- Original article
- Open Access
Theory and practice of European co-operative education and training for the support of energy transition
Energy, Sustainability and Society volume 9, Article number: 29 (2019)
European visions such as the European Commission’s Strategic Energy Technology (SET) Plan and the SET Plan Roadmap Education and Training encourages higher education institutions (HEI) and business to establish adequate co-operative education and training approaches in the face of the challenges posed by the energy transition necessary to achieve European Union’s climate goals. The development of integrated co-operative education, training and learning systems is a fundamental strategy to foster co-operation between academic institutions and business.
Available sources about the theoretical and practical knowledge of co-operative education and training are limited. To identify available information and create new information where there is no this research was carried out by means of a literature study and a database search on existing co-operative education formats. This was supplemented by an analysis of seven actual case study reports regarding examples drawn from the BioEnergyTrain (BET) project commissioned under the European Union’s Horizon 2020 programme.
Co-operation for educational purposes between higher education institutions (HEI) and business exists on the curricular, course and internship level.Considering the total number of studies on a curricular level in Europe, only very few co-operative education programmes exist. On the curricular level, most of the appropriate formats are dual studies with Bachelors’ programmes, fewer are dual studies with Master’s programmes.
Co-operation formats on the course level do not follow institutionalised rules and are case-specifically applied. The studies presented in this journal dealing with practical examples emphasise the high potential for improving student’s skills and insight into business that such co-operative formats offer to universities and business partners.Co-operation on an internship level has a long tradition of exposing students to the business environment they will later work in. Internships however do not provide high-intensity co-operation between business and HEIs. Therefore, it is outside the focus of this paper’s attention.
Results of statistical analysis reveal a total number of 19,822 related dual study programmes in the year 2018 alone in Germany whereas, for co-operative curricula on a master’s level, just 73 can be tracked in whole Europe.
Existing research and descriptions of co-operative education and training are limited. However, based on the available sources, this study discusses co-operative education regarding its roots, types, role of business, type of rotation, salary, and legal issues as well as efforts on a European level to create and put into practice adequate forms of co-operative education supplemented by case studies.
The huge gap between generally available dual study programmes on a bachelor’s and master’s level and available studies throughout Europe is partly related to the fact that most of the dual study programmes are on a bachelor’s level and partly related to a limited sharing of collective university information on comprehensive platforms. Through the main foci of the study on the theoretical background of co-operative studies as well as the practical implementation of co-operative education practice, all European academic institutions could not be contacted and analysed individually.
There is not much available data on co-operative study programmes. This may be due to the fact that co-operation in education and training between academic institutions and business plays only a minor role in the overall education system.
Apart from dual study programmes, co-operative education and training formats usually are not defined unambiguously because the number of co-operative education programmes directed towards meeting the challenges posed by the energy transition is low.
Although both the SET Plan Roadmap Education and Training developed within the SET Plan process and the Action Agenda for European Universities developed by the European University Association (EUA) identify co-operation between HEIs and business as crucial to meet these challenges (Borrell-Damian and Narodoslawsky [Additional file 1]), much remains to be done in this respect. There is a need for institutions all over Europe which are able and willing to provide a platform for such co-operation and co-ordinate the development of co-operative learning formats, especially on the course level, across sectoral boundaries.
The energy transition definitely requires adequately trained people to deal with and create low emission energy systems and the challenges arising therewith.
The development of integrated co-operative education, training and learning is a fundamental necessity  to foster co-operation between academic institutions and business , find options to train graduates in response to business needs  and collaborate between higher education and business . This is particularly important in fields bound to experience major ecological, technological, economic and social transitions and that at the same time are crucial for human development . One of these fields is the energy sector. Co-operative education and training must be promoted for the good of the energy transition  and linked to sustainability  and Sustainable Development Goal 4 (quality education) providing support for holistic and transformational Education for Sustainable Development .
The European Union has defined very general prevailing conditions for the development of energy technologies and relevant education in Europe  which is supplemented by the more detailed Strategic Energy Technology (SET) plan  as part of which the Roadmap on Education and Training  has been determined.
