Master's Degree Programme in Technology for Safety and Risk Management
Jyväskylä, Finland
Master degree
DURATION
2 years
LANGUAGES
English
PACE
Full time
APPLICATION DEADLINE
21 Jan 2027
EARLIEST START DATE
Aug 2027
TUITION FEES
EUR 14,000
STUDY FORMAT
On-Campus
Fast-track counseling
By contacting the school, you'll get access to free priority counselling for any study and application questions.
Key Summary
About: The Master's programme in Technology for Safety and Risk Management at the University of Jyväskylä prepares students to manage complex risks from climate change, energy systems, digitalization and emerging technologies. It blends technical expertise with a safety mindset, teaching hazard prevention, system improvement and safer design. Core studies include physics, chemistry, biology, mathematics, programming, statistics, risk management, human factors, safety culture, leadership and crisis communication.
Career Outcomes: Graduates become technology and safety experts, analyzing risks and designing safer technologies. Work in industry, energy, transport, healthcare, government, safety authorities or R&D as safety engineer, risk specialist, product developer or researcher.
The programme focuses on understanding and managing increasingly complex risks arising from climate change, new energy systems, digitalisation and emerging technologies. It combines technological expertise with a safety mindset, emphasising proactive solutions such as preventing hazards, improving systems and designing safer technologies.
Studies cover physics, chemistry, biology, mathematics, programming, statistics, risk management, human factors, safety culture, safety leadership and crisis communication. The programme provides a strong natural-sciences foundation alongside practical safety expertise and prepares students to work at the intersection of technology, people and society.
In this programme, you learn to understand and manage these risks by combining technological expertise with a safety mindset. You will develop a multidisciplinary perspective on safety, focusing on proactive solutions: preventing hazards, improving systems, and creating safer technologies by design. You will learn to navigate at the intersection of technology, people and safety – and become an expert who helps ensure that innovations work safely for everyone.
As technology becomes more complex, the need for professionals who can anticipate and manage risks continues to grow.
Graduates of the programme become technology experts who combine strong scientific knowledge with the ability to analyse risks, develop safer technologies and improve safety practices in organisations and society.
In these roles, you may design safer technologies, analyse risks, improve safety processes and support decision-making in organisations and society.
You can work in a wide range of sectors, including:
- Industry and technology companies
- Energy, infrastructure, and transportation
- Healthcare and environmental sectors
- Government agencies and safety authorities
- Research and development organisations
Typical roles can include:
- Safety engineer
- Risk management specialist
- Safety manager or consultant
- Product development or technology specialist
- Researcher or expert in safety and risk
Student Profile
This programme is for curious and analytical students who want to make a real impact on safety in society.
You might be a good fit if you:
- Have a background in engineering, natural sciences or a related field
- Are interested in how technology shapes safety in everyday life
- Enjoy solving complex problems and working across disciplines
- Want to understand both technical systems and human behaviour
- Are motivated to address global challenges such as climate risks, new technologies or societal resilience
The ideal student is not only technically minded but also interested in the broader implications of technology, like how it affects people, organisations and society.
You are ready to take a proactive role: not just reacting to risks but designing safer systems from the start.