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Prevent slips, trips, and falls through housekeeping, surface condition controls, spill response, lighting, footwear, and safe ladder and stair practices supported by simple inspections. -
PPE fundamentals covering hazard-based selection, correct donning/doffing, fit basics, limitations, and care?helping reduce injury and exposure when risks can?t be fully engineered out. -
ESS safety basics for battery storage: hazard recognition, safe installation and charging, thermal runaway awareness, ventilation and inspection checks, and emergency actions for fires, leaks, and electrical incidents. -
Construction safety and health management: planning, risk assessment, site rules, inspections, toolbox talks, incident management, and contractor coordination to control high?risk work.
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Process Safety Management training covering core elements, hazard analysis concepts, management of change, operating discipline, mechanical integrity, incident investigation, and emergency planning for major hazard risks. -
Machine safeguarding and guarding essentials: identify hazards, choose guarding methods, set safe distances, perform inspections, and apply energy-isolation awareness to prevent entanglement, crush, and cut injuries. -
Electrical safety training covering hazard awareness, safe work planning, isolation/LOTO basics, equipment checks, and PPE fundamentals to prevent shock, burns, and arc incidents. -
Construction safety and health management: planning, risk assessment, site rules, inspections, toolbox talks, incident management, and contractor coordination to control high?risk work. -
Foundational workplace H&S covering duties, hazard spotting, risk controls, safe behaviors, incident reporting, and emergency awareness?helping teams reduce common injuries and build a stronger safety culture. -
Practical fire safety and emergency response: fire hazards, prevention controls, alarms, evacuation roles, extinguisher awareness, and drill readiness so teams respond quickly and safely during incidents. -
Product safety and compliance for engineers: risk assessment, foreseeable misuse, safety requirements, warnings and instructions, verification/testing, documentation, and lifecycle responsibilities to reduce defects, recalls, and liability. -
Offshore oil and gas safety essentials covering permit-to-work mindset, hazard awareness, lifting and dropped-object controls, isolation awareness, emergency response, and safe behaviors offshore. -
Well inspection safety basics covering site hazards, safe access, equipment awareness, isolation practices, vehicle separation, and reporting to support safer inspection activities.
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Well site completion and servicing safety covering task hazards, energy and pressure awareness, lifting controls, chemical exposure basics, traffic management, and emergency response.
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Well site preparation and drilling safety covering high-risk task awareness, equipment hazards, dropped-object prevention, isolation concepts, traffic control, and emergency response basics.
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Oil and gas hazard awareness covering common field risks, isolation awareness, lifting and vehicle hazards, exposure controls, and emergency response basics for safer operations.
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Lead safety (Shipyards) covering health effects, exposure routes, high-risk tasks, engineering controls, hygiene practices, PPE/respiratory awareness, and program elements to reduce exposure and support compliance.
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Lead safety (Construction) covering health effects, exposure routes, high-risk tasks, engineering controls, hygiene practices, PPE/respiratory awareness, and program elements to reduce exposure and support compliance.
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Asbestos awareness and control training covering health risks, where asbestos may be found, recognition and reporting, exposure prevention, and safe work practices to avoid disturbing ACMs.
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Silica dust control for construction: task-based risk recognition, wet methods and dust extraction, housekeeping, and respiratory protection awareness to reduce respirable crystalline silica exposure.
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Practical training on Health Hazards in Construction Training covering key hazards, safe work practices, and control measures, with simple checklists and reporting steps to help prevent incidents and improve safety performance.
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Build a construction safety management system: policy, planning, roles, risk controls, audits, performance metrics, and continuous improvement for consistent site safety outcomes.
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Cranes and derricks safety: planning, setup, inspection, load charts, signaling, and worksite controls to reduce overturning, power-line contact, and dropped-load hazards.
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Steel erection safety training covering fall protection, rigging and hoisting awareness, column stability, decking practices, and coordination to control high?risk structural steel activities.
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Demolition safety training covering pre-job surveys, structural stability, utility isolation, debris handling, equipment hazards, dust controls, and exclusion zones to reduce collapse and struck?by risks.
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Heavy equipment safety covering pre-use checks, safe operating zones, spotter communication, blind-spot awareness, ground conditions, and maintenance isolation to prevent struck?by and rollover incidents.
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Worksite safety for construction crews covering common site hazards, access control, traffic and pedestrian separation, housekeeping, tool safety, and reporting for safer daily operations.
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Hand and power tool safety: correct tool selection, inspection, guarding, safe handling, maintenance, and PPE to reduce cuts, flying debris injuries, and shock risks.
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Construction fall protection essentials covering leading fall hazards, guardrails, personal fall arrest basics, ladder/scaffold awareness, and planning and supervision practices to reduce falls from height.
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Scaffold erection and inspection: base setup, bracing, access, guardrails, load limits, and daily checks to help competent persons prevent falls and instability.
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Scaffold program administration: competent person duties, inspection routines, tagging systems, training requirements, and corrective action tracking to reduce falls and scaffold failures.
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Trenching and excavation safety: soil assessment, protective systems (sloping/shoring/shielding), access/egress, utility hazard controls, inspections, and emergency response to prevent cave?ins.
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Construction safety management fundamentals: leadership duties, permits, supervision, contractor coordination, and inspections to control high?risk activities and reduce incidents.
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EMS fundamentals covering aspects and impacts, requirements, objectives, operational controls, audits, and continual improvement to manage environmental risk and performance.
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Safe patient handling fundamentals covering risk assessment, transfer aids, teamwork, communication, and injury prevention strategies to reduce caregiver strain and improve patient safety.
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Workplace stress risk management covering psychosocial hazards, workload and role clarity, supportive supervision, practical interventions, and monitoring to protect wellbeing at work.
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Safety management fundamentals covering policy, planning, hazard/risk controls, training, inspections, incident learning, and continuous improvement for a practical safety program.
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Respiratory protection program essentials: hazard evaluation, respirator selection, fit testing and maintenance basics, training requirements, and program checks to ensure protection against airborne exposures.
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Bloodborne pathogens program administration: exposure control planning, training and documentation, device/work practice controls, incident response workflows, and continuous improvement to reduce infection risk.
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Hearing conservation program administration: exposure assessment, control options, hearing protection selection, training, audiometry coordination, and records to prevent noise?induced hearing loss.
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Industrial hygiene fundamentals: recognize and evaluate exposures (chemical, physical, biological) and apply control strategies, with an introduction to basic monitoring concepts and exposure prevention.
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Hot work safety for welding, cutting, and brazing: permits, fire watch, cylinder handling, fume controls, ventilation, and PPE to prevent burns, fires, and exposures.
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PSM fundamentals covering process hazard analysis basics, procedures, management of change, training, mechanical integrity, contractor controls, incident learning, and emergency preparedness to prevent major events.
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Machine safeguarding and guarding essentials: identify hazards, choose guarding methods, set safe distances, perform inspections, and apply energy-isolation awareness to prevent entanglement, crush, and cut injuries.
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Administer a forklift safety program: authorization and refresher training, inspection and maintenance controls, site rules, incident learning, and records management to reduce truck-related risks.
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Ergonomics program administration: risk screening, task/workstation assessments, control planning, training, and evaluation to reduce musculoskeletal disorders and improve comfort.
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Workplace violence prevention covering risk factors, warning signs, de-escalation basics, reporting and response procedures, and support after incidents to help keep staff and visitors safer.
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Safety management fundamentals covering policy, planning, hazard/risk controls, training, inspections, incident learning, and continuous improvement for a practical safety program.
