The Definitive Guide with Event Risk Assessment Examples
Organizing any event, from corporate conferences to massive festivals, carries inherent risks that can compromise safety, budget, and reputation. This article provides a comprehensive and practical guide, focused on offering event risk assessment examples that planners can adapt and apply. The goal is to transform risk management from a reactive task to a proactive strategy. We will cover proven methodologies, from creating a risk matrix to developing detailed contingency plans. Industry professionals will find tools to improve their key KPIs, such as reducing incidents by 30%, optimizing insurance costs by 15%, and increasing attendee satisfaction scores (NPS) related to safety. This guide is designed for event directors, logistics coordinators, and security managers who are looking to standardize and enhance their operational protocols.
Introduction
In the events industry, success is not only measured by attendee experience or return on investment, but fundamentally by safety and operational smoothness. An incident, however small, can have catastrophic consequences. Therefore, robust risk management is the cornerstone of any successful event. This document is designed as a reference manual, full of event risk assessment examples that illustrate how to anticipate and neutralize potential threats. Through a systematic approach, we will demonstrate that risk assessment is not a bureaucratic hurdle, but a competitive advantage that protects attendees, staff, and the brand. We will analyze everything from common hazards such as technical failures and adverse weather conditions to more complex risks such as cybersecurity and medical emergencies.
The proposed methodology is based on the standard risk management cycle: identification, analysis, assessment, treatment, and monitoring. For each phase, we will offer practical tools and key performance indicators (KPIs) to measure the effectiveness of the implemented strategies. Key indicators to be addressed include the Incident Rate per 1,000 attendees, the Mean Time To Respond to an Emergency (MTTR), the Contingency Budget Deviation (target <5%), and the Net Promoter Score (NPS) related to perceived safety. The ultimate goal is to equip organizers with the confidence and skills necessary to execute flawless and safe events.
Vision, values, and proposal
Focus on results and measurement
Our vision is to position risk management as a strategic pillar in event planning, not as a mere compliance requirement.
We apply the Pareto principle (80/20), focusing on identifying the 20% of risks that could cause 80% of the negative impacts. Our values are based on proactivity, diligence, and transparency. We adhere to international standards such as ISO 31000 (Risk Management) and local occupational health and safety guidelines, adapting them to the scale and nature of each event. The value proposition lies in transforming uncertainty into a controlled advantage, ensuring event continuity, protecting assets, and enhancing brand reputation.
- Main Value Proposition: Reduce the probability and impact of negative incidents by at least 40% through proactive planning and drills.
- Quality Criteria: Each risk plan must be auditable, specific, measurable, achievable, relevant, and time-bound (SMART). It must include clearly defined roles and responsibilities.
- Decision Matrix: Mitigation decisions are based on a Probability vs. Impact matrix. Risks in the “high-high” zone receive priority and immediate treatment, while those in the “low-low” zone can be accepted and monitored.
- Focus on Continuous Improvement: After each event, a post-mortem report is prepared to analyze the incidents (or near misses) and update the risk knowledge base for future projects.
Services, Profiles, and Performance
Portfolio and Professional Profiles
We offer a portfolio of risk management consulting services for events, tailored to different needs and scales. Our services range from auditing existing plans to designing and implementing a comprehensive security management system. The professional profiles involved include the Event Risk Manager (certified in ISO 31000 standards), the On-Site Security Coordinator (trained in emergency response and crowd control), and the Business Continuity Specialist (focused on contingency plans). The goal is to provide an expert team that integrates with the organizing committee to ensure 360-degree coverage. Event risk assessment examples are a fundamental tool in our initial diagnostic service.
Operational Process
Phase 1: Risk Assessment and Mapping (1 week): Interviews are conducted with stakeholders, the venue is inspected, and a preliminary risk register is prepared. KPI: Identification of 95% of foreseeable risks.
Phase 2: Analysis and Quantitative Evaluation (1-2 weeks): Probability and impact values are assigned to each risk, they are prioritized using a heat matrix, and acceptable risk levels are defined. KPI: Agreement rate on risk prioritization > 90% among stakeholders.
Phase 3: Mitigation Strategy Design (1 week): Specific action plans are developed for priority risks (avoid, transfer, mitigate, or accept). KPI: Reduction of weighted residual risk by 50%.
Phase 4: Implementation and Training (Variable duration): Control measures are implemented, teams are trained, and drills are conducted. KPI: 100% of key personnel trained in emergency protocols.
