D (Occupational Health), E (PPE), F (Fire/Prevention), G (Signs/Signals), H (Materials Handling), I (Tools), J (Welding/Cutting), K (Electrical), L (Scaffolds), M (Fall Protection), N (Cranes/Derricks under Subpart CC), O (Motor Vehicles), P (Excavations), Q (Concrete/Masonry), R (Steel Erection), S (Underground Construction), T (Demolition), U (Blasting), V (Power Transmission), W (Rollover Protection), X (Stairways/Ladders), AA (Confined Spaces), CC (Cranes/Derricks). Multi-employer citation policy. Letters of interpretation. State-plan variations.
• Advanced Construction Hazard Assessment and Risk Management (10 Hours): Job Hazard Analysis and Activity Hazard Analysis for construction activities. Phase-specific hazard identification: demolition, excavation, foundation, structural, MEP, finishing. Semi-quantitative risk assessment. Project hazard registers. Hierarchy of controls applied to construction: elimination through design, substitution, engineering controls, administrative controls, PPE. Pre-task planning and daily hazard assessment processes.
• Site-Specific Safety Plan (SSSP) Development (10 Hours): SSSP structure and content per GC and owner requirements. Project description and scope. Hazard analysis by construction phase. Activity-specific safety procedures. Emergency response plan. Site logistics and traffic management plan. Training matrix. PPE requirements by trade and activity. Subcontractor safety requirements. Environmental compliance. Quality assurance for safety documentation.
• Fall Protection Engineering and Programme Design (10 Hours): 29 CFR 1926 Subpart M in depth. Fall hazard survey methodology. Guardrail system design specifications. Safety net system requirements. Personal fall arrest system engineering: harness selection, lanyard selection, anchorage evaluation (5,000 lb requirement, qualified person anchorage design), fall distance calculation (free fall + deceleration + harness stretch + safety margin), self-retracting lifeline selection. Horizontal lifeline analysis awareness. Leading edge fall protection plans. Controlled access zones. Fall protection rescue planning: self-rescue, assisted rescue, mechanical rescue. Fall protection equipment inspection programmes.
• Scaffolding Analysis and Programme Development (8 Hours): 29 CFR 1926 Subpart L in depth. Scaffold types: supported (frame, tube/coupler, system), suspended, mast-climbing, mobile. Capacity analysis and load calculations. Foundation and base plate requirements. Erection sequences. Platform construction standards. Access requirements. Fall protection on scaffolds. Wind load considerations. Scaffold inspection programme development. Competent person and qualified person responsibilities.
• Excavation Engineering and Protective System Evaluation (8 Hours): 29 CFR 1926 Subpart P in depth. Soil mechanics fundamentals: cohesion, grain size, unconfined compressive strength, plasticity. Soil classification: Type A, B, C by visual and manual tests (thumb penetration, pocket penetrometer, hand-squeeze, dry strength, thread). Sloping and benching requirements by soil type. Shoring systems: timber, hydraulic aluminium, pneumatic. Shield (trench box) systems: selection, placement, capacity. Tabulated data systems. Engineered systems. Competent person daily inspection protocol. Water accumulation, surcharge loads, and adjacent structure protection.
• Crane and Rigging Safety Analysis (8 Hours): 29 CFR 1926 Subpart CC in depth. Crane types and configurations. Load chart interpretation: rated capacity, radius, boom length, counterweight. Ground conditions assessment and outrigger requirements. Swing radius hazard evaluation and barricading. Signal person qualifications and communication. Operator certification requirements. Assembly and disassembly protocols. Critical lift planning: lift plan development, lift director role, engineered lifts. Rigging analysis: sling types, rated capacity, hitch factors, D/d ratio, inspection criteria. Multi-crane picks awareness.
• Construction Health Hazard Assessment (8 Hours): Respirable crystalline silica: 29 CFR 1926.1153 Table 1 compliance (specified exposure control methods by task), alternative exposure control methods, exposure assessment, medical surveillance. Lead in construction: 29 CFR 1926.62, action level, PEL, exposure assessment, medical surveillance, interim protection. Asbestos: 29 CFR 1926.1101, Class I-IV work, competent person requirements, exposure assessment, medical surveillance. Noise: hearing conservation for construction. Heat illness prevention: risk factors, acclimatisation, work-rest cycles.
• Construction Incident Investigation (8 Hours): Advanced investigation for construction-specific incidents: fall from height, struck-by (crane load, falling materials, vehicles), caught-in (trench collapse, unguarded equipment), electrocution (overhead lines, temporary wiring). Root-cause analysis applied to construction: Ishikawa, fault tree, barrier analysis. Evidence preservation on active construction sites. Investigation coordination with OSHA, owner, insurer, and legal counsel. Report writing and corrective action management.
• Construction Safety Auditing (10 Hours): Developing construction-specific audit programmes. Audit checklists by 29 CFR 1926 subpart. Conducting project safety audits: GC self-audit, subcontractor audits, owner audits. Non-conformance classification. Corrective action management. Pre-OSHA-inspection readiness audits. Owner and insurance survey preparation. Benchmarking project safety performance against industry rates.

Specialised Modules (35 Hours)

• Demolition Safety Engineering (5 Hours): 29 CFR 1926 Subpart T. Engineering survey requirements. Utility disconnection verification. Structural stability assessment. Floor-by-floor removal procedures. Mechanical demolition methods. Debris management. Adjacent structure protection. Health hazards during demolition: asbestos, lead, silica, biological hazards.
• Steel Erection Safety (5 Hours): 29 CFR 1926 Subpart R. Site layout and erection sequence. Column stability. Beam-to-column connections. Controlled decking zones. Fall protection during steel erection: connectors, deckers, work above 15/30 feet. Perimeter safety cables. Multiple-lift rigging procedures.
• Concrete and Masonry Operations Safety (5 Hours): 29 CFR 1926 Subpart Q. Formwork and shoring: design, inspection, stripping sequences. Post-tensioning safety. Precast concrete erection: handling, connections, temporary bracing. Lift-slab operations. Masonry wall bracing: limited states during construction. Concrete pump and conveyor safety.
• Confined Space Entry in Construction (5 Hours): 29 CFR 1926 Subpart AA. Construction-specific confined spaces: manholes, vaults, tanks, excavations meeting confined space criteria, pipe installations, structural enclosures. Atmospheric hazards in construction confined spaces. Entry permit system for construction. Rescue planning: construction-specific challenges (access, ventilation, extraction). Coordination with other trades during entry.
• Work Zone Traffic Management and Mobile Plant Safety (5 Hours): MUTCD awareness for construction work zones. Temporary traffic control plans. Flagging procedures and certifications. Internal site traffic management: haul roads, reversing protocols, blind spots, pedestrian segregation. Mobile plant selection and safety: excavators, loaders, dump trucks, paving equipment. Vehicle-pedestrian interface management.
• Construction Environmental Compliance (5 Hours): Stormwater pollution prevention (SWPPP). Erosion and sediment control. Hazardous materials and waste management on construction sites. Spill prevention and response. Dust control. Noise management. Environmental permit compliance. Wetland and waterway protection during construction. The intersection of OSHA and EPA on construction sites.
• Legal Liability and Multi-Employer Worksite Compliance (5 Hours): OSHA multi-employer citation policy: creating, exposing, correcting, and controlling employers. GC versus subcontractor liability. Contractual indemnification and additional insured provisions. Owner liability for construction safety. OSHA enforcement trends in construction. Citation defence strategies. Criminal referral criteria for construction fatalities.