EU 2020 strategy
From the perspective of European policy, the ‘Europe 2020 strategy’ emphasises smart, sustainable and inclusive growth. The European Commission defined 5 targets for a top-down stimulation for the fulfilment of basic requirements :
75% of people aged 20–64 to be in work
Research and development (R&D)
3% of the EU’s GDP to be invested in R&D
Climate change and energy
Greenhouse gas emissions 20% lower than 1990 levels
20% of energy coming from renewables
20% increase in energy efficiency
Rates of early school leavers below 10%
At least 40% of people aged 30–34 having completed higher education
Poverty and social exclusion
At least 20 million fewer people in—or at risk of—poverty/social exclusion
This strategy includes measures to halt climate change. Because education is not regulated on the EU level, national education and training approaches need to be comprehensively linked to energy transition which is necessary to meet the Union’s climate goals. The targets related to climate change come within reach most unevenly across the EU’s 28 member states .
In 2002, the Council of the European Union has started the EU cooperation in education and training (ET 2020) in order to provide the strategic framework for co-operation in education and training up to 2020; ET 2020 is defined as a fundamental pillar to meet ‘…the many socio-economic, demographic, environmental and technological challenges facing Europe and its citizens today and in the years ahead…’ .
Strategic Energy Technology (SET-Plan) and Roadmap Education and Training
Facing the challenge of developing a low-carbon, secure and affordable energy technology system, the European Union (EU) promotes a fundamental energy transition. For this purpose, it devised the SET-Plan which promotes an increased use of renewables (‘…accelerate the development and deployment of low-carbon technologies…’) and the development of an innovative cost-competitive and efficient energy system .
In order to create a framework to support the ‘Availability and mobilisation of appropriately skilled human resources’, the SET Roadmap Education and Training was established . This was a consequence of the recognition that ‘one of the key elements in supporting energy technology innovation at EU level is the availability and mobilisation of appropriately skilled human resources’ . In the Education & Training Roadmap, the European Union mentions ‘...that one of the key elements in supporting energy technology innovation at EU level is the availability and mobilisation of appropriately skilled human resources…’ and ‘challenges for the education and training institutions and their legal frameworks will be to ensure a workforce flow of researchers, engineers and technicians who are able to generate new knowledge and to meet the requirements of evolving technologies and labour markets. In parallel, training for managers and decision-makers in the field is needed to design and implement appropriate frameworks for the development and deployment of new energy solutions.’ 
In their analysis of this special issue [Borrell-Damian and Narodoslawsky [Additional file 1], Narodoslawsky and Borell-Damián highlight the need for intensified promotion of collaborative education formats on the basis of the Strategic Energy Technology (SET) Plan Roadmap on Education and Training (SRMET ) and the Action Agenda for European Universities (AAEU ). The latter document provides a strategy for European universities to cope with the challenges of the energy transition. The analysis mentioned above reveals that the EU and the European universities consider co-operation in and shared responsibility for education of the future workforce as critically important to be able to meet the education and training challenges posed by energy transition.
The authors identify a strong tradition of co-operative education in vocational training in many European countries. However, they miss an equally strong endeavour in the field of educational co-operation between business and universities. They find that neither academia nor business has taken common responsibility for the education of future experts and that both have not deployed the substantial resources necessary for true common educational efforts.
In order to develop adequate co-operation formats, Narodoslawsky and Borell-Damián list the requirements to breach the walls between business and universities. The changes necessary for the energy transition with its varying requirements have to be put into effect in order to train the future workforce in an appropriate educational environment including efficient high-quality training networks. Thus co-operative learning formats can ‘...become major drivers for innovation in the education of future workforce...’ as they fulfil ‘…the need to educate students in the complexities and interconnected nature of the energy systems in relation to our societies, at local as well as global levels …’.
The development of a future-oriented European education programme aligned to the challenges posed by the energy transition is an essential part of the EU 2020 plan in order to keep Europe in the role of a technology leader while at the same time contributing to the effort to curb climate change.
On a global scale, the United Nations defined within its set of Sustainable Development Goals sub goal 4—quality education—which asks for education including issues like sustainable development and sustainable lifestyles . The UN misses to directly discuss the development of environmentally clean energy technologies as one important aspect to reach this goal . There is an obvious lack of integration of all 17 Sustainable Development Goals into an educational context.
UN and EU may set the frame. The effective implementation of educational goals has to be realised on a national and regional level because the ultimate competence lies there. An integrated development of co-operative education and training formats has to be executed by national institutions and businesses. Certainly, co-operation is not only needed across sectors but also across national borders as the challenges of the energy transition are international and so are the challenges of technology development and implementation.
Finally, co-operative education formats need to be adapted to the motivation driving their implementation.