Phase 5: Monitoring and Review (During and Post-Event): Active monitoring during the event and preparation of a lessons learned report. KPI: Deviation detection time < 15 minutes.
Tables and examples
Ensure Rapid medical response
Average emergency response time
Establish strategic first aid stations, mobile paramedics.
Patient arrival time < 3 minutes in 95% of cases.
Control the contingency budget
Deviation from the allocated budget for unforeseen events
Analysis of financial risks, negotiation of cancellation clauses with suppliers.
Use of the contingency fund < 75% of the total allocated.
Improve the perception of safety
Safety NPS score in post-event surveys
Clear communication of safety measures, friendly and helpful.
NPS > 60 in the “Safety and Wellbeing” category.
| Objective | Indicators (KPIs) | Actions | Expected result |
|---|---|---|---|
| Minimize security incidents | Incident rate / 1,000 attendees | Implement access control, CCTV, visible security personnel. | Incident rate < 0.5 per 1,000 attendees. |
Representation, campaigns and/or production
Professional development and management
Implementing a risk plan on the ground requires flawless coordination.
This involves managing all necessary permits and licenses (occupancy permits, noise permits, civil protection plans), ensuring that all legal requirements are met in advance. Supplier coordination is critical: it must be verified that all contractors (catering, audiovisual, security) have their own liability insurance and comply with our safety standards. A detailed execution schedule is drawn up, including safety milestones such as inspections of temporary structures, alarm system testing, and evacuation drills. This proactive approach minimizes last-minute surprises and ensures that all teams work cohesively.
- Critical Documentation Checklist:
- Self-protection plan approved by local authorities.
- Liability insurance policies (organizer and suppliers).
- Installation certificates for temporary structures (stages, tents).
- Traffic and parking management plan.
- List of emergency contacts (police, fire department, nearest hospital).
- Contingency Plans:
- Alternatives by stock/supplier: Have a backup audiovisual supplier in case of technical failure of the main one.
- Venue Plan B: For outdoor events, have An indoor or covered option pre-negotiated in case of extreme weather conditions.
- Crisis Communication Plan: Pre-approved press release templates and social media messages for different crisis scenarios.
Content and/or Media that Convert
Messages, Formats, and Conversions: Safety Communication
Communicating safety measures is a balancing act: it must inform and reassure without causing alarm. The main hook is presenting safety as an integral part of a quality experience. We use visual formats such as infographics and short videos in the event app or on venue screens to communicate evacuation routes and emergency protocols. Calls to action (CTAs) are clear and direct, such as “Find your nearest exit” or “Save the emergency number in your contacts.” We conduct A/B testing on app messages to see which wording (e.g., “We’re looking out for you” vs. “Learn about our safety measures”) generates a higher click-through rate. Metrics such as the open rate of safety push notifications and time spent in the app’s “Wellbeing” section indicate the effectiveness of our communication. Including examples of event risk assessment in front-line staff training empowers them to confidently answer attendee questions.
- Planning Phase: The marketing and safety teams define the key messages. Responsible: Communications Director.
- Content Creation: Design of infographics, videos, and text for the website, app, and social media. Responsible: Graphic Designer / Content Manager.
Scheduling and Distribution: Content publication is scheduled before and during the event. Responsible: Social Media Manager.
Staff Training: Public-facing staff receive a briefing on how to communicate safety measures. Responsible: Operations Manager.
Monitoring and Adjustment: Social media feedback is monitored, and messages are adjusted in real time if necessary. Responsible: Community Manager.
Training and employability
Demand-driven catalog
We offer specialized training programs for event professionals, focused on risk management and safety.
These modules are designed to meet the real needs of the market and improve the employability of event organizers.
Module 1: Fundamentals of Event Risk Assessment (ISO 31000 Standard). Learn to create a risk matrix from scratch.
Module 2: Crowd Management and Mass Control. Techniques for preventing dangerous overcrowding and managing people flow.
Module 3: Emergency Response Planning. Designing evacuation plans, crisis communication, and coordination with emergency services.
Module 4: Health and Safety at Post-COVID Events. Hygiene protocols, capacity control, and management of potential outbreaks.
Module 5: Cybersecurity for Events. Data protection for attendees, Ticketing systems and Wi-Fi networks.
Module 6: First Response Team Training (First Aid and Firefighting). Practical training for frontline personnel.
