Workplace Safety in Paramedicine – Comprehensive Lecture Notes

Learning Objectives & Lecture Scope

• Workplace safety is critical in paramedicine because it safeguards:
  • Health, well-being, and lives of paramedics, colleagues, patients, and the public.
  • Service continuity—safe clinicians remain available to render aid.
  • Legal/ethical credibility and public trust.
• Lecture explicitly linked to course code PMSC11002 and NSQHSS standards:
  • Clinical Governance
  • Comprehensive Care
  • Communicating for Safety
• Specific learning outcomes (LOs)
  • Describe principles of fitness to practice, quality healthcare, and cultural competence and explain their impact on patient outcomes.
  • Implement a safe clinical approach that integrates clinical assessments, psychomotor skills, and safe medication use.
  • Understand WHS legislation in healthcare.
  • Recognise importance of WHS in paramedic practice.
  • Define duty of care & chain of responsibility.
  • Recognise common workplace hazards in paramedic environments.
  • Use a systematic approach to hazard identification.

Work Health & Safety (WHS): Definition & Legislative Framework

• WHS = laws, policies, procedures, and systems designed to ensure workplace health & safety.
• Aims: prevent workplace injuries, illnesses, fatalities while also boosting morale & productivity.
• Core Australian legislation
  • Work Health and Safety Act $2011$ (Cth) – overarching framework protecting the welfare of “all workers at work.”
  • Work Health and Safety Regulations $2011$ – detailed requirements on specific hazards/risks.
• Enforcement bodies
  • Safe Work Australia (national policy)
  • State regulators (e.g., WorkSafe Victoria, SafeWork NSW)
  • Methods: inspections, investigations, guidance, support.

Duty of Care

• Legal obligation to avoid actions/omissions that can foreseeably cause harm.
• Applies to multiple parties:
  • Paramedics → provide timely, appropriate medical assistance; avoid aggravating condition.
  • Supervisors → oversee team, ensure protocols followed, maintain safe environment.
  • Patients & Bystanders → follow instructions, avoid endangering self/others.
• Consequences of breach
  • Disciplinary action
  • Civil litigation
  • Criminal charges (depending on severity)

Chain of Responsibility

• Everyone in the operational chain carries proportional responsibility for identifying, communicating, and mitigating risk.

Breach of Duty of Care – Ambulance-Specific Examples

• Failure to secure patient on stretcher → patient falls, sustains additional injury.
• Administration of incorrect medication owing to negligence → patient harmed.

Risk Management: The Four Stages

1. Identifying Hazards
2. Assessing Risk
3. Reporting & Controls / Managing Hazards
4. Ongoing Monitoring & Review

• Visual mnemonic presented as numbered icons $1\rightarrow2\rightarrow3\rightarrow4$.

Hazard Identification

• Hazard = anything with potential to cause physical, psychological, or environmental harm.

Common Hazard Categories & Examples

• Biological: blood-borne viruses, airborne infections (e.g., COVID-19).
• Physical: poor lighting, uneven ground, wet floors.
• Mechanical: faulty stretcher, broken ambulance doors/steps.
• Environmental: bushfires, floods, road traffic.
• Psychosocial: violence, burnout, traumatic stress.
• Chemical: toxic spills, gas leaks.

Scanning Methods

• Wear correct PPE/uniform.
• Scene scanning (visual, auditory, olfactory cues).
• Utilise pre-arrival information (dispatch data, CAD notes).
• Equipment & vehicle checks before shift.
• On-scene communication with other responders.

Classroom Activity Prompt

• Perform quick environmental scan → identify hazards & classify type.

Dynamic Risk Assessment (DRA)

• Defined as a continuous, real-time evaluation of dangers in evolving environments.
• Contrast: Static assessments occur once; DRA adapts to changes.
• Crucial in unpredictable, high-risk EMS settings where conditions change rapidly.

DRA Cycle (OBSERVER acronym)

1. OBSERVE – Visually/auditorily scan for immediate hazards.
2. ASSESS – Ask: “What could go wrong?” “Who is at risk?”
3. PLAN – Decide actions: enter/not enter, call backup, await resources.
4. ACT – Implement plan safely, follow protocols.
5. REVIEW – Constantly re-assess; update plan as scene evolves.

• Visual loop: $1\;Observe \rightarrow 2\;Assess \rightarrow 3\;Plan \rightarrow 4\;Act \rightarrow 5\;Review \rightarrow (back\;to\;Observe)$

Reporting Responsibilities

• All incidents (injury, near-miss, equipment failure) must be documented.
• Purposes
  • Identify patterns → prevent recurrence.
  • Legal compliance (mandatory reporting for abuse, communicable disease exposure, serious incidents).
• Systems
  • Example: RiskMan – structured data capture & analysis.

Managing Hazards – Hierarchy of Control

Ordered from most to least effective:

1. Elimination – remove hazard entirely.
   • Example: Do not enter structurally unsafe building.
2. Substitution – replace with less dangerous element.
   • Example: Use intranasal drug administration instead of intramuscular injection to remove sharps risk.
3. Engineering Controls – redesign equipment/process.
   • Example: Retractable needles, tamper-proof sharps containers.
4. Administrative Controls – change how people work.
   • Example: Fatigue-managed rostering, SOPs, training.
5. PPE – personal protective equipment (last resort).
   • Example: Gloves, masks, eye protection, gowns.

Ongoing Monitoring & Review

• Continuous assessment of control effectiveness; adjust as risks evolve.
• Regular safety audits, toolbox talks, debriefs.
• Ensures alignment with:
  • Best practice updates
  • Regulatory changes

Maintaining Safety – Self, Patients, Others

1. Self Safety

• Always don appropriate PPE.
• Use correct manual-handling/body-mechanics techniques when lifting/moving patients.
• Monitor personal fatigue & hydration → cognitive/physical performance decline increases risk.
• Trust gut instinct: “If it feels unsafe, it probably is.”

2. Patient Safety

• Confirm patient identity before treatment/medication.
• Secure patient properly in vehicle to avoid secondary injury during transit.
• Preserve dignity: cover exposure, communicate respectfully.
• When scene uncontrolled, create safer space & shield from further harm.

3. Safety of Others (Bystanders & Team)

• Direct bystanders away from danger zones (traffic, fire, hazardous materials).
• Maintain clear team communication & role delineation.
• Collaborate with other emergency services for coordinated response.

Key Takeaways & Professional Mindset

• Workplace safety is not a checklist but a mindset of vigilance and accountability.
• Risk management is a cyclical process: identify → assess → control → review.
• Speak up; never assume someone else will manage the risk.
• Proactive safety practices improve outcomes for patients, providers, and the public.

Reference Foundations (as cited in lecture)

• Australian Bureau of Statistics (2023). Work-related injuries, Australia, 2021–22 (Catalogue No. 6324.0).
• Parliament of Australia (2011). Work Health and Safety Act 2011 (Cth). $\text{URL: legislation.gov.au/Details/C2023C00352}$
• Safe Work Australia (2023). Work-related injuries and fatalities in Australia 2023.