10-hour General Industry Safety and Health

The IOSHQ 10-Hour General Industry Safety and Health program develops foundational knowledge of workplace hazards, occupational risk and preventive controls applicable across a broad range of general-industry environments.

General-industry workplaces can include manufacturing, production, warehousing, logistics, maintenance, service operations and other environments involving workers, equipment, materials and workplace processes.

Different workplaces present different hazards. Workers therefore need to understand fundamental safety principles while also following the procedures, controls and training requirements established for their specific workplace and assigned activities.

The program emphasizes recognition, prevention, communication and appropriate worker participation in occupational safety and health.

The program introduces major general-industry occupational safety and health subjects.

• Occupational safety and health fundamentals
• Workplace safety responsibilities
• Hazard identification
• Workplace risk concepts
• Hierarchy of controls
• Personal protective equipment
• Hazard communication
• Safety Data Sheets and workplace labels
• Occupational health hazards
• Ergonomic hazard awareness
• Manual handling awareness
• Walking-working surfaces
• Slip, trip and fall prevention
• Machine hazard awareness
• Machine guarding awareness
• Hazardous energy awareness
• Electrical hazard awareness
• Material handling and storage
• Workplace housekeeping
• Fire prevention
• Emergency preparedness
• Incident and near-miss reporting
• Safety communication
• Worker participation
• Training and competency awareness
• Continuous workplace prevention

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

1. Recognize Common Workplace Hazards

   Identify common physical, chemical, mechanical, electrical and ergonomic hazards encountered in general-industry workplaces.

2. Understand Fundamental Workplace Risk

   Explain how workplace hazards, exposure and potential consequences contribute to occupational risk.

3. Explain the Hierarchy of Controls

   Describe elimination, substitution, engineering controls, administrative controls and personal protective equipment as approaches to risk reduction.

4. Use PPE Appropriately

   Explain the purpose and limitations of personal protective equipment and the importance of following workplace requirements for selection and use.

5. Recognize Chemical Hazard Information

   Identify the role of workplace labels, Safety Data Sheets and hazard communication in chemical safety.

6. Recognize Major General-Industry Hazards

   Describe fundamental hazards involving walking-working surfaces, machinery, electrical energy, materials and workplace activities.

7. Support Emergency Preparedness

   Explain the importance of alarms, emergency communication, evacuation arrangements and individual workplace responsibilities.

8. Report Hazards and Incidents

   Explain why hazards, incidents and near misses should be communicated through appropriate workplace reporting channels.

9. Contribute to Workplace Prevention

   Support prevention through safe work practices, housekeeping, communication and appropriate worker participation.

10. Recognize Training and Competency Boundaries

    Identify activities requiring additional training, authorization or technical expertise beyond foundational safety awareness.

Occupational safety and health focuses on preventing work-related injuries, illnesses and harmful exposures.

Prevention begins by identifying hazards before an unwanted event occurs and applying appropriate measures to reduce worker exposure.

Workers contribute to prevention by following established controls, using equipment appropriately, reporting hazards and communicating when workplace conditions change.

General-industry workplaces can contain many different types of hazards depending on the operation, equipment, materials and work activities involved.

Physical hazards can involve noise, temperature, falls or moving equipment. Chemical hazards can involve gases, vapors, liquids, dusts or other substances. Mechanical hazards can arise from machinery and tools, while ergonomic hazards can result from force, repetition or awkward working positions.

Workers should understand the hazards associated with their own work and follow applicable workplace procedures and controls.

Hazard identification involves recognizing workplace conditions, equipment, substances, energy sources or activities capable of causing injury, illness or other occupational harm.

Hazards can be identified through workplace observation, inspections, worker reports, equipment information, Safety Data Sheets and review of previous incidents and near misses.

Workers should report newly identified or changing hazards through the appropriate workplace process rather than assuming that someone else has already recognized the problem.

Workplace risk concerns the possibility and potential consequences of harm arising from exposure to a hazard.

Relevant considerations can include who may be exposed, how exposure occurs, how frequently it may occur, potential severity and whether existing controls provide adequate protection.

Formal risk assessment should follow the applicable organizational process where required.

