Emergency Management Course in Underground Infrastructure
About our
The Underground Infrastructure Emergency Management course focuses on preparing to respond to critical situations in tunnels, mines, and other confined underground spaces. It covers emergency planning and response, risk assessment, and the operation of specialized rescue equipment. ventilation techniques, fire control, and evacuation in underground environments are explored, along with protocols for effective communication and coordination with emergency services. The course provides the necessary skills to lead and participate in rescue operations, ensuring worker safety and minimizing damage. The program offers practical exercises in drills to assess staff preparedness, in compliance with applicable regulations and safety standards, including local and international regulations. This training prepares professionals for roles such as safety coordinators, rescue supervisors, emergency managers, and response technicians, strengthening employability in the mining, construction, and emergency services industries.
Emergency Management Course in Underground Infrastructure
- Format: Online
- Duration: 3 months
- Hours: 300 H
- Language: English / Spanish
- Registration date: 23-10-2026
- Start date: 12-12-2026
- Available places: 2
399 $
Competencies and results
What you will learn
1. Expert Domain in Underground Emergency Management: Complete Course
- Comprehensive assessment of underground emergency scenarios, including identification of specific environmental risks and vulnerabilities.
- Implementation of emergency response protocols, ranging from first aid and rescue to incident containment and safe evacuation.
- Proficiency in advanced confined space rescue techniques, including the use of specialized equipment such as self-contained breathing apparatus (SCBA) and cutting and extraction tools.
- Analysis and management of risks associated with fires, explosions, floods, and collapses in underground environments, including prevention and mitigation strategies.
- Training in the use of communication and control systems in emergency situations, ensuring effective coordination between rescue teams and competent authorities.
- Development of leadership and decision-making skills under pressure, necessary to direct rescue operations and ensure the safety of those involved.
- Acquisition of knowledge about
- Relevant regulations and standards for safety in underground environments, ensuring legal compliance and the application of best practices.
- Application of emergency planning and simulation techniques, using specialized tools and software to evaluate the effectiveness of response plans.
- Training in the handling of hazardous substances and in decontamination in underground emergency situations.
- Development of effective communication skills with victims, families, and the media during and after an emergency.
2. Specialist in Rescue and Crisis Management in Underground Environments: Advanced Training
## What will you learn in the Underground Rescue and Crisis Management Specialist: Advanced Training course?
1. Understand and apply specific safety protocols for underground environments.
2. Master advanced confined space rescue techniques, including vertical and horizontal rescue.
3. Efficiently manage crisis situations in tunnels, mines, and other underground environments.
4. Assess and mitigate risks associated with flooding, cave-ins, fires, and explosions in underground environments.
5. Use self-contained breathing apparatus (SCBA) and other specialized personal protective equipment (PPE).
6. Coordinate and lead rescue teams in highly complex and stressful situations.
7. Apply first aid and emergency medical care knowledge in underground environments.
8. Conduct rapid incident scene assessments and establish safety perimeters. 9. Utilize search and rescue tools and techniques specific to underground environments, including mapping and communication systems.
10. Implement effective communication strategies with victims, other rescue teams, and the relevant authorities.
11. Analyze the geology and structure of underground environments to identify potential hazards.
12. Establish and maintain ventilation and air quality control systems in underground environments.
13. Understand and apply legal regulations and standards related to safety and rescue in underground environments.
14. Develop leadership and decision-making skills in crisis situations.
15. Conduct drills and practical exercises to consolidate acquired knowledge and skills.
3. Comprehensive user-oriented design and validation (from modeling to manufacturing)
You will learn to integrate the entire product development process, from initial model conception to final validation, applying user-centered methodologies. You will develop skills in parametric design, ergonomics, simulation, sustainable materials, 3D visualization, and manufacturing management, ensuring efficient, safe solutions that meet current industry standards.
4. Master's Degree in Security and Incident Response in Underground Infrastructure
4. Master’s Degree in Security and Incident Response in Underground Infrastructure
- Identify and assess specific threats in underground environments, including geological, structural, and cybersecurity risks.