Methodology
Our methodology combines theory with intensive practice. Assessment is based on rubrics that measure the student’s ability to apply concepts in simulated scenarios. Participants develop a comprehensive risk plan for a fictitious event, which is evaluated by expert instructors. Practical experience at real events, coordinated through our job placement service, allows students to gain valuable experience. The expected outcome is that 90% of graduates will be able to independently lead the risk assessment process for a medium-sized event within six months of completing the course.
Operational Processes and Quality Standards
From Request to Execution
- Diagnosis (1-2 weeks): Receiving the client’s request. Initial workshop to understand the scope, objectives, and risk appetite of the event. Deliverable: Preliminary Diagnostic Report. Acceptance criterion: Alignment with the client on the main risk areas.
- Proposal (1 week): Development of a detailed technical and financial proposal, including the scope of services, the proposed team, and the success KPIs. Deliverable: Consulting Proposal. Acceptance Criteria: Contract signing.
- Pre-production (4-8 weeks): Development of the complete Risk Management Plan, including matrices, mitigation plans, and contingency plans. Deliverable: Risk Management Master Document. Acceptance Criteria: Approval of the plan by the client and relevant authorities.
- Execution (During the event): Deployment of the team on-site. Activation of the Advanced Command Post (ACP). Real-time monitoring of risks and active incident management. Deliverable: Daily situation reports. Acceptance Criteria: Compliance with incident response SLAs.
- Closure (1-2 weeks post-event): Data collection, incident analysis, and preparation of the final report. Deliverable: Post-Action Report and Lessons Learned. Acceptance Criteria: Closing workshop with the client to review the results and recommendations.Quality Control
Roles: An independent Quality Manager reviews all deliverables before they are sent to the client.
Escalation: A clear chain of command is established for decision-making during a crisis, from the on-site coordinator to the event director.
Acceptance Indicators: Plans must pass a checklist of more than 50 points based on the ISO 31000 standard before being considered final.
SLAs (Service Level Agreements): Response time to a high-priority email: < 2 hours. Crisis team mobilization time: < 30 minutes.
- Mitigation: Redundant radio system and an internal communication app.ClosureLessons Learned Report>80% of the recommendations were accepted by the client.Risk: Post-event data is inaccurate. Mitigation: Use digital forms for incident reporting.
Quality Control Table by Process Phase Phase Deliverables Control Indicators Risks and Mitigation Diagnosis Preliminary Risk Report % of key stakeholders interviewed (>90%) Risk: Incomplete information. Mitigation: Use standardized checklists and conduct site visits. Pre-production Risk Management Plan Formal approval from authorities. Score > 8/10 in internal quality review. Risk: Rejection of the plan by the authorities. Mitigation: Involve them from the initial phases of the process. Execution Real-time incident logs Average incident closure time < 60 mins. Risk: Team communication failure.
Application Cases and Scenarios
Case 1: Outdoor Music Festival (50,000 attendees)
A three-day music festival in a rural area presented significant risks. The objective was to ensure the safety of the attendees and the continuity of the event in the face of multiple threats. The planning period was 8 months and the ROI was measured in the avoidance of cancellation costs and reputational damage. The investment in risk management was €50,000, approximately 1% of the total budget.
Risk Development and Matrix:
Crowds at entrances and in front of the stage4 (Probable)4 (Serious)16 (Critical)Zigzag entrance design, barriers to divide crowds, security personnel trained in crowd management, drone monitoring.Head of Security
Food poisoning from food stalls2 (Unlikely)4 (Serious)8 (High)Pre-event and daily health inspections of all vendors, guaranteed cold chain, medical station with specific protocol.Supplier CoordinatorFire in camping area3 (Possible)5 (Catastrophic)15 (Critical)Open fires prohibited, wide firebreaks, fire extinguishers every 50 meters, dedicated fire brigade on site.Security ManagerMain power outage2 (Unlikely)5 (Catastrophic)10 (Critical)Backup generators with capacity for 120% of the critical load (emergency lighting, evacuation sound), switchover tests.Technical Director
| Identified Hazard | Probability (1-5) | Impact (1-5) | Risk Level (P x I) | Mitigation Strategy | Responsible Party |
|---|---|---|---|---|---|
| Extreme weather conditions (thunderstorm) | 3 (Possible) | 5 (Catastrophic) | 15 (Critical) | Hiring a meteorologist, evacuation plan to safe zones, mass communication via app and screens, reinforced anchoring of structures. | Director of Operations |
Outcome: On the second day, the weather alert system predicted a severe storm. The communication plan was activated 90 minutes in advance. The festival was paused in an orderly fashion, attendees were guided to safe areas (vehicles and permanent buildings), and resumed 2 hours later without incident. The security NPS was 72, a record for this type of event.
