Oulu’s new H2School prepares experts for a new industry
Finland has set enormous expectations for the hydrogen economy, but there are still few experts. For this reason, the University of Oulu, the University of Applied Sciences and OSAO have developed a study package that covers all educational levels and enables anyone to become the hydrogen expert of the future.
Who can build piping for an explosive miracle substance that can help solve the climate crisis? Right now, almost nobody. However, in the future, there will be professionals, at least in Oulu, who know how to do this.
Oulu is known as a technology city with expert professionals and students of technology and natural sciences. Now, the city intends to train new experts in an industry that does not yet exist – the hydrogen economy. Hydrogen plays an important role in achieving Finland’s carbon neutrality targets, as its use reduces the need for fossil fuels and thereby carbon emissions.
Companies and educational institutions have a common need to understand what can be done with hydrogen. As knowledge of an element increases, so does the understanding of its opportunities for new business.
“There is a lot of talk about the use of hydrogen, but there is still quite little knowledge about it. Vision is good, but realism is needed: we need to be realistic about what hydrogen enables and what risks and problems are associated with it,” says Laura Pihtsalmi, Education Specialist at the University of Oulu.
The University of Oulu is coordinating the H2School project, in which the university, Oulu University of Applied Sciences and Educational Consortium OSAO develop a study module on hydrogen.
“Hydrogen as an element is familiar to everyone in one way or another. Its future applications, such as cars, are also well-known. This makes the topic easy to approach,” says Pihtsalmi.
Hydrogen economy needs experts from processing to transport
Hydrogen as an element is challenging. Its production, storage and transportation require cooperation and experts throughout the production chain and from several sectors, from logistics to energy. These new experts will enable, for example, the construction of hydrogen production plants and infrastructure, not only in Oulu but also nationwide.
Explosive hydrogen also requires special safety skills. The University of Oulu specialises in safety and its management, so the university has a lot to offer in identifying and solving risks,” says Satu Pitkäaho, a researcher in environmental and chemical engineering. Pitkäaho is involved in the development of the H2School study module.
“We need people who know how to build gas lines or hydrogen production plants. In other words, experts who know how hydrogen is produced and what restrictions it entails,” Pitkäaho says.
With an introductory course, anyone can learn the basics of an element
H2School covers four study modules. The first is an introductory course, a two-credit online course in Finnish. Completing the course does not require any previous knowledge of hydrogen or technology or look at time and place.
The course will be piloted in educational institutions during the autumn and winter and finalised on the basis of feedback from students. The course is aimed at upper secondary schools and vocational schools, but later it will be available to everyone interested in hydrogen.
“There is no corresponding course yet. The course teaches basic knowledge about hydrogen and the hydrogen economy. Initially, the aim is to increase the competence of students, but later also the skills of those working in companies,” Pitkäaho explains.
The other three courses are institution-specific. Oulu University of Applied Sciences is developing courses on the hydrogen production process, the University of Oulu on hydrogen production and use and OSAO on hydrogen distribution and storage. Initially, the courses will only be open to students from educational institutions, but at least the university plans to open a course for Open University students.
According to Pitkäaho, the study module was designed in such a way that acquiring hydrogen competence does not require the completion of a full degree, but can be acquired in bite-sized chunks. The rapid assimilation of knowledge supports lifelong learning, continuing training and the needs of businesses in particular.
H2School combines research and business understanding
Cooperation also increases the competence of the educational institutions. The university is based on research and theory, while universities of applied sciences and vocational schools have a greater understanding of practice and the needs of companies.
“The University of Applied Sciences and OSAO receive confirmation from the university that the courses guarantee the most up-to-date information on hydrogen. In addition, the university’s safety experts ensure that safety is taken into account in all study materials,” Pihtsalmi explains.
Satu Pitkäaho believes that the introductory course in particular would not have been as comprehensive without cooperation.
“We would have been able to carry out the course at the university on our own, but then it would not have been as versatile as it is now,” Pitkäaho says.
The City of Oulu plays an important role in the creation of new education. One of the goals of the Oulu Innovation Alliance (OIA), coordinated by the City of Oulu, is to ensure that there are experts in the Oulu region for the competence needs of the future.
H2School has been funded through the Sustainable Urban Development ESF+, Oulu Innovation Ecosystem Agreement, and is thus implementing the Oulu Innovation Alliance strategy and the ecosystem agreement between the City of Oulu and the Ministry of Economic Affairs and Employment. The University, OAMK and OSAO are all alliance partners.
Increasing expertise in Oulu benefits the whole of Finland
If successful, the project will increase the hydrogen competence of the people of Oulu. According to Pihtsalmi, this is not only in the interests of Oulu but also Finland as a whole. The hydrogen economy is part of the green transition and brings new business opportunities, investments and tax revenues to companies. Finland has the opportunity to become an international leader in the field, and companies have been interested in hydrogen for years.
Oulu has a long tradition of hydrogen research and teaching, which is why it is natural to offer teaching to all educational levels and entry-level students.
“The university’s task is to produce the most up-to-date research data for the use of citizens and companies. Teaching is one way to ensure this. As long as the technology is not familiar to the general public, its use can remain marginal. That’s why we wanted to create a course suitable for everyone, through which anyone can deepen their skills,” says Pihtsalmi.
Oulu is part of the InnoCities network. H2School is implementing Oulu’s goal of a sustainable circular economy and clean solutions, which include, among other things, next-generation energy solutions.