Real Life Learning Lab Approach in Sustainable Building Education – EURL3A Pilot Project Speakers: Ruzicka, Jan1; Mancik, Stepan2; Lupisek, Antonin3; Hajek Petr4; Elianne Demollin5; Peter Op 't Veld6; Slavko Dolinsek7, Gregor Cerinsek8 1 CTU University Centre for Energy Efficient Buildings, UCEEB, Prague, Czech Republic, jan.ruzicka@uceeb.cvut.cz 2 CTU University Centre for Energy Efficient Buildings, UCEEB, Prague, Czech Republic, stepan.mancik@uceeb.cvut.cz 3 CTU University Centre for Energy Efficient Buildings, UCEEB, Prague, Czech Republic, antonin.lupisek@uceeb.cvut.cz 4 CTU Faculty of Civil Engineering, Prague, Czech Republic, petr.hajek@fsv.cvut.cz 5 Centre of Expertise NEBER, Heerlen, Netherlands, elianne.demollin@zuyd.nl 6 Huygen Ingenieurs & Adviseurs, Maastricht, Netherlands, p.optveld@huygen.net 7 IRI UL Institute for Innovation and Development of University of Ljubljana, Ljubljana, Slovenia, slavko.dolinsek@iri.uni-lj.si 8 IRI UL Institute for Innovation and Development of University of Ljubljana, Ljubljana, Slovenia, gregor.cerinsek@iri.uni-lj.si Abstract: To achieve wide implementation of sustainable Near Zero Emission Buildings (NZEB), education, business and research institutes have to cooperate more closer and try to attract more young students with innovative learning approaches. Also business partners have to be involved to transfer the latest research knowledge into practice and to provide practical feedback. The main objective of the European Real Life Learning Lab Alliance pilot project (EURL3A) is to encourage structured, result-driven cooperation ventures between universities, research institutions and companies, bridging the gap between the sectors in the field of sustainable building. The EURL3A project developed the Real Life Learning Lab (RLLL) concept in three European countries as a start for European network of Knowledge Alliances (KA). Six partners from the Netherlands, the Czech Republic and Slovenia created the consortium. The paper summarizes the first outcomes and experience of the Knowledge Alliance concept. Keywords: education in sustainable building, Technical skills, transition towards a Near Zero Energy built environment Introduction In order to meet the European targets on reducing the green-house gasses emissions and in order to reduce the dependency of scarce base materials and fossil energy sources, one of the most complex challenges is the transition towards a sustainable and Near Zero Emission (NZE) built environment. To encourage the process, education in technical branches has to be adjusted to the actual needs. 1 The distinctive feature of many European universities and higher education institutions is to be a front runner and a shining example in sustainability. Higher education institutions should be strengthened by taking the lead on cutting-edge research, action, and demonstration projects that will catalyse investment and drive the development of new markets. They have furthermore an important contribution to make to the global response to climate change. The in-house knowledge can be brought into practice and at the same time sustainability can be embedded in education, shaping future green entrepreneurs for the building sector. In facing this challenge both the educational as well as the business sector encounter following barriers in implementing sustainable and NZE building and retrofitting technologies: • • • The number of „technical‟ students, crucial for this transition, is decreasing dramatically; The fragmentation of knowledge necessary for this transition; The skills of today’s delivered students do not match with the needs of the business sector in this field. The analysis of needs identified one of the most important market barriers in Europe, i.e. the lack of an integrated approach of energy design in and between buildings. It is still not common for architects and engineers to work together in integrated teams. Due to this, a traditional fragmented design process is followed. Engineers and experts needed in this process are involved too late in the design process. This leads in most cases to inefficient solutions, not optimized buildings and higher costs due to extra measures for integration of energy efficiency measures and renewable energy systems. The building sector in Europe needs to find solutions for this barrier, in order to come to Nearly Zero Energy Buildings. Therefore there is currently a substantial need for practitioners like architects and engineers to be specifically trained and educated in the integral sustainable design approach and who work in integrated multidisciplinary teams, addressing the integration of sustainable energy in buildings and built environment in general and as imposed by EU in its policies. A barrier slowing down the transition towards a Near Zero Energy built environment is the way the education process is organized. In today’s situation after a pupil starts at an engineering University it takes about 8 to 10 years before engineering competencies are at a level bringing a substantial contribution to business. It is a general conviction that engineering theory and engineering taste are realized at the University and the real engineering practice is being realized in industry. However, the fact is that it is hard to form engineering skills only in a school environment, since universities create with great difficulties a real production environment, where students could develop practical skills. On the other hand, industry does not emphasize these engineering skills enough, because industry believes this to be the task only of universities. This results in a longer period transforming young students into competent professionals in the new markets and the education process is not efficient enough. 