Planning for Occupational Safety and Health Procedures

Planning for Occupational Safety and Health Procedures

By the end of this lesson, the learner should be able to:

• Define an OSH procedure, workplace, hazard, risk, incident, near miss and contingency measure.
• Explain why management and workers must plan safety together.
• Describe the full planning cycle from policy and hazard identification to review and improvement.
• Identify hazards through observation, consultation, labels, records, maintenance and task analysis.
• Complete a qualitative risk assessment using likelihood, severity and existing controls.
• Choose controls using elimination, substitution, engineering, administrative controls and PPE.
• Write a clear, usable standard operating procedure (SOP) for a hazardous task.
• Design contingency plans for fire, chemical spill, needlestick, violence, power failure and mass casualty.
• Assign responsibilities, resources, training, communication, supervision and documentation.
• Monitor, audit and improve OSH procedures in a Ugandan health-facility context.

1.1 Workplace

A workplace is any area, vehicle, field site, home-visit location or institution where work or training is performed. In healthcare, the workplace may be a ward, emergency department, ambulance, laboratory, theatre, pharmacy, stores, laundry, kitchen, maintenance workshop, outreach site or a patient’s home.

1.2 Occupational safety and health procedure

An OSH procedure is a planned sequence of responsibilities and actions that identifies hazards, controls risk, protects people and explains what to do during abnormal or emergency conditions. A procedure should be specific enough to guide a new worker, but flexible enough to account for patient condition and changing circumstances.

1.3 Hazard, risk and exposure

1.4 Procedure, policy, protocol and work instruction

• Policy: the organisation’s commitment, principles and responsibilities.
• Protocol: an agreed approach for a defined clinical or operational situation.
• Procedure/SOP: the ordered steps and controls for doing a task safely.
• Work instruction: detailed directions for one piece of equipment or one operation.
• Contingency plan: what to do when normal controls fail or an emergency occurs.

2.1 Prevention before reaction

The most effective procedure anticipates harm before a worker, patient or visitor is exposed. First aid and compensation remain essential, but they are not substitutes for prevention. Planning should ask: “What could go wrong? Who could be harmed? How can the hazard be removed or isolated? What will we do if the control fails?”

2.2 Worker and management partnership

Management provides authority, resources and accountability; workers contribute practical knowledge, hazard reports and feedback. A procedure written without the people who perform the task may be unrealistic, ignored or unsafe. Consultation should include cleaners, porters, students, night staff, contractors and persons with disabilities.

2.3 Hierarchy of controls

2.4 Plan for ordinary and abnormal conditions

A procedure must cover start-up, normal work, cleaning, maintenance, waste, handover, interruptions, equipment failure, staffing shortages, patient deterioration, emergency evacuation and end-of-task housekeeping. Many incidents occur during “small” changes such as an overfilled container, a substitute chemical, a power cut or a new worker being left alone.

3.1 Ten-step cycle

1. Set direction: approve an OSH policy, goals, responsibilities and resources.
2. Define the task: describe the work, location, people, equipment, substances, patients and expected outcome.
3. Identify hazards: inspect, observe, consult, read labels and review records.
4. Assess risk: rate likelihood and severity and consider who may be especially vulnerable.
5. Select controls: apply the hierarchy, prioritising removal and safer design.
6. Write the procedure: convert controls into ordered, understandable actions.
7. Resource and assign: provide equipment, staff, time, competency, budget and named owners.
8. Train and communicate: explain, demonstrate, practise, assess and refresh competence.
9. Implement and supervise: observe work, correct drift and respond to incidents.
10. Monitor and improve: audit, review near misses, measure outcomes and revise the plan.

3.2 Plan–Do–Check–Act

4.1 Walk-through observation

Walk through the task from preparation to clean-up. Look at the environment, equipment, people, substances, patient movement, waste, interruptions and emergency routes. Observe what actually happens, not only what the written policy says should happen.

4.2 Read labels and instructions

Labels, safety data sheets, manufacturer manuals and warning signs reveal chemical incompatibilities, required PPE, storage conditions, first aid, fire response and disposal requirements. A missing label is itself a hazard and should be corrected before use.

4.3 Review records

• Previous accidents, near misses, dangerous occurrences and complaints.
• Occupational illness, sick leave, injury patterns and health-surveillance results.
• Equipment breakdowns, maintenance requests, alarms and failed inspections.
• Patient-safety events, infection-prevention audits and medication near misses.
• Waste, spill, fire-drill and security reports.

4.4 Ask the people who perform the work

Ask workers where shortcuts occur, what equipment fails, which tasks cause pain, what happens during night duty and what they do when supplies run out. Do not punish workers for revealing workarounds; use the information to redesign the system.