- Design and implement incident prevention strategies, considering security protocols, early detection systems, and contingency plans.
- Conduct vulnerability analysis and risk assessment of underground infrastructure using specialized methodologies.
- Develop and manage effective incident responses, including fires, floods, structural collapses, and cyberattacks.
- Utilize advanced technologies for incident management, such as real-time monitoring systems, drones, and robotics.
- Master the legal and regulatory aspects related to security and incident response in underground infrastructure.
- Coordinate multidisciplinary teams in emergency situations, including security personnel, engineers, firefighters, and other personnel.
Physician.
Apply incident investigation techniques to determine root causes and prevent future events.
Design and conduct drills and training exercises to improve incident preparedness and response.
Manage effective communication with stakeholders during and after an incident, including authorities, the media, and the general public.
5. Rescue Strategies and Risk Management in Underground Infrastructure: Professional Course
5. Rescue Strategies and Risk Management in Underground Infrastructure: Professional Course
- Identification and Evaluation of Specific Risks in Underground Environments: Analysis of geological, structural, environmental, and human hazards present in tunnels, mines, and other underground infrastructure.
- Planning and Design of Rescue Protocols: Development of effective rescue strategies, including the definition of roles and responsibilities, the selection and use of specialized equipment, and the organization of multidisciplinary rescue teams.
- Rescue Techniques in Confined Spaces and Hostile Environments: Application of advanced methods for the extraction of trapped individuals, considering conditions of low visibility, lack of oxygen, presence of toxic gases, and other challenges.
- Incident Management and Crisis Communication: Implementation of incident management systems, including coordination with emergency agencies, effective communication with personnel and the public, and Information management.
First Aid and Basic Life Support in Underground Environments: Training in first aid techniques adapted to underground conditions, including the treatment of common injuries, patient stabilization, and safe transport to the surface.
Geological and Structural Risk Assessment and Mitigation: Analysis of the stability of underground infrastructure, including the identification of geological faults, the assessment of structural integrity, and the implementation of preventive measures.
Use of Detection and Monitoring Technologies: Application of advanced technologies for risk detection, including gas sensors, structural monitoring systems, and drones for the inspection and assessment of hard-to-reach areas.
Rescue Drills and Exercises: Participation in drills and practical exercises to apply the techniques and strategies learned, allowing practice in realistic situations and improving the coordination and efficiency of rescue teams. Rescue.
Legal and Regulatory Framework for Risk Management in Underground Infrastructure: Knowledge of the legislation and regulations applicable to safety in underground infrastructure, including safety requirements, permits and licenses, and legal responsibilities.
Design and Implementation of Emergency and Business Continuity Plans: Development of comprehensive emergency plans that cover all aspects of risk management, including prevention, preparedness, response, and recovery, ensuring business continuity in the event of incidents.
6. Risk Assessment, Mitigation and Control in Underground Infrastructure
6. Risk Assessment, Mitigation, and Control in Underground Infrastructure
- Identification and assessment of geotechnical risks associated with the construction and operation of underground infrastructure.
- Analysis of soil-structure interaction, including modeling and numerical simulation (FEM).
- Assessment of tunnel and gallery stability, considering different construction methods.
- Analysis of seismic risks and their impact on underground structures.
- Design of risk mitigation systems, such as waterproofing, drainage, and structural reinforcement.
- Quality control and monitoring of infrastructure throughout its service life.
- Implementation of risk management strategies and emergency plans.
- Study of practical cases and application of international standards.
Who this program is for:
Emergency Management Course in Underground Infrastructure
- Technicians and professionals in the construction and maintenance industry for underground infrastructure (tunnels, subways, etc.).
- Engineers from various specialties (civil, mining, etc.) involved in the planning, design, construction, and operation of underground infrastructure.
- Safety and emergency personnel (firefighters, civil protection, etc.) responsible for managing incidents in underground environments.
- Managers of infrastructure service companies who require specialized training.
- Professionals from consulting and advisory firms specializing in safety and risk management for underground infrastructure.
- Standards-driven curriculum: you will work with CS-27/CS-29, DO-160, DO-178C/DO-254, ARP4754A/ARP4761, ADS-33E-PRF from the first module.