Case 2: International Technology Conference (5,000 delegates)
A high-profile conference in an urban convention center. The main risks were related to technology, the security of VIP speakers, and the management of personal data. The timeframe was 6 months. The main KPI was to ensure 99.9% uptime of technology services and zero data breaches.
Development and Mitigation:
- Cybersecurity: An external company was hired to perform penetration testing on the attendee Wi-Fi network and the registration platform. Two-factor authentication was implemented for access to sensitive data. The network for production and speakers was physically separate from the public network.
- Technical Failure (AV): All critical audiovisual equipment (projectors, mixing consoles, microphones) had an identical backup system in “hot standby”. Full rehearsals of each presentation were conducted in each room.
- VIP Security: Coordination was made with a private security team and the local police for the protection of high-profile speakers. Safe arrival and departure routes were planned, and safe “green rooms” were designated.Medical Emergency: Given the demographic profile (some elderly attendees), a medical team with a defibrillator was stationed on each floor of the convention center, and their location was communicated via the app.
Outcome: There was an attempted distributed denial-of-service (DDoS) attack against the event website, which was effectively mitigated by the firewall and the cloud service provider without affecting users. One speaker experienced dizziness before their talk and was attended to by the medical team within 2 minutes, making a full recovery. The event proceeded without any notable technical disruptions.
Case 3: Urban Marathon (20,000 runners, 100,000 spectators)
The challenge of a marathon is managing a 42.195 km mobile “venue” that traverses a city. Coordination with multiple municipal agencies is key. Risks include runner medical emergencies, public safety, and traffic management.
Development and Planning:
- Route Mapping: Critical points were identified along the route: bridges, tunnels, and areas of high spectator concentration. A designated area manager was assigned to each.
- Medical Plan: Medical stations were set up every 2 km, with ambulances strategically positioned for rapid access. A system of colored flags indicated the level of heat risk for runners.Coordination with Authorities: More than 50 traffic closure and diversion plans were created and communicated to residents weeks in advance. The Advanced Command Post included representatives from the police, fire department, medical services, and the event organizers.
Public Safety: Barriers were used to separate spectators from runners, and large backpacks were prohibited in the start and finish areas.
Outcome: 250 minor medical incidents (dehydration, blisters) and 5 requiring hospital transport were treated. Thanks to the rapid response, all were resolved without serious complications. Traffic disruptions remained within planned limits, and the race was perceived as safe and well-organized, resulting in a three-year renewal of the main sponsorship.
Step-by-Step Guides and Templates
Guide 1: How to Conduct an 8-Step Event Risk Assessment
- Establish the Context: Define the scope of the event (type, size, location, audience) and the risk management objectives. What is the organization’s “risk appetite”?
- Identify Hazards: Brainstorm with your team, review past event reports, and walk the venue. Utiliza categorías para no olvidar nada: humanos (aglomeraciones, terrorismo), operativos (fallos técnicos, proveedores), de reputación, de proyecto (presupuesto, plazos), de seguridad (incendios, médicos), naturales (clima, seísmos).
- Determinar Quién Puede Ser Dañado y Cómo: Para cada peligro, piensa en los grupos afectados: asistentes, personal, voluntarios, ponentes, público en general, la propiedad.
- Analizar los Riesgos – Estimar Probabilidad e Impacto: Utiliza una escala (p. ej., de 1 a 5) para la probabilidad de que ocurra el peligro y el impacto que tendría si ocurriera. El impacto puede ser financiero, humano (lesiones), de reputación, etc.
- Evaluar los Riesgos – Crear la Matriz: Multiplica la Probabilidad por el Impacto para obtener un Nivel de Riesgo para cada peligro. Esto te permite priorizar. Crea una matriz de calor (rojo, ámbar, verde) para visualizar los riesgos más críticos.
- Planificar el Tratamiento del Riesgo: Para cada riesgo alto/crítico, decide una estrategia:
- Evitar: Cambiar el plan para eliminar el riesgo (p. ej., no usar pirotecnia).
- Mitigar: Reducir la probabilidad o el impacto (p. ej., añadir más salidas de emergencia).
- Transferir: Pasar el riesgo a un tercero (p. ej., contratar un seguro o subcontratar a un especialista).
