Do You Want to Become a Confident Leader in Crisis and Disaster Environments?
Strategic Leadership in Emergencies
In the program, you will develop the leadership skills needed to guide teams and organizations in demanding crisis environments, coordinate multi-actor responses and manage uncertainty in high-pressure situations.
Risk and Resilience Expert
You will learn how to identify hazards, assess vulnerabilities and design strategies that strengthen disaster preparedness and long-term societal resilience using advanced technologies and cross-sector knowledge.
Data-Driven Crisis Professional
You will gain practical skills in using artificial intelligence, data analytics and digital tools to support situational awareness and evidence-based decision-making in disaster and crisis management.
Do You Want to Become a Critical Decision-Maker Using Technology And Data?
Engineering Solutions for Crisis Environments
Apply system thinking and technical expertise to support reliable operations and infrastructure in emergency situations.
AI and Geospatial Technologies in Action
Use AI, data analytics, GIS, and remote sensing to create real‑time situational awareness and decision support.
Secure and Responsible Technology Design
Develop engineering solutions that address dual‑use risks, cybersecurity, and regulatory requirements in safety‑critical contexts.
Find the Right Way to Apply for UAS Studies
We open the Rolling Admission to start your academic journey for this programme.
Study Technology-Driven Crisis Management and Resilient Systems
The programme equips you with advanced technical and analytical skills for crisis and disaster environments. You will learn how to apply engineering thinking, AI, and geospatial data to support situational awareness, operational decision-making, and system resilience.
During your studies, you will learn to:
- Assess technical risks, vulnerabilities, and system resilience
- Support crisis operations through engineering and systems thinking
- Apply AI, GIS, remote sensing, and data analytics in emergency contexts
- Improve preparedness, response, and recovery using digital technologies
- Address cybersecurity, dual-use risks, and regulatory requirements
Who Is This Programme For?
This degree is suitable for professionals who want to:
- Apply your engineering background to real‑world crisis and safety challenges
- Move closer to decision‑making, system integration, and expert responsibility
- Gain a strong professional profile in AI‑supported and data‑intensive environments
- Understand the broader societal, ethical, and security implications of technology
- Accelerate your career through a focused, one‑year master’s programme
Study Structure
The scope of the studies is 60 ECTS, and the duration of the studies is about 1 year. The programme consists of core competence studies, supplementary competence studies, and the Master’s Thesis.
Foundations of Disaster Risk and Resilience, 10 ECTS
- Fundamentals of Disaster and Crisis, 5 ECTS
- First Aid & Caretaker Resilience, 5 ECTS
Mastering Emergency Management and Resilience, 15 ECTS
- AI and Digital Tools for Disaster Risk and Crisis Decision Support, 5 ECTS
- Leading Through Crisis: Theory and Practice, 5 ECTS
- Responsible Innovation in Crisis Environments, 5 ECTS
Master Thesis, 30 ECTS
- Master’s thesis: idea and planning, 10 ECTS
- Master’s thesis: implementation, 10 ECTS
- Master’s thesis: reporting, assessment and presentation, 10 ECTS
Complementary Competence, 5 ECTS
We continuously review and update our programs to ensure they remain up-to-date and aligned with the needs of working life. We reserve the right to make changes.
Career Opportunities
After graduation, you will be prepared for specialist and expert roles in technology‑driven crisis, safety, and resilience environments. The programme equips you to work at the intersection of engineering, data, and decision support in safety‑critical systems.
The degree supports careers where technical expertise must be combined with system understanding, risk awareness, and responsible innovation.
Possible career paths include roles in:
- Engineering and technical expert positions in public safety and infrastructure organisations
- Emergency management and civil protection agencies with a technical focus
- Organisations working with AI, data analytics, GIS, and decision‑support systems
- Critical infrastructure, utilities, transport, and energy sectors
- Technology companies specialising in safety, resilience, or security solutions
- Research, development, and innovation projects related to crisis and disaster management
- Public or private organisations responsible for system reliability and preparedness
This degree is particularly suitable for engineers seeking to expand their professional role beyond technical design into system‑level expertise and decision support.
You Can Apply If You Have
- Relevant Higher Degree or Post-Secondary degree completed in Finland (completed before year 2000)
- You must also have at least 24 months of relevant work experience gained after the award date of your final degree certificate.
Bring Your Own Laptop
At our university, students use their own laptops for studying. Using your own device makes studying smooth and flexible, as your computer is always available during classes, projects, and online studies.
Students are responsible for the functionality of their own device, including updates and carrying it with them, so that they have a reliable and up-to-date tool throughout their studies.
If you need more information, you can contact the school’s IT support at helpdesk@vamk.fi or your teacher.
Apply at Studyinfo
Explore additional information about the degree, admission criteria and eligibility requirements from Studyinfo.
The application process for student admission also takes place on the Studyinfo.
Discover More About Studying at VAMK
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