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Mines Rescue Course

Name: Mines Rescue Course
Price: 2994 PHP

The Mines Rescue Course gives underground rescue team members the technical skills and operational knowledge to respond to mine emergencies with confidence. From breathing apparatus and gas detection to incident command and victim extraction, every critical competency is covered. Train to the standard that protects lives — yours and the people you're going in to save.

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What you will learn:

This course covers the full scope of mine rescue operations, starting with underground hazard recognition and moving through breathing apparatus theory, gas detection, fire suppression, and victim management. You will learn how to inspect and operate self-contained breathing apparatus, read atmospheric data, and make safe entry and withdrawal decisions. The course also trains you in incident command structures, operational planning, and team communication under pressure. Supplementary modules address rope and rigging techniques, rescuer psychological wellbeing, and emerging rescue technologies. By the end, you will have the knowledge and practical frameworks to perform as a competent, accountable member of a mine rescue team.

How you study in a practical way Mines Rescue Course

How you practice Mines Rescue Course

For companies who want to train their team

With Dedika for businesses, the course includes exercises and examples tailored to your own business and the way your company needs.

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Course content

8 Chapters • 40 LessonsDuration between 4 and 360 hours (you decide)

Chapter 1See details

Foundations of Mine Rescue Operations

Lesson 1 • Regulatory Framework and Compliance
Covers mandatory regulatory requirements governing mine rescue teams. Connects legal obligations to operational readiness standards.
Lesson 2 • History and Purpose of Mine Rescue
Traces the evolution of mine rescue from early disasters to modern systems. Provides context for why standardized rescue protocols exist.
Lesson 3 • Mine Rescue Team Structure
Defines team composition, roles, and chain of command. Establishes accountability structures used throughout all rescue operations.
Lesson 4 • Ethics and Rescuer Responsibilities
Addresses the professional and ethical obligations of mine rescuers. Reinforces decision-making principles that protect both victims and team members.
Lesson 5 • Types of Mine Emergencies
Categorizes underground emergencies by cause and severity. Prepares rescuers to recognize and classify incidents upon arrival.

Chapter 2See details

Underground Mine Environment and Hazards

Lesson 1 • Hazard Recognition and Risk Rating
Applies a systematic approach to identifying and rating hazards encountered during rescue. Integrates all environmental knowledge into a practical risk matrix.
Lesson 2 • Fire and Explosion Dynamics
Explains how fires ignite, spread, and produce explosive conditions underground. Provides the scientific basis for suppression and withdrawal decisions.
Lesson 3 • Mine Layout and Ventilation Systems
Explains typical underground layouts and airflow design. Rescuers use this knowledge to navigate and assess ventilation integrity during emergencies.
Lesson 4 • Atmospheric Hazards Underground
Identifies gases, oxygen levels, and airborne contaminants found in mines. Directly supports safe entry decisions and atmosphere monitoring procedures.
Lesson 5 • Roof, Rib, and Floor Hazards
Covers ground control hazards that threaten rescuer safety. Teaches visual and physical assessment of structural stability before entry.

Chapter 3See details

Breathing Apparatus Theory and Maintenance

Lesson 1 • Types of Breathing Apparatus
Compares open-circuit, closed-circuit, and self-rescuer devices. Establishes selection criteria based on duration, environment, and task requirements.
Lesson 2 • Pre-Use Inspection Procedures
Establishes a standardized inspection sequence before donning apparatus. Ensures every set is confirmed serviceable before entering a hazardous atmosphere.
Lesson 3 • Apparatus Components and Function
Details every major component of closed-circuit oxygen apparatus. Builds the technical literacy needed for pre-use inspection and fault diagnosis.
Lesson 4 • Physiology of Breathing Under Apparatus
Explains respiratory physiology relevant to apparatus use. Helps rescuers recognize and manage physiological stress during extended wear.
Lesson 5 • Cleaning, Maintenance, and Storage
Covers post-use decontamination, component replacement, and storage protocols. Maintains apparatus readiness between training and operational deployments.

Chapter 4See details

Donning, Doffing, and Apparatus Operation

Lesson 1 • Donning Procedures and Timing
Teaches the correct sequence for putting on apparatus quickly and safely. Timed practice builds the speed and accuracy required for emergency deployment.
Lesson 2 • Apparatus Confidence and Stress Inoculation
Uses progressive stress exposure to build rescuer confidence in apparatus. Simulated darkness, heat, and physical demand prepare rescuers for real conditions.
Lesson 3 • Emergency Procedures While Wearing Apparatus
Prepares rescuers to respond to apparatus failures and emergencies while in a hazardous atmosphere. Covers buddy-breathing and emergency withdrawal protocols.
Lesson 4 • Doffing and Post-Use Protocols
Establishes safe removal procedures after exiting the hazardous zone. Prevents contamination transfer and initiates the maintenance cycle.
Lesson 5 • Operating Apparatus During Work Tasks
Develops the ability to perform physical rescue tasks while wearing apparatus. Addresses breathing control, communication, and situational awareness under load.

