Certified Safety Professional® (CSP®)

Course Content

Advanced Sciences and Math

Core concepts in anatomy and physiology
Core concepts in chemistry (e.g., organic chemistry, general chemistry, and biochemistry)
Core concepts in physics (e.g., forms of energy, weights, forces, and stresses)
Mathematics (e.g., geometry, algebra, trigonometry, finance and accounting, engineering, and economics)
Statistics for interpreting data (e.g., mean, median, mode, confidence intervals, probabilities, and pareto analysis)
Draft L Core research methodologyesson
Microbiology (e.g., nanotechnology, waterborne pathogens, and bloodborne pathogens)

Management Systems

Benchmarks and performance standards/metrics
How to measure, analyze, and improve organizational culture
Incident investigation techniques and analysis (e.g., causal factors)
Management of change techniques (prior, during, and after)
System safety analysis techniques (e.g., fault tree analysis, failure modes and effect analysis [FMEA], Safety Case approach, and Risk Summation)
The elements of business continuity and contingency plans
Types of leading and lagging safety, health, environmental, and security performance indicators
Safety, health, and environmental management and audit systems (e.g., ISO 14000, 45001, 19011, ANSI Z10)
Applicable requirements for plans, systems, and policies (e.g., safety, health, environmental, fire, and emergency action)
Document retention or management principles (e.g., incident investigation, training records, exposure records, maintenance records, environmental management system, and audit results)
Budgeting, finance, and economic analysis techniques and principles (e.g., timelines, budget development, milestones, resourcing, financing risk management options, return on investment, cost/benefit analysis, and role in procurement process)
Management leadership techniques (e.g., management theories, leadership theories, motivation, discipline, and communication styles)
Management leadership techniques (e.g., management theories, leadership theories, motivation, discipline, and communication styles)
Project management concepts and techniques (e.g., RACI charts, project timelines, and budgets)

Risk Management

Advanced Application of Key Safety Concepts

Principles of safety through design and inherently safer designs (e.g., designing out hazards during design phase, avoidance, elimination, and substitution)
Engineering controls (e.g., ventilation, guarding, isolation, and active vs. passive)
Administrative controls (e.g., job rotation, training, procedures, and safety policies and practices)
Personal protective equipment
Chemical process safety management (e.g., pressure relief systems, chemical compatibility, management of change, materials of construction, and process flow diagrams)
Redundancy systems (e.g., energy isolation and ventilation)
Common workplace hazards (e.g., electrical, falls, same level falls, confined spaces, lockout/tagout, working around water, caught in, struck by, excavation, welding, hot work, cold and heat stress, combustibles, laser, and others)
Facility life safety features (e.g., public space safety, floor loading, and occupancy loads)
Fleet safety principles (e.g., driver and equipment safety, maintenance, surveillance equipment, GPS monitoring, telematics, hybrid vehicles, fuel systems, driving under the influence, and fatigue)
Transportation safety principles (e.g., air, rail, and marine)
Materials handling (e.g., forklifts, cranes, hand trucks, person lifts, hoists, rigging, manual, and drones)
Foreign material exclusion (FME) and foreign object damage (FOD)
Hazardous materials management (e.g., GHS labels, storage and handling, policy, and security)
Multi-employee worksite issues (e.g., contractors and temporary or seasonal employees)
Sources of information on hazards and risk management options (e.g., subject matter experts, relevant best practices, published literature, and SDS)
The safety design criteria for workplace facilities, machines, and practices (e.g., UL, NFPA, NIOSH, FM, and ISO)
Tools, machines, practices, and equipment safety (e.g., hand tools, ladders, grinders, hydraulics, and robotics)
Workplace hazards (e.g., nanoparticles, combustible dust, heat systems, high pressure, radiation, silica dust, powder and spray applications, blasting, and molten metals)
Human performance

Emergency Preparedness, Fire Prevention, and Security

Occupational Health and Ergonomics

Advanced toxicology principles (e.g., symptoms of an exposure, LD50, mutagens, teratogens, and ototoxins)
Carcinogens
Ergonomics and human factors principles (e.g., visual acuity, body mechanics, lifting, vibration, anthropometrics, and fatigue management)
How to recognize occupational exposures (e.g., hazardous chemicals, radiation, noise, biological agents, heat/cold, infectious diseases, nanoparticles, and indoor air quality)
How to evaluate occupational exposures (e.g., hazardous chemicals, radiation, noise, biological agents, heat/cold, infectious diseases, ventilation, nanoparticles, and indoor air quality), including techniques for measurement, sampling, and analysis
How to control occupational exposures (e.g., hazardous chemicals, radiation, noise, biological agents, heat/cold, ventilation, nanoparticles, infectious diseases, and indoor air quality)
Employee substance abuse
The fundamentals of epidemiology
Occupational exposure limits (e.g., hazardous chemicals, radiation, noise, biological agents, and heat)