2 EURL3A project and Knowledge Alliance concept The EURL3A project [1] wanted to tackle the barriers by improving technical education in the sustainable building filed, making it more efficient and attractive by a dynamic integration of practice and theory and by integration of cutting edge innovation and latest research results by the so called Knowledge Alliance (KA) and Real Life Learning Lab (RLLL) concept. The project started in January 2013 and was finished in August 2014 as a pilot project. Six partners form three EU countries (the Netherlands, the Czech Republic and Slovenia) have been involved in the project. The Knowledge Alliance (KA) concept is based on strong and structured partnership among education (students, teaching staff) – research (innovations) – business (driving force). From each country one high education institute (ZUYD Heerlen, Czech Technical University in Prague, University of Ljubljana) one research institute (NEBER, UCEEB, IRI – UL) and one business partner (Huygen, VUPS, Metronik) created the local KA. The research institutions in this case are organizational part of the universities. RLLL – Real Life learning Lab concept Core of the RLLL concept is the collaboration in multidisciplinary teams of students, teaching staff and researchers and business partners. They all bring in their competences and knowledge and take out what benefits for them. Students gain in competence of applying knowledge in practice, teaching staff gets more experienced in working in professional business settings and have input to update the curricula, businesses and young entrepreneurs are supported with applied research accelerating their innovation process and in expanding their (starting) business. The alliances realized knowledge exchanges by means off: • • • • • • Students of different faculties working together in multidisciplinary teams; Internships for students at the companies of involved business partners ; Teaching staff doing (part-time) internship; Teaching staff and professors doing lectures for professionals; Professionals of involved business partners working in RLLL teams; Professionals as guest lecturers in the universities. Developing of Real Life Learning Lab Concept In Real Life Learning Labs (RLLL) multidisciplinary teams of students and young entrepreneurs – under mentorship of professionals from universities and industry – worked on Real Life assignments from the business sector. During the process relevant theoretical knowledge was educated just in time. Within EURL3A project each university developed a Real Life Learning Lab that was used as a: (i) testing and training platforms together with the collaborating partners business sector; (ii) incubators for fostering and encouraging new green entrepreneurs in a permanent learning and research environment. Students have worked on those topics for their semestral works, projects, master or doctoral theses. Participation of researchers and professionals was also linked to the topic of the local RLLLs 3 RLLL in the Czech conditions was tested on the topic UCEEB-Multipurpose Office Building (UCEEB-MEB). This building is being designed in cooperation with UCEEB – University Centre for Energy Efficient Buildings, CTU in Prague. It is an experimental building dedicated to a full-scale research projects. For Zuyd and IRI-UL these buildings have been recently realized. The activities of the RLLL at the University of Ljubljana are situated within several physical objects, i.e.: main university building is a historical building, which serves as a RLLL where different principles and technologies suitable for holistic refurbishments were developed. Self-sufficient Living Cell served as the second example. Another example is the Research unit OLEA. It is low energy self-sufficient mobile unit demonstrating new concepts of low energy technologies on the basic of locally available renewable sources. In the Netherlands conditions the District of Tomorrow was used as the local RLLL. It is an innovative programme in which educational institutions, researchers, businesses and public authorities join together to create an exciting environment for the transition to a sustainable built environment at the European Science and Business Park Avantis in Heerlen/Aachen. This innovative programme involved designing, studying, and testing sustainable technologies so that they can be utilised “tomorrow” in towns, neighbourhoods, and buildings within the Meuse-Rhine Euregion. Fig. 1: RLLL CZ: Visuallization of the UCEEB Campus in Bustehrad with UCEEB MEB in the background and UCEEB experimental area EA in the front (left). RLLL SI: Main Buildinh of the Univesity of Ljubljana (middle), RLLL NL: The District of Tomorrow (right). Innovative educational character of the RLLL concept The RLLL concept represents a new innovative approach for the dynamic integration of theory and practice in RLLL. The concept is to integrate the classroom within a professional environment, where learning and teaching is combined with practical work experience and exposure to the needs of industry. Research, innovation and education activities integrated in an open innovation setting, where students, teachers and professionals work together on new technologies. By introducing an industrial and professional environment within the curricula the theoretical body of knowledge of a study is better aligned with the needs of enterprises. By combining theory with practical cases innovation is supported by the latest knowledge and the curricula 4 are adjusted continuously to the markets demands. Students can develop their competencies by working on real life practical cases in an increasing part in their activities and with greater responsibility during their study. Development and deployment of curricula One of the objectives of RLLL development was to customize current curricula in the field of sustainable building and integrated building design. Project outcomes from the IEE IDESEDU project [2] were used as a base material. This project educates, trains and delivers specialists, both students and professionals, in Integral Sustainable Energy Design of the Built Environment. 