Motivation for the development of co-operative education formats
Quality of students’ learning increases in a work-study-environment with a strong relationship to effective mentors . This also increases a student’s understanding of her/his future work environment. Students benefit from workplace supervisors who create an authentic environment confronting them with real-world problems strengthening their self-confidence by exchanging ideas at an eye-level . Thus, academic supervisors add to the student’s theoretical knowledge. The implementation of these changes into educational practice forces educational institutions as well as entrepreneurs to intensify their collaborations .
Healy et al. measured benefits academic institutions were able to derive from university-business co-operation resulting in co-creation and co-production of knowledge . Possible benefits for students are
Acquirement of soft/technological skills and up-to-date knowledge
Better understanding of the business world
Mutual learning with employees
Joint courses on modern technologies
Participation of lecturers with business experience
Acting in an integrated system as a ‘motor of innovation’ for society
Extended social networks
Students, university and business can benefit mutually from a well-co-ordinated co-operative education format. Optimal co-operation results in an exchange of skills between all beneficiaries, enhanced chances for students on the job market, increased research portfolios for universities and better qualified employees as well as in innovation advantages for business, to name only the most important impacts. There is a wide variety of possible formats, ranging from dual study programmes on the curricular level to various co-operative course formats, internships and thesis programmes funded by business. However, design and intensity of the co-operation are dependent on the desired results.
Definition of co-operative education and training
In general terms, Ricks suggested that co-operative education should foster an integrated educational and work experience, self-directed learning, reflective practice and transformative learning .
The quality of co-operation between education institutions and business/industry can differ vastly. A co-operation format can be defined as less satisfactory when it just includes defining topics for Bachelor’s or Master’s theses and providing internships in industry. Better results can be reached when the co-operative aspect includes lecturers from industry and joint courses for students and industrial employees. Results can further improve when business co-operates in the development of curricula and theoretical learning phases and higher education institutions (HEIs) are intertwined with practical phases in a business or industrial environment and when business and HEIs take joint responsibility for the learning outcome of students. Conventional co-operative education and learning formats are defined in different ways. A common feature of these definitions is an integrated learning approach which links theoretical education with practical work experience as described by the platform Co-operative Education and Work-Integrated Learning Canada , or as the World Association for Cooperative Education, an NGO linking higher education institutions, employers and public authorities, defines :
‘Cooperative & Work-Integrated Education (CWIE) includes: cooperative education (all disciplines); clinical rotations; community research; internships (all disciplines); international work (co-op) exchanges; learning-integrated work; undergraduate & graduate research; service-learning; and practica, and other forms of learning where education is integrated with work experience.’
A US legal document describes the purpose and definition of co-operative education as follows :
It is the purpose of this part to award grants to institutions of higher education or consortia of such institutions to encourage such institutions to develop and make available to their students work experience that will aid such students in future careers and will enable such students to support themselves financially while in school.
In this part, the term ‘cooperative education’ means the provision of alternating or parallel periods of academic study and public or private employment to give students work experiences related to their academic or occupational objectives and an opportunity to earn the funds necessary for continuing and completing their education.
These definitions of co-operative learning emphasise duality between an academic study area and a vocational training area. Additionally, agreements and co-operation concerning adjustments of education contents and education goals must be reached. The mentioned definitions clearly build on traditional vocational training structures.
Theoretical and practical knowledge of co-operative education and training is scarcely available. In relation to energy transition, available information was collected and where some information gaps filled with new information. This research was carried out by means of a literature study and a database search on existing co-operative education formats. This was complemented by an analysis of seven actual case study reports regarding examples drawn from the BioEnergyTrain (BET) project commissioned under the European Union’s Horizon 2020 programme.
Dual studies usually answer to a specific skills profile defined by the business sector. They offer a particularly intense form of co-operation between business and HEIs; however, they are restricted to a relatively small number of curricula and institutions. In Germany, 7.2% or 1432 of a total number of 19,822 study programmes are dual study programmes in the year .