4.5 Identify hazards by category

5.1 Risk-assessment questions

1. What is the hazard and how can it cause harm?
2. Who may be exposed: worker, patient, student, cleaner, contractor, visitor, family or community?
3. How often and for how long does exposure occur?
4. What is the route: skin, eye, inhalation, ingestion, injection, force, radiation or psychological interaction?
5. What controls already exist and do they work in practice?
6. What is the likelihood of harm and what is the worst credible consequence?
7. What additional control is required, who will implement it and by when?
8. How will effectiveness be checked?

5.2 Qualitative risk matrix

5.3 Priority and action

• Low: maintain controls, monitor and improve when practicable.
• Moderate: assign corrective action, train and supervise.
• High: do not start or continue without immediate additional controls.
• Extreme: stop the work, isolate the hazard, escalate to management and obtain competent advice.

Risk matrices help teams communicate priority; they do not make a preventable hazard acceptable. A rare explosion may still be a priority because its consequence is catastrophic.

5.4 Sample risk register

6.1 Essential parts of an SOP

1. Title, document number, department, version and effective date.
2. Purpose: the safety and service outcome expected.
3. Scope: where, when and to whom the SOP applies.
4. Definitions and abbreviations.
5. Responsibilities and required competence.
6. Hazards, risk rating and required controls.
7. Equipment, supplies, PPE and emergency resources.
8. Preparation and pre-task safety check.
9. Numbered procedure steps in the correct order.
10. Abnormal conditions, stop criteria and contingency measures.
11. Waste, cleaning, decontamination and equipment shutdown.
12. Documentation, reporting and escalation.
13. Training, supervision, monitoring and review date.
14. Approvals, controlled copies and revision history.

6.2 Qualities of a usable procedure

• Clear language and short action statements; avoid unexplained jargon.
• Visible warnings for critical steps and “stop if” conditions.
• Pictures, diagrams or checklists where literacy, language or stress may affect performance.
• Steps that match available equipment and actual staffing.
• Roles that identify who acts, who supervises and who receives the report.
• Version control so obsolete copies are removed.
• Worker testing: observe a competent worker using the SOP and correct gaps.

6.3 Example: safe sharps procedure

1. Confirm the procedure, patient identity, equipment and a nearby approved sharps container.
2. Perform hand hygiene and select PPE according to anticipated exposure.
3. Use a safety-engineered device where available and keep the sharp in view.
4. Do not recap, bend, break or pass a used needle by hand.
5. Activate the safety feature and discard immediately at the point of use.
6. Never force a sharp into an overfilled container; close and replace it.
7. Remove PPE safely, perform hand hygiene and document/report a breach or exposure.

7.1 Assign responsibility

Every control needs an owner, deadline and verification method. A simple responsibility matrix may assign who is Responsible for the task, who is Accountable for the outcome, who must be Consulted and who must be Informed. “Everyone” is not a person who can be held accountable.

7.2 Provide resources

• Money for safe equipment, maintenance, PPE, training and health surveillance.
• Time for induction, drills, inspections, breaks and committee meetings.
• People with appropriate competence, supervision and emergency cover.
• Space for isolation, chemical storage, waste segregation and safe movement.
• Information: labels, manuals, risk assessments, contact lists and reporting forms.

7.3 Training and competency

1. Induct every new worker, student, volunteer and contractor before exposure.
2. Explain the hazard, control, reason for the rule and what to do when it fails.
3. Demonstrate the task and allow supervised practice.
4. Assess performance, not attendance alone.
5. Refresh after an incident, change of equipment, long absence or observed unsafe practice.
6. Record trainer, learner, date, content, competency result and follow-up.

7.4 Supervision

Supervision means observing work, checking controls, coaching respectfully and stopping imminent danger. A supervisor should be visible during high-risk tasks, night duty, maintenance, chemical handling, patient lifting, emergency response and work by students or new staff.

8.1 Why contingency measures are required

Contingency measures deal with minor or major incidents that may occur while a task is being performed. Planning in advance reveals missing equipment, unclear roles, unsafe routes and weaknesses that are difficult to solve during panic. The first aim is to prevent an injury or exposure from becoming more severe.

8.2 Components of a contingency plan

• Hazards and credible scenarios.
• Alarm, communication and emergency contact arrangements.
• Named roles for first aid, evacuation, security, utilities, triage and documentation.
• Location of first-aid boxes, spill kits, extinguishers, emergency showers, exits and assembly points.
• Protection of patients, visitors, children and people with disabilities.
• Transport, referral, post-exposure and family communication procedures.
• Drill schedule, evaluation form, corrective-action log and review date.