Effective workplace prevention connects hazard recognition with appropriate control and follow-up.

1. Identify

   Recognize the hazard and understand how injury, illness or harmful exposure could occur.

2. Evaluate

   Consider exposure, potential consequences and existing controls.

3. Control

   Apply appropriate measures using the hierarchy of controls and workplace requirements.

4. Communicate

   Ensure affected personnel understand the hazard and required precautions.

5. Verify

   Confirm that required controls are present and functioning as intended.

6. Review

   Reconsider controls when workplace conditions, equipment, materials or activities change.

The hierarchy of controls provides a structured approach to reducing occupational risk.

Elimination removes a hazard. Substitution replaces the hazard with a less hazardous alternative. Engineering controls reduce exposure through physical or technical measures.

Administrative controls influence how work is organized or performed, while personal protective equipment provides protection against remaining exposure.

Workers should understand that PPE is important but does not automatically replace more effective controls where those controls are reasonably available.

Personal protective equipment can help protect workers from hazards that remain after other controls have been applied.

Depending on the workplace, PPE can include protection for the eyes, face, head, hands, feet, hearing, body or respiratory system.

PPE should be appropriate for the identified hazard and used according to workplace requirements. Workers should understand its correct use, limitations, inspection and care.

Hazard communication helps workers understand hazardous substances present in the workplace and the precautions required for safe handling and use.

Workplace labels, Safety Data Sheets, procedures and training provide important sources of chemical hazard information.

Workers should know where applicable hazard information can be found and should not use unidentified substances without appropriate information and authorization.

Safety Data Sheets provide information concerning chemical hazards, safe handling, storage, exposure controls, emergency measures and other relevant precautions.

Labels provide important identification and hazard information at the point where substances are stored or used.

Workers should follow applicable workplace procedures when labels are missing, damaged or unclear.

Some workplace hazards can affect health gradually rather than producing an immediate injury.

Potential occupational health hazards include chemicals, noise, vibration, temperature extremes, biological agents and ergonomic stressors.

Workers should report suspected exposure concerns so they can be evaluated through appropriate workplace processes.

Ergonomic hazards can result from repetitive movement, forceful exertion, awkward posture, prolonged static positions and poorly designed work activities.

Manual lifting, carrying, pushing and pulling can also create musculoskeletal risk depending on the load, posture, frequency, working environment and handling method.

Where reasonably available, changes to the task, equipment or workplace arrangement can provide more effective control than relying only on individual lifting technique.

Floors, stairs, walkways, platforms and other walking-working surfaces can expose personnel to slips, trips and falls.

Potential hazards include wet or contaminated surfaces, obstructions, damaged flooring, poor access and unprotected elevation changes.

Good housekeeping, appropriate maintenance and prompt reporting of unsafe conditions can contribute to fall prevention.

Slips and trips can result from contamination, clutter, uneven surfaces, poor access and other workplace conditions.

Falls from elevation can result in serious injury and can require additional protective measures beyond basic housekeeping.

Workers should follow workplace requirements for access equipment, elevated work and fall protection applicable to their assigned activities.

Machinery can expose workers to rotating components, moving parts, points of operation, crushing areas and other mechanical hazards.

Workers should remain outside hazardous areas, follow operating procedures and avoid bypassing guards or protective devices.

Maintenance, adjustment and troubleshooting can create additional hazards requiring specialized procedures and authorization.

Machine guards and protective devices help prevent workers from contacting hazardous moving components or operating areas.

Required guards should remain appropriately installed and functional during normal operations.

Missing, damaged or ineffective guarding should be reported through established workplace procedures.

Machinery and equipment can contain electrical, mechanical, hydraulic, pneumatic, thermal, gravitational or other forms of hazardous energy.

Unexpected startup or release of stored energy during servicing or maintenance can result in serious injury.

Hazardous-energy control requires appropriate procedures, training and authorization. Completion of this foundational program does not qualify participants to perform specialized energy-isolation activities.

Electrical hazards can cause shock, burns, fire and other serious injuries.

Damaged cords, exposed conductors, unsuitable equipment and unauthorized electrical work can create dangerous conditions.

Workers should report electrical defects and avoid performing technical electrical activities unless appropriately qualified and authorized.