Based on an extensive literature search, European co-operative dual study master’s curricula were listed (Additional file 8: Table S1) and complemented with additional information and a performance evaluation for each study. In Europe, there are 73 master’s study programmes based on dual education which amounts to 0.2% of a total of 34,283 masters’ programmes in the year 2018. Thirty-eight studies or 52% of the master’s studies based on dual education have a business or management background, 9 studies or 12% a technical one, 7 studies or 10% one connected with health service, and 26% have various other backgroundsFootnote 1. Nineteen studies or 26% of the master’s studies based on dual education are offered by traditionally diversified, deepened and specialised studies of universities, and 54 studies or 74% studies are offered by the more subject-specialised and business-oriented tertiary education institutions ranging from single private studies to high schools (Hochschule) and universities of applied sciences (Fachhochschule). A number of 26 public as well as private tertiary education institutions offer regular full-time, 23 part-time, 23 extra-occupational (parallel to employment) and 13 distance studies.
Since this study is not intended to offer an exhaustive list of dual studies (bachelor’s studies based on dual education are not listed in Additional file 8: Table S1), this study provides a profile of typical dual studies currently available in Europe.
Regarding the content of the dual studies in Europe dealing with the energy transition, huge deficiencies can be identified. Unquestionably, many dual study programmes exist already, but their focus usually is not on low-carbon or low-emission energy systems.
Conventional co-operative learning formats on the course level
Compared to the numbers regarding dual studies mentioned above, the selection of academic curricula is huge. 103,246 bachelor’s degree studies and 72,207 master’s degree studies are available worldwide . A recent study by the European University Association (EUA) mapped the activities of European universities in the field of energy . The EUA mapping gives an overview of education programmes compatible with the SET-Plan. Most of the selected master’s programmes in priority areas of the SET-Plan are related to energy (61.5% of 447 programmes).
Additional results are integrated in the whole document. Additional information about the collected results can be found in the case study reports available in Additional files 1, 2, 3, 4, 5, 6, 7 and 8.
Roots of vocational training
Vocational training has a far more co-operative tradition than tertiary education. In vocational training, there was no clear differentiation between theoretical and practical education. Apprentices were employed by a company and learned their trade from experienced workers in practical training. This is still practised in many European countries, e.g. Austria and Germany . Today, this practical training is usually complemented with formal vocational training at special vocational schools.
In some professions requiring tertiary education, this traditional principle of dual education is still standard practice: medical doctors go through clinical rotation, and in many countries (e.g. Austria), lawyers are required to undergo an internship at a court before they are granted the right to practice their profession.
Co-operation via placements and internships
Concerning placements and internships which are less regulated, co-operation between academia and business is widely practised. The World Association for Cooperative & Work-Integrated Education (WACE), a professional association dedicated to promoting co-operative & work-integrated education, lists a total of 913 institutions they co-operated with in 52 countries worldwide .
This type of co-operation allows students to experience the work environment they will later work in. However, the quality of this experience differs widely, depending on the company that offers the internship, the position the student takes and the ability of the student to integrate into this environment. Usually, there is no educational structure at the site of the placement, and academic supervision accompanying these internships is rare.
A particular type of internships involves placements where students write reports or theses which are required academic output of their curricula. In these cases, co-operation between business and academia is closer: business usually defines the problems students have to address in these reports and theses. Assessment of the quality of these products usually remains with the academic teachers. The usability of the results evaluated by the business side may or may not become a factor in this academic assessment. This type of placements usually involves a certain amount of academic supervision and co-operation between the academic and business supervisors. This co-operation is not only beneficial to education but also enriches research as business and industrial problems are jointly researched by academia and business experts.
Although internships and placements are most valuable for student’s experience and research co-operation, they lack comprehensive integration into the educational structure of academic curricula. Responsibility for as well as planning of educational aspects of internships and placements are not often shared between academia and business; usually, business takes responsibility for the student’s work for the company while academia evaluates the quality of output according to their own standards only.
Co-operative learning formats on the curricular level (dual studies)
Based on the tradition of co-operative education in vocational training, there is a type of curriculum that combines theoretical education and practical training, usually performed in a company. Examples for these curricular-level co-operative learning formats are particularly described in North America and Europe. Dual study models in tertiary education emerged in Germany in the 1970s . Awareness of these models had some ups and downs over time . This led to a lack of a clear or consistent definition of dual tertiary education approaches . However, terms like work-integrated learning (internships, service-learning, clinical placements), sandwich education (interspersed education in Great Britain and Canada) or learning factories  exemplify the development towards a similar goal but with heterogeneous designs.
In Europe, dual programmes in the course of tertiary education are seen as possible drivers for employability . In the German-speaking part of Europe, this type of co-operative education and training approach is more clearly defined than in the English-speaking part where definitions are less clear which allows a more flexible application of specific education programmes and thus more adaptability in designing specific learning formats.