Environmental Management Systems

Training/Education

Law and Ethics

About Course

The Certified Safety Professional® (CSP®) certification, offered by the Board of Certified Safety Professionals (BCSP), validates advanced knowledge and skills in occupational safety and health. CSP® holders are proficient in risk management, hazard control, incident investigation, and safety program development. This certification enhances career prospects in industries such as construction, manufacturing, and energy, where ensuring workplace safety is critical. To earn the CSP®, candidates must meet education and experience requirements, and pass a rigorous exam. CSP® professionals are recognized for their expertise in implementing effective safety strategies, ensuring regulatory compliance, and fostering safe work environments to protect employees and assets.

Enrollment validity: 180 days

All Levels
0 Total Enrolled
40 hours Duration
July 25, 2024 Last Updated
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Live Trainer Classes

All Courses

Business Analysis

Cloud Computing

CyberSecurity

Database

Management

Self Learning Courses

Art

Culture

Human Resource

Literature

Networking

Software Development

Certified Safety Professional® (CSP®)

All Levels

40h

75

Course Content

Advanced Sciences and Math

Core concepts in anatomy and physiology

Core concepts in chemistry (e.g., organic chemistry, general chemistry, and biochemistry)

Core concepts in physics (e.g., forms of energy, weights, forces, and stresses)

Mathematics (e.g., geometry, algebra, trigonometry, finance and accounting, engineering, and economics)

Statistics for interpreting data (e.g., mean, median, mode, confidence intervals, probabilities, and pareto analysis)

Draft L Core research methodologyesson

Microbiology (e.g., nanotechnology, waterborne pathogens, and bloodborne pathogens)

Management Systems

Benchmarks and performance standards/metrics

How to measure, analyze, and improve organizational culture

Incident investigation techniques and analysis (e.g., causal factors)

Management of change techniques (prior, during, and after)

System safety analysis techniques (e.g., fault tree analysis, failure modes and effect analysis [FMEA], Safety Case approach, and Risk Summation)

The elements of business continuity and contingency plans

Types of leading and lagging safety, health, environmental, and security performance indicators

Safety, health, and environmental management and audit systems (e.g., ISO 14000, 45001, 19011, ANSI Z10)

Applicable requirements for plans, systems, and policies (e.g., safety, health, environmental, fire, and emergency action)

Document retention or management principles (e.g., incident investigation, training records, exposure records, maintenance records, environmental management system, and audit results)

Budgeting, finance, and economic analysis techniques and principles (e.g., timelines, budget development, milestones, resourcing, financing risk management options, return on investment, cost/benefit analysis, and role in procurement process)

Management leadership techniques (e.g., management theories, leadership theories, motivation, discipline, and communication styles)

Management leadership techniques (e.g., management theories, leadership theories, motivation, discipline, and communication styles)

Project management concepts and techniques (e.g., RACI charts, project timelines, and budgets)

Risk Management

Hazard identification and analysis methods (e.g., job safety analysis, hazard analysis, human performance analysis, and audit and causal analysis)

Risk analysis

Risk evaluation (decision making)

The risk management process

The costs and benefits of risk assessment process

Insurance/risk transfer principles

Advanced Application of Key Safety Concepts

Principles of safety through design and inherently safer designs (e.g., designing out hazards during design phase, avoidance, elimination, and substitution)

Engineering controls (e.g., ventilation, guarding, isolation, and active vs. passive)

Administrative controls (e.g., job rotation, training, procedures, and safety policies and practices)

Personal protective equipment

Chemical process safety management (e.g., pressure relief systems, chemical compatibility, management of change, materials of construction, and process flow diagrams)

Redundancy systems (e.g., energy isolation and ventilation)

Common workplace hazards (e.g., electrical, falls, same level falls, confined spaces, lockout/tagout, working around water, caught in, struck by, excavation, welding, hot work, cold and heat stress, combustibles, laser, and others)

Facility life safety features (e.g., public space safety, floor loading, and occupancy loads)

Fleet safety principles (e.g., driver and equipment safety, maintenance, surveillance equipment, GPS monitoring, telematics, hybrid vehicles, fuel systems, driving under the influence, and fatigue)

Transportation safety principles (e.g., air, rail, and marine)

Materials handling (e.g., forklifts, cranes, hand trucks, person lifts, hoists, rigging, manual, and drones)

Foreign material exclusion (FME) and foreign object damage (FOD)

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