- Accreditable laboratories (EN ISO/IEC 17025) with rotor bench, EMC/Lightning pre-compliance, HIL/SIL, vibrations/acoustics.
- Evidence-oriented TFM: safety case, test plan, compliance dossierand operational limits.
- Mentored by industry: teachers with experience in rotorcraft, tiltrotor, eVTOL/UAM and flight test.
- Flexible modality (hybrid/online), international cohorts and support from SEIUM Career Services.
- Ethics and security: safety-by-design approach, cyber-OT, DIH and compliance as pillars.
1.1 Types and Characteristics of Underground Infrastructure
1.2 Specific Risks and Challenges in Underground Environments
1.3 Regulatory Framework and Safety Standards
1.4 Introduction to Emergency Planning
1.5 Rescue Equipment and Technologies in Underground Infrastructure
1.6 Analysis of Real-World Cases and Lessons Learned
1.7 Principles of Crisis Management and Communication
1.8 Roles and Responsibilities of Emergency Personnel
1.9 Fundamentals of Risk and Safety Assessment
1.10 Importance of Training and Continuing Education
2. Expert Domain in Underground Emergency Management: Complete Course – Module 2 — Fundamentals of Underground Emergency Management
2.2 Introduction to Underground Infrastructure and its Risks
2.2 Legal and Regulatory Framework in Underground Emergencies
2.3 Types of Underground Emergencies and Common Scenarios
2.4 Principles of Risk Management in Underground Environments
2.5 Preliminary Assessment and Incident Site Reconnaissance
2.6 Communication and Inter-institutional Coordination Protocols
2.7 Equipment and Technologies for Response in Underground Emergencies
2.8 First Aid and Medical Care in Confined Spaces
2.9 Personal Safety and Personal Protective Equipment (PPE)
2.20 Case Studies: Incident Analysis and Lessons Learned
2. Specialist in Rescue and Crisis Management Underground Environments: Advanced Training – Module 2 — Initial Response Planning
2.2 Rapid Situation Assessment and Scenario Analysis
2.2 Establishing the Command and Communication Post
2.3 Search and Rescue Protocols in Tunnels and Galleries
2.4 Ventilation Techniques and Hazardous Atmosphere Control
2.5 Use of Hazardous Gas and Substance Detection Equipment
2.6 Confined Space Firefighting Strategies
2.7 Structural Stability Assessment and Collapse Risks
2.8 Evacuation Planning and Escape Routes
2.9 Coordination with Specialized Rescue Teams
2.20 Emergency Response Drills and Exercises
3. Emergency Response Planning and Execution in Tunnels and Galleries – Module 3 — Rescue Operations and Rescue
3.2 Tunnel and Gallery Access and Entry Techniques
3.2 Victim Rescue in Underground Environments
3.3 Use of Lighting and Night Vision Systems
3.4 Advanced Life Support Techniques in Critical Situations
3.5 Victim Extraction from Confined Spaces
3.6 High-Angle and Vertical Space Rescue
3.7 Rescue Operations in Reduced Visibility Conditions
3.8 Coordination with Medical and Support Teams
3.9 Logistics and Resource Supply in the Field
3.20 Post-Rescue Assessment and Operation Analysis
4. Master’s Degree in Safety and Incident Response in Underground Infrastructure – Module 4 — Safety Management in Underground Infrastructure
4.2 Security and Surveillance Systems in Tunnels and Galleries
4.2 Design and Maintenance Fire and Gas Detection Systems
4.3 Access Control and Physical Security Protocols
4.4 Risk Assessment and Security Audits
4.5 Vulnerability Analysis and Resilience Planning
4.6 Protection against Terrorist Attacks and Acts of Sabotage
4.7 Cybersecurity Management in Critical Infrastructure
4.8 Security Regulations and Standards in Underground Infrastructure
4.9 Security Personnel Training and Development
4.20 Continuous Improvement and Updating of Security Protocols
5. Rescue Strategies and Risk Management in Underground Infrastructure: Professional Course – Module 5 — Risk Mitigation Techniques
5.2 Hazard Identification and Assessment in Underground Infrastructure
5.3 Risk Analysis and Development of Mitigation Plans
