DOLE SO3 cheat sheet

RA 11058 (2018) amended the Labor Code by mandating OSH programs, safety officers, OSH committees, and penalties for all establishments; its IRR is DOLE Department Order 198, series of 2018.

Coverage rule: RA 11058 and DO 198 apply to all workplaces, but the prescribed number of safety officers scales with total worker count and hazard classification (low, medium, high risk).

Safety officer minimums under DO 198 (low/medium risk): 1 officer for 1-50 workers, 2 for 51-200, 3 for 201-500, and 1 per 500 additional workers; high-risk establishments require a full-time officer even at small headcounts.

OSH committee composition rule: the committee must be chaired by the employer or its representative, with the safety officer as secretary and worker representatives selected by workers, including union nominees where a union exists.

DOLE Department Order 13, series of 1998 governs general OSH standards; Rule 1000 covers registration and Rule 1010 requires OSH reports and compliance with the OSH Standards.

Mandatory reporting: work-related accidents causing death or serious injury must be reported to the DOLE Regional Office within 24 hours; annual work accident/illness exposure data reports follow the prescribed DOLE form.

Penalty structure in RA 11058: administrative fines per day of non-correction (scaled by frequency), plus separate fines for willful failure to report accidents or comply with OSH committee requirements.

Workers' rights under RA 11058 include the right to know hazards, refuse unsafe work, report accidents, and receive OSH training and PPE free of charge; retaliation against reporting is prohibited.

A functioning OSH management system follows the PDCA cycle: Plan (policy, hazard assessment, objectives), Do (implementation and training), Check (monitoring, inspection, incident review), Act (management review and corrective action).

DO 198 requires a written OSH program signed by the employer containing: company OSH policy, hazard identification and risk assessment, training program, OSH committee structure, and emergency preparedness plan.

Policy content rule: top management must state commitment to OSH, define accountabilities, commit to comply with legal requirements, and commit to continual improvement.

Objectives should be SMART and linked to measurable indicators (e.g., TRIR, lost-time injury frequency, inspection closure rate, training completion percentage).

Program planning sequence: establish baseline (incident and inspection data) → set objectives → allocate budget and resources → assign responsibilities → schedule activities → monitor and review.

Safety officer duties under DO 198 include conducting inspections, maintaining accident records, coordinating training, and serving as OSH committee secretary; the safety officer does not replace management accountability.

Management review inputs typically include audit results, incident trends, legal compliance status, training effectiveness, and corrective action closure; outputs include revised objectives and resource decisions.

Documentation control: the OSH program, risk assessments, inspection records, training records, and incident reports must be maintained, dated, and available for DOLE inspection.

Hierarchy of controls, most to least effective: elimination, substitution, engineering controls, administrative controls, then PPE; PPE is the last line of defense.

Risk score formula used in most DOLE-aligned assessments: Risk = Likelihood (1-5) × Severity (1-5); scores of 15-25 are high risk requiring immediate action, 5-12 medium, 1-4 low.

Hazard types to screen: physical, chemical, biological, ergonomic, psychosocial, and safety-related (mechanical, electrical, fall, fire, confined space).

Hazard identification methods: workplace walkthroughs, job hazard analysis, incident and near-miss review, worker interviews, exposure monitoring, and checklists.

Residual risk rule: control measures must be reassessed after implementation; if residual risk remains high, work must not proceed without additional controls or management approval.

PPE selection requires hazard-specific certification and fit: respirators need fit testing, hearing protection needs attenuation rating, and fall protection needs inspection before each use.

Hierarchy application example: replacing a solvent with water-based cleaner (substitution) is preferred over relying on gloves and respirators (PPE) for the same chemical hazard.

Risk assessment must be reviewed when there is a change in process, equipment, or work organization, after an incident, and at defined intervals (at least annually in most programs).

Inspection vs audit: inspections are frequent, focused, physical checks of conditions and behaviors; audits are periodic, systematic evaluations of the whole OSH management system against criteria.

Inspection cycle rule: the OSH committee conducts a workplace inspection at least once every three months, and safety officers conduct routine daily or weekly checks as assigned.

Inspection output: findings must be logged with location, hazard description, risk rating, responsible person, corrective action, and target and actual completion dates.

Incident investigation steps: secure the scene and provide first aid → preserve evidence → gather facts via interviews and documents → determine root causes → recommend corrective actions → verify closure.

Root cause analysis distinguishes immediate causes (unsafe acts, unsafe conditions) from basic causes (management system, training, design, procurement); corrective action must address basic causes.

Investigation timing: begin promptly after the scene is made safe; interview witnesses separately and as soon as practicable to reduce memory decay and contamination.