8.3 Contingency table

8.4 Drill cycle

1. Set a scenario and measurable objectives.
2. Brief facilitators without compromising learning value.
3. Run the drill for day and night teams where possible.
4. Observe time to alarm, communication, PPE, evacuation, accountability and patient dignity.
5. Debrief without blame and record what worked and failed.
6. Assign corrective actions, deadlines and responsible persons.
7. Repeat or verify until the improvement is reliable.

9.1 Communicating risk

Workers must understand what the hazard is, who may be harmed, how controls work, what PPE is required, what symptoms require reporting and what to do in an emergency. Use induction, toolbox talks, posters, signs, demonstrations, translated messages and teach-back.

9.2 Safety signs

• Warning: alerts people to a hazard such as radiation, chemicals or wet floor.
• Prohibition: states what must not be done, such as no smoking near oxygen.
• Mandatory: requires an action such as wearing eye protection.
• Emergency: shows exits, first aid, showers or assembly points.

9.3 Document control

Every SOP should have an owner, version, approval date, review date and revision history. Remove obsolete copies from noticeboards, folders and shared drives. During a critical event, workers should be able to find the current procedure quickly; a correct document that cannot be accessed is not an effective control.

10.1 Routine inspection

Inspections check conditions and behaviours before harm occurs. Walk the area with workers, compare practice with the SOP, photograph or describe hazards factually, assign actions and re-check completion.

10.2 Audit questions

• Is the OSH policy current, signed, communicated and resourced?
• Are risk assessments available for high-risk tasks and reviewed after change?
• Are workers trained and competent, not merely listed as present?
• Are engineering controls functioning and maintained?
• Are PPE supplies suitable, correctly sized, clean and replaced?
• Are incidents, near misses and occupational diseases reported and learned from?
• Are exits, first aid, fire equipment, spill kits and emergency contacts ready?
• Are contractors, students, cleaners and night staff included?
• Are plant certificates, chemical inventories and registers current?

10.3 Leading and lagging indicators

10.4 Corrective-action log

Each action should state the hazard, interim control, permanent control, owner, deadline, resources, status and verification evidence. Closing an action because a form was signed is not enough; check that the risk actually decreased.

11.1 Immediate response

1. Provide first aid and urgent referral.
2. Make the scene safe and prevent additional exposure.
3. Notify the designated supervisor and OSH focal person.
4. Preserve relevant equipment, labels, records and witness information.
5. Document facts and protect confidentiality.

11.2 Root-cause questions

• What happened immediately before the event?
• What equipment, environment, workload or interruption contributed?
• Was the procedure available, realistic, understood and followed?
• Were staffing, time, supervision and resources adequate?
• Why did the existing barrier fail or not exist?
• What control will prevent recurrence, and how will it be tested?

11.3 Learning without blame

A just culture separates ordinary human error, system weakness, risky shortcuts under pressure and deliberate reckless behaviour. Honest reporting should lead to learning and support; wilful disregard of a known safety rule may require fair accountability. Blaming an individual too early hides the design, staffing and resource failures that could harm the next worker.

12.1 Management/occupier

• Approve policy, objectives, resources and named accountability.
• Provide a safe workplace, equipment, welfare, emergency response and competent staff.
• Consult workers, investigate incidents and verify corrective actions.

12.2 Supervisor

• Conduct pre-task checks, allocate competent people and monitor work.
• Stop unsafe work, coach staff and escalate unresolved hazards.
• Ensure handover, housekeeping, reporting and follow-up.

12.3 Worker, student and volunteer

• Follow procedures, use controls and report hazards, exposures and near misses.
• Ask for supervision and do not improvise with dangerous equipment or substances.
• Protect patients, colleagues, visitors and the environment.

12.4 Safety representative/committee

• Provide worker participation, inspect, review trends, promote training and track actions.
• Escalate unresolved high-risk conditions and communicate feedback.

12.5 Occupational health, IPC and technical teams

Occupational health provides surveillance, first aid, post-exposure care and rehabilitation; infection prevention controls biological risk; engineering maintains equipment and ventilation; pharmacy/laboratory teams control chemicals; waste teams control disposal; security manages violence; and emergency teams coordinate response. The procedure must show how these groups work together.

13.1 Planning a safe patient-lifting programme

1. Map dependent patients, lifting frequency, staff numbers, bed space and routes.
2. Assess back injury and patient-fall risk for each type of transfer.
3. Eliminate solo lifting; substitute mechanical aids or slide sheets.
4. Provide adjustable beds, wheel locks, team-lift roles and training.
5. Write stop criteria for pain, instability, missing equipment or inadequate staff.
6. Audit technique, equipment availability, injuries and near misses.