5.4 Design and Implementation of Fire Protection Systems
5.4 Control of Explosive and Hazardous Atmospheres
5.5 Protection Against Floods and Water Ingress
5.6 Hazardous Waste Management in Underground Environments
5.7 Design of Evacuation and Shelter Systems
5.8 Implementation of Emergency Signage and Communication
5.9 Practical Risk Mitigation Exercises
5.20 Cost-Benefit Analysis of Mitigation Measures
6. Risk Assessment, Mitigation, and Control in Underground Infrastructure – Module 6 — Communication and Crisis Management
6.2 Communication Strategies in Emergency Situations
6.2 Information and Rumor Management
6.3 Media Relations
6.4 Communication with Victims and their Families
6.5 Public Opinion and Reputation Management
6.6 Internal Communication and Team Coordination
6.7 Use of Social Media and Digital Platforms
6.8 Development of Crisis Communication Plans
6.9 Crisis Communication Drills
6.20 Evaluation and Continuous Improvement of Communication Protocols
7. Comprehensive Emergency Management in Underground Infrastructure: Practical Training – Module 7 — Legal and Ethical Aspects
7.2 Legal Framework for Emergency Management in Underground Infrastructure
7.2 Legal Responsibilities in Case of Incidents
7.3 Safety Regulations and Standards
7.4 Ethical Aspects of Decision-Making in Emergencies
7.5 Personal Data Protection and Privacy
7.6 Evidence Management and Incident Investigation
7.7 Civil and Criminal Liability
7.8 Legal Aspects of Inter-institutional Coordination
7.9 Regulatory Compliance and Audits
7.20 Ethical Aspects of Crisis Communication
8. Implementation and Leadership in Crisis Management in Underground Infrastructure – Module 8 — Leadership and Team Management
8.2 Leadership Principles in Emergency Situations
8.2 Communication and Decision-Making Skills
8.3 Management of Rescue and Emergency Teams
8.4 Resilience Development and Stress Management
8.5 Conflict Management and Negotiation
8.6 Teamwork and Interdepartmental Coordination
8.7 Motivation and Performance Management
8.8 Leadership in Prolonged Crisis Situations
8.9 Team Performance Evaluation
8.20 Developing Leadership Plans
3.3 Hazard Identification in Underground Environments
3.2 Vulnerability Analysis in Underground Infrastructure
3.3 Specific Risk Assessment of Tunnels and Galleries
3.4 Development of Risk Maps and Emergency Scenarios
3.5 Use of Risk Assessment Tools and Software
3.6 Inspection and Reconnaissance Techniques in Confined Spaces
3.7 Applicable Regulations and Standards for Underground Safety
3.8 Continuous Updating and Review of Risk Assessments
2.3 Establishment of the Command and Communication Post
2.2 Initial Action Protocols and Resource Activation
2.3 Situation Assessment and Rapid Decision Making
2.4 Coordination with Rescue Teams and External Support
2.5 Organization of Search and Rescue Teams
2.6 First Aid and Medical Care at the Incident Site
2.7 Evacuation Protocols and Victim Safety
2.8 Information Management and Communication with External Parties
3.3 Access and Progression Techniques in Tunnels and Galleries
3.2 Use of Personal Protective Equipment and Respiratory Equipment
3.3 Rescue of Victims Trapped in Confined Spaces
3.4 Extraction Techniques and Specialized Stretchers
3.5 Rescue in Smoke, Fire, or Flood Situations
3.6 Use of Cutting and Rescue Tools in Structures
3.7 Communication and Signaling Systems in Tunnels
3.8 Rescue Scenario Simulation and Field Practice
4.3 Fundamentals of Crisis Management and its Application
4.2 Structure and Functions of Crisis Management Teams
4.3 Internal and External Communication During an Emergency
4.4 Decision-Making in High-Pressure Situations
4.5 Resource Management and Logistics in Underground Emergencies
4.6 Legal Aspects and Responsibilities in Crisis Management
4.7 Coordination with Different Agencies and Organizations
4.8 Post-Incident Evaluation and Lessons Learned Analysis
5.3 Design and Implementation of Risk Mitigation Plans