5 Whys and fishbone (Ishikawa) diagrams are standard tools for root cause analysis; findings must be documented in a written investigation report.

Corrective action tracking: every finding needs an owner and due date; overdue actions should be escalated to management review and counted in performance indicators.

Emergency plan elements: hazard-specific scenarios, alarm and communication system, evacuation routes and assembly points, roles and responsibilities, and post-emergency recovery.

Drill frequency rule: fire and evacuation drills are conducted at least once per year for most workplaces, and more often for high-risk operations; drills must be documented with critique and corrective actions.

Evacuation planning: routes must be unobstructed, marked, and lead to a designated assembly area where headcount is verified against a visitor and worker roster.

Emergency brigades under DO 198 typically include fire brigade, first aid, evacuation, and communication teams; members require training and refresher cycles.

First aid and medical response: trained first aiders must be available per shift, first aid kits stocked and inspected, and emergency contact numbers posted in work areas.

Fire safety: portable extinguishers must be appropriate to fire class, inspected monthly, and serviced annually; exit doors must open outward and remain unlocked during working hours.

Drill evaluation metrics: evacuation time, headcount accuracy, communication effectiveness, equipment readiness, and identified gaps with assigned corrective actions.

Emergency plan must be reviewed and updated after any drill, actual emergency, or significant change in facility layout, workforce, or processes.

Industrial hygiene exposure assessment follows the hierarchy: anticipation, recognition, evaluation, and control of workplace health hazards.

Exposure comparison rule: measured exposure is compared to the Threshold Limit Value (TLV) or Permissible Exposure Limit (PEL); the ratio of exposure to limit determines risk and control priority.

Sampling types: personal breathing zone sampling for individual exposure, area sampling for source identification, and direct-reading instruments for immediate feedback.

Health surveillance includes pre-employment, periodic, and exit medical examinations; results are confidential and used to detect work-related health effects early.

Biological monitoring measures the substance or its metabolite in blood or urine (e.g., lead, benzene) and complements air sampling.

Occupational health hazards categories: chemical (solvents, dusts, metals), physical (noise, heat, vibration, radiation), biological (bloodborne pathogens, TB), and ergonomic (repetitive motion, manual handling).

Noise control rule: hearing conservation programs trigger at 85 dBA TWA; engineering controls precede hearing protection, and audiometric testing is part of surveillance.

Heat stress management uses WBGT assessment, acclimatization schedules, hydration, work-rest cycles, and monitoring for heat exhaustion and heat stroke signs.

DO 198 training rule: the OSH committee members and safety officers must undergo prescribed OSH training; safety officers require the DOLE-accredited BOSH (Basic Occupational Safety and Health) course for their hazard level.

Training requirement for workers: all workers must receive OSH orientation and hazard-specific training before assignment, with refresher training as needed; training is at employer expense and during paid time.

Competency definition: demonstrated knowledge, skill, and behavior to perform a task safely; verified by training records, practical assessment, and supervision.

Training needs analysis sources: incident trends, inspection findings, risk assessments, regulatory changes, new equipment, and worker reports.

Training effectiveness evaluation levels: reaction (feedback), learning (test), behavior (observation on the job), and results (incident rate change).

Safety culture maturity progression: reactive (compliance-driven) → dependent (rules and supervision) → independent (personal accountability) → interdependent (team-based safety ownership).

Leading indicators of culture: near-miss reporting rate, safety observation frequency, training completion, inspection closure rate, and worker participation in risk assessments.

Supervisor accountability: supervisors must enforce safe work practices, conduct toolbox talks, correct unsafe conditions, and reinforce reporting without blame.

TRIR formula: (number of recordable cases × 200,000) / total hours worked; the 200,000 constant represents 100 workers at 40 hours for 50 weeks.

LTIFR formula: (number of lost-time injuries × 1,000,000) / total hours worked; the constant differs from TRIR, so the two rates are not directly comparable.

Severity rate formula: (number of lost workdays × 1,000,000) / total hours worked; it measures the seriousness of injuries, not just frequency.

Recordkeeping requirement: employers must maintain accident and illness records, exposure data, inspection reports, training records, and medical surveillance results, available for DOLE inspection.

Leading vs lagging indicators: lagging indicators (TRIR, LTIFR, severity) measure outcomes; leading indicators (inspections completed, training hours, near-miss reports, audit scores) predict future performance.

Annual reporting: work accident/illness exposure data reports are submitted to the DOLE Regional Office on the prescribed form and schedule; serious accidents are reported within 24 hours.

Data quality rule: hours worked must include overtime and contractor hours; undercounting hours inflates rates and distorts trend analysis.

Performance review cadence: monthly indicator review by safety officers, quarterly OSH committee review, and annual management review with objective setting.