Chapter 5See details

Gas Detection and Atmosphere Testing

Lesson 1 • Calibration and Function Testing
Covers bump testing, full calibration, and documentation requirements. Ensures instruments provide accurate readings before every deployment.
Lesson 2 • Principles of Gas Detection
Explains the science behind electrochemical, catalytic, and infrared detection methods. Provides the foundation for understanding instrument readings and limitations.
Lesson 3 • Interpreting Results and Making Decisions
Applies threshold values and trend analysis to entry and withdrawal decisions. Integrates gas data with other hazard information for comprehensive risk assessment.
Lesson 4 • Atmosphere Sampling Techniques
Teaches systematic sampling methods for mapping atmospheric conditions underground. Connects sampling results to safe travel and work zone decisions.
Lesson 5 • Instrument Types and Selection
Compares single-gas, multi-gas, and specialized detection instruments. Rescuers select appropriate instruments for specific atmospheric hazard profiles.

Chapter 6See details

Search, Rescue, and Victim Management

Lesson 1 • Victim Extraction Techniques
Teaches manual and mechanical methods for moving casualties through restricted spaces. Addresses spinal precautions and packaging for underground transport.
Lesson 2 • Search Strategies and Team Movement
Establishes structured search patterns for underground environments. Teaches team movement techniques that maintain safety and coverage simultaneously.
Lesson 3 • Handover to Surface Medical Teams
Establishes protocols for transferring victim care to paramedics or physicians at the surface. Ensures continuity of care through accurate handover communication.
Lesson 4 • Victim Assessment and Triage
Applies triage principles to prioritize multiple casualties in resource-limited conditions. Connects assessment findings to extraction and treatment decisions.
Lesson 5 • Emergency First Aid for Mine Injuries
Covers life-threatening injury management specific to mining incidents. Provides immediate care skills that sustain victims until medical personnel arrive.

Chapter 7See details

Fire Fighting and Suppression Underground

Lesson 1 • Fire Suppression Agents and Equipment
Covers water, foam, dry chemical, and inert gas suppression systems. Rescuers select and deploy the correct agent for each fire classification.
Lesson 2 • Sealing and Inerting Fire Areas
Covers construction of seals to isolate fires that cannot be directly attacked. Addresses inerting procedures for sealed areas containing explosive atmospheres.
Lesson 3 • Ventilation Control During Fire Operations
Explains how ventilation changes affect fire behavior and rescuer safety. Teaches controlled ventilation manipulation to limit fire spread.
Lesson 4 • Underground Fire Classification
Categorizes fires by fuel type and location to guide agent selection. Builds on fire dynamics knowledge from the hazards chapter.
Lesson 5 • Re-Entry After Fire Suppression
Establishes safe re-entry protocols after fire control or seal construction. Integrates atmosphere testing and structural assessment before rescuers advance.

Chapter 8See details

Incident Command and Rescue Operations Management

Lesson 1 • Operational Planning and Briefing
Teaches structured planning and pre-entry briefing techniques for rescue teams. Ensures all team members share a common operational picture before deployment.
Lesson 2 • Debriefing and After-Action Review
Establishes structured debriefing and after-action review processes post-incident. Converts operational experience into documented lessons that improve future performance.
Lesson 3 • Communication Systems and Protocols
Covers underground communication technologies and standardized radio protocols. Maintains reliable information flow between teams and command throughout operations.
Lesson 4 • Establishing the Fresh-Air Base
Covers setup and management of the fresh-air base as the operational hub. Connects base operations to team deployment, timing, and safety monitoring.
Lesson 5 • Incident Command System Fundamentals
Introduces the standardized incident command structure used in mine emergencies. Establishes the organizational framework for all subsequent command topics.

Certification

Your valid completion certificate

This course is for you:

Underground miner: ready to step up into a formal rescue role.
Mine safety officer: building hands-on emergency response team capability.
Newly appointed rescue team member: needing structured foundational rescue training.
Experienced miner: transitioning into a leadership role within emergency operations.
Mine supervisor: responsible for coordinating site-level emergency preparedness plans.
Occupational health and safety professional: expanding expertise into high-hazard rescue environments.

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