In Austria, the first dual tertiary education programme was developed at the University of Applied Sciences FH Joanneum. The goal was to find an alternative to traditional education programmes to solve ever more complex demands of the industrial sector . ‘The integration of work place experience has become an important element of diversification of higher education’ . The Austrian dual study programmes have since grown to curricula at six Universities of Applied Sciences (Fachhochschulen) with over 250 business partners .
Organisational set-up for co-operative education formats on the curricular level differs considerably. Haas differentiates them by three criteria :
Role of business
Type of rotation
Salary and legal issues
Role of business
Companies interact differently with universities that provide dual education curricula. An intensive level of interaction can usually be recognised within the German dual learning concepts in the course of which companies select and send students to university or comparable tertiary education institutions thus playing a major role in the process. In the USA and Canada, companies offer internships, usually for a period of about 4 months. Students select and apply for these internships independently. Therefore, the role of business is restricted to provide these internships. An intermediate level of interaction can be found in France and Austria where companies choose available first-year students who are then employed. Here, the students select the curriculum and are not sent to the institutions by the companies.
Business partners take over other responsibilities within dual education curricula as well, e.g.:
Defining topics for courses and student projects
Providing experts as lecturers
Holding regular courses with business partners
Defining course set-up with academic partners
Providing infrastructure for courses and projects
Employability after graduation is a central goal from a socio-economic point of view, but this focus should not cover other important aspects of co-operative education such as ethics, responsibility, common wealth and independence .
Type of rotation
The schedule for rotation between theoretical education at HEIs and practical training in industrial or business environments differs between countries. In the USA, Canada, Germany (DHBW Duale Hochschule Baden-Württemberg, 1‘Berufsakademie’) and Austria (University of Applied Sciences – FH Joanneum), rotation usually takes place after 3 to 6 months. In Germany, with its ‘Duale Studiengänge’, a variety of rotation systems is to be found additionally. In Spain and Italy, students spend 2 to 3 days per week in the HEIs. The French ‘Formation en Apprentissage’ knows various rhythms—e.g. 2.5 days in a business environment and 2.5 days in a training centre (or alternatively 2 days of business and 3 days of training) .
Salary and legal issues
Ideally, dual curricular students receive payment similar to remuneration for an apprenticeship. Another possibility is to hire the student as a part-time employee for the duration of the programme and to postpone payment until the successful passing of the curriculum.
In a global context, the application of dual curricular formats is increasing. According to a recent study, the basic ideas behind the dual study system were exported from Germany to countries like Brazil, France, Qatar, Mexico and USA as it was described by Graf et al. .
In order to push European universities towards intensifying activities concerning energy issues, the EUA developed a Roadmap for European Universities in Energy . This roadmap includes 13 actions clustered around research and education, collaboration and effect. In this respect, collaboration includes actions to foster university networks and co-operation between universities and organisations in different sectors . One of its particular goals is a stronger mobilisation of university and business co-operation. If co-operation between HEIs and business really shall contribute to establishing the highly qualified workforce necessary to reach the ambitious goal of a carbon-free energy system, it must not be restricted to dual study curricula. It must in fact become the new standard and part of each and every curriculum educating future engineers and energy experts in various fields. It must also become the basis for re-training and qualifying the current workforce to meet the challenges posed by the energy transition as described in the SET plan.
Available data on co-operative learning formats on the course level is poor and anecdotal. This is due to the facts that there are different approaches to co-operation in education and training between academic institutions and business and that it plays only a minor role in the particular national education systems. There is even less information on co-operative education programmes with a focus on energy, not to mention energy transition.
The most prevalent and traditional form of co-operation between HEIs and business on the course level is the participation of experts from business as guest lecturers in courses. In some cases, business experts may even be invited to conduct the courses entirely. Such co-operative learning formats expose students to business positions as well as to approaches and methods to solve problems used in business. This input by business experts certainly complements teaching by academic lecturers and may expand the student’s horizon. It may also help students to throw their acquired knowledge into perspective by revealing how to use these skills in practice.
Even more intensive co-operative learning formats are seminars and design courses in which business define specific real-world problems and business experts help students to approach and solve these problems and give feedback on the applicability of the proposed solutions. In these seminars and courses, business experts are directly involved in course planning and implementation as well. Such learning formats provide students with practical insight into how to use their knowledge and skills. These seminars and design courses, moreover, provide students with access to supervision and feedback by academic as well as business instructors.