4.3 5.2 Fire and Explosion Prevention Strategies
5.3 Ventilation and Air Risk Control
5.4 Structural Risk and Collapse Mitigation
5.5 Flood and Seepage Risk Control
5.6 Hazardous Materials Incident Response Strategies
5.7 Implementation of Safety Measures in Construction and Maintenance
5.8 Updating and Continuous Improvement of Mitigation Strategies
6.3 Safety Regulations and Standards in Tunnels
6.2 Design of Fire and Emergency Safety Systems
6.3 Safety Protocols for Tunnel Work
6.4 Evacuation Procedures and Safety Signage
6.5 Communication and Access Control Systems
6.6 Inspection and Maintenance of Safety Equipment
6.7 Safety Management During Traffic and Operations
6.8 Safety Audits and Drills in Tunnels
7.3 Qualities and Skills of an Emergency Leader
7.2 Decision Making Under Pressure and Team Management
7.3 Effective Communication and Situational Leadership
7.4 Building Team Trust and Motivation
7.5 Managing Stress and Burnout in Critical Situations
7.6 Leadership in Multi-Agency Coordination
7.7 Conflict Resolution and Negotiation in Emergencies
7.8 Performance Evaluation and Leadership Development
8.3 Rescue Practices in Simulated Tunnels and Galleries
8.2 Use of Rescue Equipment and Personal Protective Equipment
8.3 Evacuation and Search and Rescue Drills
8.4 Rescue Drills in Fire and Collapse Scenarios
8.5 First Aid and Medical Care Practices
8.6 Coordination with Rescue Teams and Crisis Management
8.7 Performance Evaluation and Feedback
8.8 Post-Action Analysis and Continuous Improvement
4.4 Fundamentals of Underground Infrastructure Safety
4.2 Legal and Regulatory Framework for Underground Crisis Management
4.3 Identification and Assessment of Specific Risks
4.4 Emergency Response Planning
4.5 Rescue and Salvage Equipment and Technologies
4.6 First Aid and Medical Care in Underground Environments
4.7 Communication and Coordination in Crisis Situations
4.8 Crisis Management Drills and Exercises
4.9 Psychological Aspects and Support for Victims
4.40 Post-Incident Analysis and Continuous Improvement
5.5 Hazard Identification in Underground Environments
5.5 Incident Probability Assessment
5.3 Severity Analysis of Consequences
5.4 Risk Mapping and Modeling Techniques
5.5 Risk Matrix Implementation
5.6 Risk Mitigation Strategies
5.7 Risk Monitoring and Tracking
5.8 Contingency Plan Development
5.9 Infrastructure Vulnerability Analysis
5.50 Case Studies and Drills
6.6 Identification and assessment of geological and structural risks
6.2 Vulnerability analysis of ventilation and electrical systems
6.3 Fire and explosion risk studies in confined spaces
6.4 Hazard mapping and risk map creation
6.5 Assessment of the presence of hazardous gases and their detection
6.6 Risk analysis associated with flooding and seepage
6.7 Safety considerations for underground infrastructure
6.8 Application of specialized risk analysis software
2.6 Development of specific emergency plans for underground infrastructure
2.2 Evacuation protocols and safe escape routes
2.3 Preparation of rescue teams and necessary materials
2.4 Drills and training exercises in realistic scenarios
2.5 Resource management and coordination with emergency services
2.6 Communication planning in crisis situations
2.7 Crisis management in tunnels and galleries
2.8 Development of manuals and procedural guides
3.6 Rescue techniques in confined and difficult-to-access spaces
3.2 Use of self-contained breathing apparatus and rescue systems
3.3 Extraction of victims in collapse and cave-in situations
3.4 First aid and medical care in underground environments
3.5 Vertical and horizontal rescue techniques
3.6 Use of specialized rescue tools
3.7 Coordination of multidisciplinary rescue teams
3.8 Application of safety protocols in rescue operations
4.6 Effective communication with personnel and victims
4.2 Information and disinformation management in crises
4.3 Decision-making under pressure and leadership in critical situations
4.4 Coordination with the media and public opinion