- Aceptar: Para riesgos bajos, aceptarlos y monitorearlos, teniendo un plan de contingencia.
- Registrar y Comunicar: Documenta todo el proceso en un Registro de Riesgos. Asigna un responsable y una fecha límite para cada acción de mitigación. Comunica el plan a todo el personal relevante.
- Revisar y Actualizar: La evaluación de riesgos no es un documento estático. Revísalo regularmente, especialmente si cambian las condiciones, y realiza un análisis post-evento para aprender y mejorar.
Guía 2: Plantilla de Matriz de Riesgos (Probabilidad vs. Impacto)
Esta guía explica cómo construir y usar una matriz de riesgos, una herramienta visual fundamental. La matriz suele tener 5 niveles de Probabilidad (de Muy Improbable a Casi Seguro) y 5 niveles de Impacto (de Insignificante a Catastrófico).
- Definir las Escalas: Crea definiciones claras para cada nivel. Por ejemplo, en Probabilidad: 1 (Muy Improbable) = ocurre menos de una vez cada 10 años; 5 (Casi Seguro) = se espera que ocurra al menos una vez en el evento. Para Impacto (Financiero): 1 (Insignificante) = < 1.000 €; 5 (Catastrófico) = > 100.000 €.
- Poblar la Matriz: Coloca cada riesgo identificado en la celda correspondiente según su puntuación de Probabilidad e Impacto.
- Codificar por Colores: Asigna colores a los niveles de riesgo (P x I):
- 15-25 (Rojo/Crítico): Requiere acción inmediata y la atención de la alta dirección.
- 8-14 (Ámbar/Alto): Requiere un plan de mitigación específico y seguimiento.
- 1-7 (Verde/Bajo): Se puede aceptar, pero debe ser monitoreado.
- Priorizar Acciones: Usa la matriz para decidir dónde enfocar tus recursos. Los riesgos en la esquina superior derecha (rojo) son la prioridad absoluta.
Guía 3: Checklist Esencial para un Plan de Respuesta a Emergencias
Un plan de respuesta a emergencias (PRE) es el documento que se activa cuando un riesgo se materializa. Debe ser claro, conciso y accionable.
- Tipos de Emergencia Cubiertos: Listar los escenarios específicos (incendio, emergencia médica, amenaza de bomba, fallo estructural, etc.).
- Cadena de Mando y Roles: ¿Quién está a cargo? (Director de Emergencia). ¿Quiénes son los líderes de equipo? (Evacuación, Comunicación, Primeros Auxilios). Incluir nombres y formas de contacto.
- Procedimientos de Activación: ¿Cómo se declara una emergencia? ¿Cuál es la palabra clave o señal?
- Protocolos de Comunicación:
- Interna: ¿Cómo se comunica el equipo entre sí? (Radios, grupo de mensajería dedicado).
- Externa: ¿Cómo se notifica a los servicios de emergencia (112)? ¿Quién es el portavoz para los medios?
- Al Público: ¿Cómo se informa a los asistentes? (Sistema de megafonía, pantallas, app del evento). Tener mensajes pregrabados.
- Planes de Evacuación:
- Mapas claros con rutas de evacuación primarias y secundarias.
- Ubicación de salidas de emergencia, extintores y botiquines.
- Puntos de encuentro seguros y designados, lejos del peligro.
- Procedimientos para ayudar a personas con movilidad reducida.
- Recursos Disponibles: Listado y ubicación de personal médico, bomberos, seguridad, botiquines, desfibriladores, etc.
- Contactos de Emergencia: Lista detallada de contactos (hospitales, policía, bomberos, empresa de servicios públicos, etc.).
- Plan de Formación y Simulacros: ¿Con qué frecuencia se entrena al personal? Registrar las fechas y los resultados de los simulacros.
Recursos internos y externos (sin enlaces)
Recursos internos
- Plantilla de Registro de Riesgos (Formato Excel).
- Checklist de Inspección de Recintos (Formato PDF).
- Modelo de Plan de Respuesta a Emergencias.
- Catálogo de Casos Prácticos y Lecciones Aprendidas de Eventos Anteriores.
- Guía de Estilo para la Comunicación de Crisis.
Recursos externos de referencia
- Norma ISO 31000:2018 – Gestión del Riesgo. Directrices.
- The Purple Guide to Health, Safety and Welfare at Music and Other Events (HSE, Reino Unido).