An ever-increasing number of HEIs offer lectures held by business experts as well as seminars and design courses with the participation of business instructors. Although they provide considerable advantages for both students and academic teachers and form an important link between business and academia, they do not provide exposure of students to business working environment, they contradict the general approach that tertiary education is exclusively planned, provided and evaluated by HEIs and that there is only indirect added value for business partners, mainly by generating a more qualified workforce that benefits not only business involved in the co-operation but also the competitors not involved.
Innovative co-operative learning formats on the course level
As the arguments above indicate, there is ample room for improvement, in particular for co-operative learning formats on the course level. This publication provides insight into some new approaches to such formats, based on case studies carried out in the course of the BioEnergy Train (BET) project commissioned by the European Union under the Horizon 2020 programme.
BET is put into effect by a consortium of HEIs, research centres, professional associations and industrial stakeholders. Its goal is to develop two new pilot master’s curricula in fields specifically identified by the SRMET as critical to implementing the SET plan, namely the master’s programmes Biorefinery Engineering at the Graz University of Technology in Austria and Bioresource Value Chain Management at the University of Twente in the NetherlandsFootnote 2. The consortium is headed by the European Sustainable Energy Innovation Alliance (eseia), a cross-sectoral associationFootnote 3. According to the guidelines of SRMET, the project is also tasked with the development and application of innovative co-operative learning formats.
Arentsen, Kienberger and Bauer [Additional file 2] (from the viewpoint of academic teachers) and Ortner and Foxhall [Additional file 3] (from the viewpoint of business partners) describe a co-operative learning format known as ‘student camp.’ The general idea of this format is to assemble an interdisciplinary and international group of students and academic teachers at the site of a business partner. Academic teachers and business partners mutually select the problems to be discussed by the students, which are organised in interdisciplinary groups. These problems should be of strategic importance and highly relevant to the further development of the business partner.
The student camps have a duration of 1–2 weeks. In the beginning, the business partner should introduce the company and define the problems. He should also appoint a camp leader and company experts who should provide the student groups with advice and data.
Student camps are designed as student centred learning formats. The students are responsible for dealing with the specific problems, and academic teachers and company experts are prepared to be of assistance. Regular reports of the groups to the assembly of student camp participants allow exchanging of information. At the end of the student camp, the students should report their findings to company staff and academic teachers. Evaluation is done jointly by academic and business supervisors.
Feedback from students, academia and business is mainly positive. Students are highly motivated and can apply their knowledge to strategic real-world problems, thus gaining confidence in their skills. They experience interdisciplinary and international co-operation in a team, dealing with a specific and demanding task, as well as exposure to a business environment. Business partners derive profit from out-of-the-box thinking of students and unconventional approaches to problems which are relevant to further company development. A particularly important aspect is that students also represent customers of the future, providing company managers with an insight into possible future preferences of their clients.
Pilot plant research labs
Arentsen, Kienberger and Bauer [Additional file 2] report on experiences with this format, in course of which a student group was allowed to operate pilot plant installations at the site of a business partner. The research plan for this operation was prepared in co-operation between academic teachers and business experts.
This format provides students with hands-on experience in operating industrial plants. They are confronted with the challenges and difficulties of real-world technological development.
The benefit for students is obvious. Academic teachers have the possibility to gain access to research infrastructure that is not available within HEIs. Business partners come to know possible future employees and are able to evaluate their skills in practice.
Open summer schools
The third co-operative learning format described by Arentsen et al. [Additional file 2] is known as ‘open summer school’. These summer schools bring together interdisciplinary international student and academic teacher groups with business experts and address a specific topic. Although this format is closest to conventional co-operative course formats with teacher-centred instruction and supervised student exercises, it features some innovative aspects. Prominent among them is the fact that students are invited to bring their own tasks to the meeting. They are encouraged to take advantage of the interdisciplinary set-up of supervisors and of the access to business experts to get assistance in solving their specific problems.
Arentsen et al. [Additional file 2] say that the innovative value of these three co-operative formats results from:
Linking industry to education in a new way
Gaining an extended and deeper involvement with immediate industrial issues including problems and state-of-the-art knowledge and technology
Fostering student-centred learning
Performing a more interactive, reflective and group-centred learning
Collaborative non-traditional learning, distance learning and co-operative design courses
In non-traditional learning methods especially collaborative learning, approaches represent new ways for knowledge integration . Compared to classical methods an integrative, group learning process helps to provide knowledge to students. Collaborative learning can also be supported by digital tools  or distance learning settings and open online resources .