13.2 Planning safe chemical disinfection

1. Inventory products, concentrations, incompatibilities and routes of exposure.
2. Substitute the least hazardous effective product.
3. Provide labelled storage, ventilation, measuring equipment and spill response.
4. Train cleaners and supervisors in dilution, PPE, first aid and waste disposal.
5. Post clear signs and keep safety information accessible.
6. Inspect storage and review every spill, rash, eye injury or complaint.

13.3 Planning safe emergency-department work

• Map violence, sharps, blood, respiratory aerosols, oxygen, slips, traffic and fatigue hazards.
• Plan triage flow, patient separation, security response and safe ambulance arrival.
• Provide point-of-use sharps containers, respiratory protection, spill kits and emergency exits.
• Roster adequate staff and protected breaks; include night and surge arrangements.
• Drill fire, mass casualty, violent visitor and infectious-disease scenarios.

13.4 Planning safe laboratory work

• Classify specimens and reagents, restrict access and label every container.
• Plan sharps, centrifuge, splash, aerosol, chemical and electrical controls.
• Provide biosafety cabinets or other engineering controls where indicated.
• Define exposure, spill, breakage, fire and waste procedures.
• Maintain equipment, calibration, competency and incident records.

Scenario 1: A procedure exists but supplies are missing

A ward SOP requires eye protection during suctioning, but no goggles are available. The supervisor should pause the non-urgent task, obtain suitable protection or use a safer alternative, report the resource gap and correct procurement. Telling staff to “be careful” is not implementation.

Scenario 2: A near miss during night duty

A student almost injects the wrong medicine because of poor lighting and interruptions. Protect the patient, report the near miss, review lighting, storage, interruptions, supervision and fatigue, and test the new controls during night duty. No injury does not mean no learning.

Scenario 3: Chemical spill with no spill kit

Isolate the area, protect people from exposure and call trained responders. Do not improvise by mixing chemicals. The incident review must address procurement, risk assessment, storage, labels, training and emergency resources—not only the person who dropped the bottle.

Scenario 4: Contractor begins hot work near oxygen

Stop the work and isolate ignition sources. Verify the permit, oxygen storage, fire watch, ventilation, extinguisher and emergency plan before restarting. The hospital must coordinate contractor risks at the interface between construction and patient care.

Scenario 5: Fire drill excludes dependent patients

A drill that evacuates only walking staff gives false confidence. Repeat it with realistic patient movement, oxygen, visitors, night staff and accessible routes. Measure alarm, communication, accountability, relocation and continuity of care.

• Copying a generic SOP without observing the actual workplace.
• Listing hazards without assigning controls, owners and deadlines.
• Choosing PPE before considering elimination, substitution and engineering.
• Training everyone once and never checking competence.
• Ignoring night duty, understaffing, fatigue, interruptions and contractors.
• Keeping obsolete procedures on noticeboards or shared drives.
• Recording incidents but failing to investigate root causes.
• Closing corrective actions without checking whether risk decreased.
• Planning the response but not stocking the spill kit, first aid or emergency contacts.
• Writing an emergency plan that protects staff but forgets patients, visitors and people with disabilities.

1. Define an OSH procedure, hazard, risk, incident, near miss and contingency measure.
2. Explain why employees and management must work together to maintain safety.
3. Describe the ten-step OSH planning cycle.
4. Explain Plan–Do–Check–Act in relation to a health-facility safety programme.
5. List six ways of identifying hazards in a workplace.
6. Classify hazards into physical, chemical, biological, ergonomic, mechanical/electrical and psychosocial groups.
7. Explain likelihood, severity and prioritisation in a risk assessment.
8. Construct a risk register for a needlestick, chemical spill or patient transfer.
9. Describe the five levels of the hierarchy of controls.
10. List the essential components of a safe operating procedure.
11. Explain how to train and assess a worker for a high-risk task.
12. Discuss the contents of a contingency plan.
13. Design a fire or chemical-spill drill for a hospital ward.
14. Differentiate leading and lagging OSH indicators.
15. Explain how to investigate an incident without creating a blame culture.
16. State the responsibilities of management, supervisors, workers and safety committees.
17. Plan safe patient lifting for a busy emergency department.
18. Describe how document control prevents unsafe use of obsolete procedures.
19. Explain why a procedure without resources and an owner is not operational.
20. Analyse one of the scenarios and propose immediate and long-term controls.

• Practice Occupational Health and Safety Procedures (supplied presentation)
• Occupational Health and Safety: definitions, hazards and prevention
• Uganda MGLSD Occupational Safety and Health Management Information System
• MGLSD OSH FAQs on risk assessment, registration and statutory plant
• Uganda OSH Guidelines for Office Work Environment
• International Labour Organization: Safety and health at work
• World Health Organization: Occupational health

Prepared for Nurses Revision Uganda learners. Follow the current institutional policy, supervisor’s direction and official Ugandan OSH requirements when applying these notes.