- Guías de la National Fire Protection Association (NFPA), especialmente NFPA 101 (Código de Seguridad Humana).
- Publicaciones del Event Safety Alliance (ESA).
- Normativa local de Protección Civil y Ordenanzas Municipales sobre espectáculos públicos.
Preguntas frecuentes
¿Cuál es la diferencia entre un peligro y un riesgo?
Un peligro es cualquier cosa que tiene el potencial de causar daño (p. ej., un cable suelto en el suelo). Un riesgo es la probabilidad de que ese peligro cause daño, combinado con la severidad de ese daño (p. ej., el riesgo de que alguien tropiece con el cable y sufra una fractura).
¿Con cuánta antelación debo empezar la evaluación de riesgos?
Lo antes posible. La evaluación de riesgos debe comenzar en la fase de concepto del evento, ya que puede influir en decisiones clave como la elección del recinto, la fecha o el tipo de actividades. Debería ser un documento vivo que se actualiza a lo largo de todo el ciclo de vida del evento.
¿Necesito un seguro si ya tengo un plan de riesgos?
Absolutamente. El plan de riesgos y el seguro son complementarios. El plan busca reducir la probabilidad y el impacto de los incidentes (mitigación), mientras que el seguro transfiere el impacto financiero de los incidentes que, a pesar de todo, puedan ocurrir. De hecho, tener un plan de riesgos sólido puede ayudar a reducir las primas de su seguro.
¿Quién es el responsable final de la seguridad en un evento?
El responsable último es siempre el organizador del evento (la persona o entidad legal). Aunque se pueden delegar tareas a especialistas como jefes de seguridad o consultores de riesgos, la responsabilidad legal final no se puede transferir.
¿Cómo puedo gestionar los riesgos de proveedores externos?
Es crucial incluirlos en tu plan. Exige que todos los proveedores presenten sus propias evaluaciones de riesgos y pólizas de seguro. Incluye cláusulas de seguridad y cumplimiento en sus contratos. Realiza reuniones de coordinación de seguridad con todos ellos antes del evento.
Conclusión y llamada a la acción
La excelencia en la organización de eventos se fundamenta en una gestión de riesgos proactiva y meticulosa. Como hemos demostrado a través de numerosos ejemplos de evaluación de riesgos para eventos, un enfoque estructurado no solo previene desastres, sino que también optimiza operaciones, protege presupuestos y fortalece la confianza de asistentes, patrocinadores y stakeholders. La implementación de procesos auditables, la formación continua del personal y el análisis post-evento son claves para crear un ciclo de mejora continua. Los KPIs no mienten: una reducción drástica de incidentes, respuestas a emergencias más rápidas y una mayor percepción de seguridad son resultados tangibles de esta inversión estratégica. No deje la seguridad de su evento al azar. Empiece hoy a implementar un marco de gestión de riesgos robusto y profesional.
Si está listo para elevar el estándar de seguridad y operación de sus eventos, póngase en contacto con nuestro equipo de especialistas. Podemos ayudarle a realizar una auditoría de sus procesos actuales, desarrollar un plan de riesgos a medida o formar a su equipo para que esté preparado para cualquier eventualidad.
Glosario
- Peligro
- Una fuente potencial de daño o situación con potencial para causar pérdidas. Ejemplo: suelo mojado, material inflamable.
- Riesgo
- La combinación de la probabilidad de que ocurra un evento o exposición peligrosa y la severidad de la lesión o enfermedad que puede ser causada por el evento o exposición.
- Mitigación
- Acciones tomadas para reducir la probabilidad de ocurrencia de un riesgo, su impacto, o ambos.
- Contingencia
- Un plan diseñado para un resultado distinto al plan principal. Es el “Plan B” que se activa cuando un riesgo se materializa.
- Matriz de Riesgos
- Una herramienta visual utilizada para la evaluación de riesgos que grafica la probabilidad de un riesgo frente al impacto que tendría.
- ISO 31000
- Una norma internacional que proporciona principios y directrices para la gestión de riesgos. No es certificable, pero ofrece un marco de buenas prácticas.
Internal links
- Click here👉 https://uk.esinev.education/masters/
- Click here👉 https://uk.esinev.education/diplomates/
External links
- Princeton University: https://www.princeton.edu
- Massachusetts Institute of Technology (MIT): https://www.mit.edu
- Harvard University: https://www.harvard.edu
- Stanford University: https://www.stanford.edu
- University of Pennsylvania: https://www.upenn.edu