Distance education is no recent phenomenon, but with the digital revolution, instant information and knowledge sharing increased significantly. Social media and online-learning, like Massive Open Online Courses (MOOCs) for an unlimited participation of people, Small Private Online Courses (SPOCs) for privates and Corporate Open Online Course (COOCs) for companies, contributed to sharing and spreading teaching content online, and in relation to cooperative forms of learning and creation, there is a differentiation between Generic Points of Cooperation (GPoC), Spontaneous Points of Creation (SPoC) and Intended Points of Creation (IPoC) . Joan-Marc Joval [Additional file 5] reports on such a professional online learning platform. Professional digital education services and the passive role of learners are discussed. Co-operative design courses represent a chance for a co-creation of knowledge, and teacher-learner boundaries become less rigid when students are allowed to co-determine the design of a course. Moreover, online courses allow business partners not only to contribute to education on an equal footing with other actors. They also provide interesting tools for re-training and qualifying the existing workforce, a point particularly highlighted by SRMET as crucial for implementing the SET plan and a successful energy transition.
The article Structural Aspects of Co-operative Learning Formats states that experiences with co-operative learning formats are mainly positive. SRMET and AAEU attach great importance to the improvement of co-operation between business and HEIs. Krozer [Additional file 6] emphasises the importance of co-operative learning formats for the regional utilisation of bio-resources and the energy transition. Actually, the progress in developing and implementing these learning formats is rather slow. Structural hindrances and structural pre-conditions for wider implementation will have to be discussed.
Oswald [Additional file 4] points out a particular barrier for co-operation between academic education and business acquainted with vocational training: while academic education relies on workload-based evaluation, exemplified by the European Credit Transfer and Accumulation System (ECTS) system in Europe, vocational training uses skill-based evaluation in the European Quality Assurance in Vocational Education and Training (EQAVET) system. He argues for a comprehensive and flexible education system combining academic and vocational training elements based on the needs of the market.
While such a comprehensive education system may still be a vision for the future, Sakulin et al. [Additional file 7] inform on advantages of regional clusters between HEIs, business and regional public and civil society actors. Experiences and potential benefits for participants from the collaboration of regional administrations with HEIs regarding co-operative learning formats are presented in a case study about a regional student camp in Austria and co-operative master’s thesis supervision in Romania.
The latter report as well as the experiences gathered in the course of the BET project point out an important structural element for accelerated implementation of co-operative learning formats in existing and future curricula: the participation of mediating actors. The development of co-operative learning formats is not part of the core business of universities and companies. Moreover, these two actors follow very different rules and incentives. While scientific excellence and high educational standards secure public funding of universities, enrolment fees and research grants, business is driven by profit and shareholder value. Particular goals and planning horizons as well as management structures and decision-making differ considerably. All these differences are formidable barriers to co-operation between universities and business exceeding the level of temporary, clearly defined research projects. There is no indication for a change on this matter in the foreseeable future although this would be necessary to strengthen co-operation in education required by the energy transition.
If co-operative learning formats are to contribute to ensuring a workforce qualified to meet the future challenges, mediating actors are required. Experience from BET shows that mediating actors must have some general characteristics:
They must integrate stakeholders coming from universities, business and, perhaps, from the public sector and the civil society;
They must be dedicated to a particular future challenge; in the present case, this would be the energy transition;
They must have a track record of co-ordinating co-operation between the stakeholders.
The clusters discussed in Sakulin et al. [Additional file 7] as well as by eseia which co-ordinates the BET project have these characteristics and, therefore, were able to co-ordinate and implement co-operative learning formats in their own specific environment.
The examples of successful and innovative learning formats established within the BET project however show another aspect: these formats are the result of an interdisciplinary and international innovation process that answered to the specific challenges for education posed by the energy transition as stated in SET Plan Roadmap on Education and Training (SRMET). Inter-sectoral actors like eseia who operate internationally and are actively involved in the changing process necessary for the energy transition are able to succeed in getting things done in this respect.
