Postgraduation Emergency Management for Dangerous Materials
The PG course and specialization in Hazardous Materials Emergency Management aims to train Municipal Civil Protection Agents and Services, Emergency Managers, and other professionals to act in the preparation, response, and management of crises related to Read more
Course formatMixed
Hours100h
Credits12 ECTS
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2st Edition - 2025-26
2st Edition - 2025-26
Coming SoonStart date 2 Nov, 2026End date 24 Apr, 2027Application start 15 May, 2026Application end 18 Oct, 2026
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What will I learn in this course?
What will I learn in this course?
The PG course and specialization in Hazardous Materials Emergency Management aims to train Municipal Civil Protection Agents and Services, Emergency Managers, and other professionals to act in the preparation, response, and management of crises related to technological risks and hazardous materials. With 100 hours (86 online and 14 in person), it combines theory and practice in management, planning, logistics, and the use of technologies for analysis and action in critical scenarios. Focused on direct application, it promotes skills to face complex risks, strengthen resilience, and implement innovative strategies. The 14 classroom hours include modeling, mapping, and real emergency simulation exercises, evaluating response and coordination.
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Entry requirements and conditions
Entry requirements and conditions
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Technical and professional skills that I will acquire
Technical and professional skills that I will acquire
- Management of technological risks and hazardous materials - ability to identify, assess, and mitigate complex threats. - Strategic planning and logistics in civil protection - development and implementation of emergency plans adapted to different contexts. - Risk modeling and mapping - use of technological tools for analysis, simulation, and scenario planning for crisis situations. - Coordination and leadership in emergency scenarios - practical skills for managing teams, resources, and processes in critical situations. - Awareness and effective communication in crises - promotion of prevention, community resilience, and clear communication with the public and stakeholders.
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Main reasons for choosing this course on ULusófona
Main reasons for choosing this course on ULusófona
- Unique specialization in hazardous materials - Advanced training focused on technological risks and hazardous materials, rarely explored in other academic programs.
- Flexible B-learning model - Combination of 86 hours online and 14 hours in person, allowing you to balance training with professional activity.
- Immediate practical application - Includes modeling exercises, mapping, and realistic emergency simulations to consolidate skills.
- Professional development - Enhances career progression in civil protection, safety, and emergency response, opening up new opportunities in the public and private sectors.
- Specialized teaching staff - Guidance from professionals and academics with recognized experience in civil protection and crisis management.
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Program
Program
- [Anual]
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Hazardous Materials - Management, PPE, and Decontamination
2 ects -
Information and Public Awareness on Technological Risks and Hazardous Materials
1 ects -
Meteorological Factors
1 ects -
Modeling and Scenario Planning for Emergencies Involving Hazardous Materials
2 ects -
Technological Risk Modeling and Mapping
3 ects -
Sem Nome
3 ects
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Career opportunities and career prospects
Career opportunities and career prospects
The Postgraduate and Specialization Course in Hazardous Materials Emergency Management opens up a wide range of professional opportunities in contexts where crisis prevention, response, and recovery are essential. The training allows graduates to acquire technical, strategic, and operational skills that can be applied in the public, private, and associative sectors, contributing to the construction of safer and more resilient communities and organizations. The most relevant career opportunities include: - Civil Protection Emergency Managers - with responsibilities in the planning, coordination, and execution of emergency plans in scenarios involving technological risks and hazardous materials. - Civil Protection Agents and Technicians (municipal, sub-regional, regional, or national) - prepared to work in government structures, security forces, or specialized services, strengthening response capacity in critical situations. - Senior civil servants and technicians in public administration - namely division heads, municipal civil protection coordinators, civil protection technicians, and those responsible for strategic areas related to security, logistics, and planning. - Industrial and corporate safety managers - professionals working in companies in the chemical, energy, pharmaceutical, and transportation sectors, or in production units that handle, store, or transport hazardous materials, ensuring compliance with legal and safety regulations. - Consultants and advisors in technological risk management - supporting public or private entities in the development of contingency plans, safety audits, risk modeling, and mapping. - Technicians in emergency response entities - such as firefighters, security forces, or municipal services, specializing in hazardous materials management and operational coordination. - Trainers and public awareness officers - specialists capable of promoting communication and education campaigns on technological risks, fostering prevention and community resilience. - Employees in international organizations and NGOs - working on programs and projects related to technological safety, emergency response, and protection of populations in disaster scenarios. In addition to these contexts, specialization is also a differentiating factor in career progression for professionals already working in civil protection, safety, and emergency structures, enhancing their résumés and increasing their access to positions of greater responsibility. Thus, this Postgraduate and Specialization course not only prepares graduates to respond to complex risks associated with hazardous materials, but also positions them as strategic agents of change, capable of implementing innovative solutions, strengthening organizational resilience, and contributing to the safety and well-being of populations.
Porto | Fac.Ciênc.Naturais,Engª e Tecnol.