Materials can create hazards during lifting, movement, transport, stacking, storage and retrieval.

Loads should be handled and stored in a stable manner appropriate to their characteristics and the applicable workplace system.

Storage should not create unnecessary falling-object hazards or obstruct walkways, emergency equipment, exits or other required access.

Good housekeeping supports control of slip, trip, fire, access and material-handling hazards.

Spills, waste, obstructions, loose materials and unnecessary clutter should be addressed according to workplace procedures.

Recurring housekeeping problems should be reported because repeated conditions can indicate a wider workplace or process issue.

Fire prevention involves controlling conditions that can contribute to ignition, fire development or spread.

Good housekeeping, appropriate material storage and control of ignition sources can contribute to prevention.

Workers should understand workplace fire-reporting, alarm and evacuation arrangements and should not undertake emergency-response activities beyond their training and assigned responsibilities.

Workers should understand the emergency arrangements applicable to their workplace and assigned responsibilities.

• Recognize applicable alarms and warnings.
• Know emergency communication procedures.
• Understand evacuation routes and assembly arrangements.
• Maintain access to exits and emergency equipment.
• Know how to obtain emergency assistance.
• Follow assigned responsibilities during workplace emergencies.

Emergency arrangements should be reviewed when workplace conditions, hazards or operations change.

Incidents and near misses can provide important information about hazards and weaknesses in existing controls.

Timely reporting allows appropriate personnel to respond and consider whether corrective or preventive action is required.

A near miss should not be ignored simply because no injury occurred. Similar circumstances can produce more serious consequences in the future.

1. Recognize

   Identify the hazardous condition, activity or exposure.

2. Protect

   Follow immediate precautions within your assigned responsibilities.

3. Report

   Communicate the hazard through the appropriate workplace channel.

4. Control

   Support implementation of appropriate preventive measures by responsible personnel.

5. Verify

   Confirm through the applicable workplace process that the issue has been appropriately addressed.

6. Learn

   Use relevant information to help prevent similar hazards or events in the future.

Effective safety communication helps personnel understand hazards, controls and changes affecting their work.

Communication can include training, procedures, signs, labels, workplace briefings and direct interaction among workers and supervisors.

Workers should ask questions when instructions or precautions are unclear rather than making assumptions about hazardous work.

Workers often have direct knowledge of workplace conditions, equipment behavior and difficulties encountered during routine activities.

Reporting hazards, participating appropriately in inspections and communicating changes can strengthen workplace prevention.

Worker participation should operate through applicable workplace processes and should complement rather than replace established organizational responsibilities.

Safety education provides knowledge, but knowledge alone does not automatically establish competency to perform specialized work.

Equipment operation, electrical work, hazardous-energy isolation, emergency response and other activities can require specific training, practical capability and authorization.

Workers should understand the limits of their assigned responsibilities and seek appropriate instruction when unfamiliar or specialized work is required.

Workplaces change as equipment, materials, personnel and work activities change. Safety controls therefore require continuing attention.

Hazard reports, inspections, incidents, near misses and worker observations can provide information that helps identify changing or recurring problems.

Effective prevention involves learning from this information and improving controls where necessary.

The program provides 10 learning hours of foundational general-industry occupational safety and health education.

The learning structure progresses from hazard identification and workplace risk through hierarchy of controls, PPE, hazard communication, occupational health, ergonomics, walking-working surfaces, machinery, electrical hazards, material handling, fire prevention, emergency preparedness and incident prevention.

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 foundational occupational safety and health concepts, hazard identification, workplace risk, hierarchy of controls, PPE, hazard communication, occupational health, ergonomics, walking-working surfaces, machinery, hazardous energy, electrical hazards, material handling, emergency preparedness and incident prevention.

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.

The program distinguishes foundational occupational safety education from specialized professional, technical and trade competency. This distinction supports appropriate expectations concerning the knowledge developed through the program.

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 10-Hour General Industry Safety and Health program provides a foundational entry point for continued occupational safety and health learning.

Participants can build on this foundation through broader IOSHQ programs addressing general-industry safety and health, occupational safety supervision, specialist practice, safety management, incident investigation, risk management and training.