The energy transition requires a future workforce dealing with low emission energy systems that is not only considerably larger than the current one but also capable of handling new technologies and complex systems and of pushing ahead innovation. The European Union’s Strategic Energy Technology (SET) Plan Roadmap on Education and Training (SRMET) has recognised that considerable changes in education and training will be necessary. SRMET and also the Action Agenda of European universities AAEU calls for close co-operation between educational institutions and business to meet the formidable quantitative and qualitative challenges to establish the large and highly qualified workforce for the energy transition. Co-operative learning formats are vital for the energy transition as well as for improved academic education.
There is already a certain tradition of co-operation between universities and business in the form of internships and placements of students in companies during their education. While this is an important way to expose students to their future work environment, it usually lacks educational structure and joint responsibility for the learning outcome.
On the curricular level, dual studies offer a more structured form of co-operative education. In these curricula, theoretical instructions at HEIs and practical work and on-the-job-training take turns. They usually answer to immediate demand by business for qualified employees in a particular and narrow field. Dual studies however represent only a tiny minority of studies offered by HEIs.
In order to influence the shape of the majority of existing curricula and to design innovative new curricula aimed explicitly at pushing ahead the energy transition, broad co-operation between academia and business on the course level is required. Guest lectures by business experts within regular curricula as well as seminars and design courses with the participation of industry are existing types of co-operation that can form the basis for closer linkage in future. In order to achieve both, deeper collaboration and higher quality of education, innovative types of co-operative learning formats on the course level have to be developed. Examples of such formats show that they are advantageous for business, students and academic teachers.
An analysis of the experiences made in the course of the BET project points out the importance of mediating actors who facilitate the co-operation between business and universities. Mediating actors are necessary as there are fundamental differences in goals, intentions and management structures of academia and business. They must integrate members from both sides and already have a positive track record of co-operation concerning specific projects connected with the energy transition in order to succeed in meeting the ambitious goals for co-operative learning formats described in SRMET and AAEU alike. Given the urgency of implementing a low-carbon energy system in the face of climate change, efforts to bring business and HEIs together for the purpose of educating the future and re-training the existing workforce have to increase dramatically.
These are computer science, law, sports, communication, systems sciences, architecture/design, religious science, archaeology, social studies, space technology, natural sciences and civic education.
See http://www.bioenergytrain.eu/ for more information [last visited December 2018]
See http://www.eseia.eu/ for further information [last visited December 2018]
Action Agenda for European Universities
Corporate Open Online Course
Duale Hochschule Baden-Württemberg (engl. Dual College/University)
European Credit Transfer and Accumulation System
European Quality Assurance in Vocational Education and Training
European Sustainable Energy Innovation Alliance
Education and training
European University Association
Fachhochschule (engl. University of Applied Sciences)
Generic Points of Cooperation
Higher education institutions
Intended Points of Creation
Massive open online courses
Strategic Energy Technology
Small Private Online Courses
Spontaneous Points of Creation
SET Plan Roadmap on Education and Training
World Association for Cooperative & Work-Integrated Education
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The authors would like to thank the team of the BioEnergy Train (BET) project for sharing experiences with developing co-operative education formats.
This publication was funded by the BET project itself in order to gain knowledge of the newly developed education and training plans.
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The authors declare that they have no competing interests.
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Case study 1. Co-operative Learning Formats – an important Link in the Chain to implement the SET Plan. (DOCX 45 kb)
Case study 2. Experiences of BET Lecturers with Co-operative Learning Formats. (DOCX 37 kb)
Case study 3. Requirements and potential Benefits for the Industry from Cooperative Learning Formats with HEIs. (DOCX 39 kb)
Case study 4. Lifelong Learning with the “Education and Training Paths by WKO” (Austrian Economic Chambers). (DOCX 181 kb)
Case study 5. Professional Online Learning at InnoEnergy – A lean Approach to Creating activating Online & Blended Learning. (DOCX 307 kb)
Case study 6. How Learning Materials based on regional Challenges can help to build Communities for the Energy Transition. (DOCX 39 kb)
Case study 7. Benefits and Requirements for Regional Administration from Co-operative Learning Formats with Higher Educational Institutes (HEIs). (DOCX 37 kb)
Table S1. Existing co-operative dual studies with master’s programmes in Europe. (DOCX 41 kb)
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Cite this article
Maier, S., Narodoslawsky, M., Borell-Damián, L. et al. Theory and practice of European co-operative education and training for the support of energy transition. Energ Sustain Soc 9, 29 (2019) doi:10.1186/s13705-019-0213-4
- Co-operative education and training
- Dual learning
- Energy turn
- Energy transition