4.5 Image and reputation management in crisis situations
4.6 Crisis communication on social media
4.7 Legal and ethical aspects of crisis management
4.8 Post-crisis evaluation and lessons learned
5.6 Chemical risk assessment Biological and radiological risks
5.2 Mitigation of risks associated with explosions and collapses
5.3 Risk control in tunnels and galleries
5.4 Design of response strategies for complex incidents
5.5 Cybersecurity risk analysis in underground infrastructure
5.6 Assessment of terrorism and sabotage risks
5.7 Implementation of physical and technological security measures
5.8 Development of contingency plans for complex scenarios
6.6 Safety protocols for work in underground infrastructure
6.2 Use and maintenance of personal protective equipment (PPE)
6.3 Regulations and standards applicable to tunnel safety
6.4 Access control and management of work permits
6.5 Fire and gas detection and alarm systems
6.6 Design of emergency lighting and ventilation systems
6.7 Application of safety measures in maintenance operations
6.8 Incident analysis and continuous safety improvement
7.6 Styles Leadership in Emergency Situations
7.2 Decision-Making Under Pressure and in Adverse Conditions
7.3 Management of Rescue Teams and Coordination of Efforts
7.4 Effective Communication and Information Management
7.5 Motivation and Emotional Support of Personnel
7.6 Conflict Resolution and Negotiation in Crisis Situations
7.7 Resource Management and Strategic Planning
7.8 Performance Evaluation and Continuous Leadership Improvement
8.6 Design and Execution of Realistic Drills
8.2 Rescue Practices in Different Scenarios
8.3 Use of Rescue Equipment and Tools
8.4 Coordination of Multidisciplinary Teams
8.5 Performance Evaluation and Results Analysis
8.6 Identification of Areas for Improvement
8.7 Development of Corrective Action Plans
8.8 Documentation and Reporting of Drills and Practices
- Hands-on methodology: test-before-you-trust, design reviews, failure analysis, compliance evidence.
- Software (depending on licenses/partners): MATLAB/Simulink, Python (NumPy/SciPy), OpenVSP, SU2/OpenFOAM, Nastran/Abaqus, AMESim/Modelica, acoustics tools, planning toolchains DO-178C.
- SEIUM Laboratories: scale rotor bench, vibrations/acoustics, EMC/Lightning pre-compliance, HIL/SIL for AFCS, data acquisition with strain gauging.
- Standards and compliance: EN 9100, 17025, ISO 27001, GDPR.
Capstone-type projects
Admissions, fees, and scholarships
- Profile: Background in Computer Engineering, Mathematics, Statistics, or related fields; practical experience in NLP and valued information retrieval systems.
- Documentation: Updated CV, academic transcript, SOP/statement of purpose, project examples or code (optional).
- Process: Application → Technical evaluation of profile and experience → Technical interview → Review of case studies → Final decision → Enrollment.
- Fees:
- Single payment: 10% discount.
- Payment in 3 installments: No fees; 30% upon registration + 2 equal monthly payments of the remaining 35%.
Monthly payment: available with a 7% commission on the total; annual review.
Scholarships: based on academic merit, financial need, and promoting inclusion; agreements with companies in the sector for partial or full scholarships.
See “Calendar & Calls for Applications,” “Scholarships & Grants,” and “Fees & Financing” in the SEIUM mega-menu.
Do you have any questions?
Our team is ready to help you. Contact us, and we will respond as soon as possible.
F. A. Q
Frequently asked questions
Yes, we have international certification
Yes: experimental models, real data, applied simulations, professional environments, real case studies.
It is not mandatory. We offer leveling tracks and tutoring.
Completely. It covers e-propulsion, integration, and emerging regulations (SC-VTOL).
Recommended. There are also internal challenges and consortiums.
Yes. Online/hybrid modality with planned labs and visa support (see “Visa & Residence”).