15 European Universities were involved in IEE IDES-EDU project in the period 06/2010 – 06/2013 to develop curricula and training programs including new methods of teaching that would equip students and professionals to work within a multidisciplinary and interdependent problem-solving framework The education material was customized by each participating Knowledge Alliance according to their specific identified needs. Experts from local companies in Slovenia, in the Czech Republic and in the Netherlands working in the field of sustainable building were involved to give relevant feedback of the real needs and educational skills in building practice. The sample of 68 companies - 15 from Slovenia, 32 from the Czech Republic and 21 from the Netherlands – were involved in this survey and filled out the questionnaire mapping required skills in the field of sustainable building. Quite significant national diversity has been recognized among experts and professionals from each country. The results of this part of the project were used as a recommendation for teachers and professors at three participating Universities and were incorporated in lectures and seminars. Organisation of exchange programs and structured mobility One of the core tasks of the RLLL concept was to organize an exchange and mobility program for students, teaching staff and entrepreneurs both within the alliances themselves as well as between the three alliances for students. The main task of the international exchange program within EURL3A project was to prove innovative teaching and training methods for students and post graduates/experts in practice by implementing the local RLLLs. At the local level internship in companies, seminars and trainings for students (at bachelor, master, Ph.D. level), teaching staff and business partners were organized and local business partners were involved and participated in local RLLL projects. At the international level 3 – 5 moths internships for 24 students (8 per country) at one of the partner Universities was organized. The internship was designed as a “project internship”, participating students worked on Real Life assignments dedicated to the local RLLL. Also local business partners were involved and multidisciplinary teams of students under mentorship of professionals from universities and industry worked on Real Life assignments from the business sector and research field. Before the internship during the preparation phase students had to pick up a topic offered by the partner Higher Education Institution and advertised on the project web page. All the topics were always linked to the local RLLL. 5 More than 70 topics were advertised. During the internship students worked on the topic. Also internships of students in the participating companies were organized. Experience with RLLL approach at CTU in Prague RLLL in the Czech conditions was tested on the topic UCEEB-Multipurpose office building (UCEEB-MEB). This building is being designed in cooperation with UCEEB – University Centre for Energy Efficient Buildings, CTU in Prague. It is an experimental building dedicated to a full-scale research projects. These projects will be focused on energy savings and management, controlling systems, advanced construction materials. Quality of internal microclimate will be measured. The building is going to be a part of experimental Micro Grid designed within the UCEEB area. RLLL at the local level Regular meetings of students, researchers and business experts on the topic of RLLL CZ: UCEEB–MEB have been organized within the EURL3A project. The main task of the meetings was to bring together students participating on this topic, researchers involved as experts in the design phase of UCEEB-MEB and companies involved in research activities of UCEEB. Almost 50 students from 3 Faculties of CTU (Faculties of Civil, Mechanical and Electrical Engineering) and from 6 study branches were involved in the design process. Three main topics were recognized as crucial for advanced design of UCEEB-MEB and three events dedicated to these topics were organized: • • • Building, Energy and Environment, Resources and Waste Treatment, Energy Flows in Buildings; Architecture, Design and Environmental Quality of Buildings; Advanced Building Services Systems and Energy in Wider Context. Fig. 2: Professional workshops (left), students workshops (middle) and final workshop from autumn school term 2013 (right). The meetings were organized at two levels on every particular topic. Every topic started with so called “Professional workshop”. It involved several speeches and lectures given by experts - academics, researchers and professionals, who gave the students an insight to the contemporary trends in their field of expertise. The second part called “Students workshop” followed. Students were presenting their ideas from their field of expertise and discussed it across the technical branches under the mentorship of and professionals and researchers. 6 RLLL at the international level – students´ project internship within EURL3A project The internship at CTU in Prague was held in the period 17th February till 16th May 2014. Eight students (6 from ZUYD University, 3 from University of Ljubljana) were hosted at CTU in Prague. Fig. 3:The first meeting of foreign students who take part in the International Exchange program within EURL3A in Prague was held on Monday 19th February 2014 and presentation of business partner VUPS (left). Regular meetings during the internship (middle).Excursion in the timber structure factory (right). Conclusions The RLLL concept has shown one possible way how to encourage the transition process towards a sustainable and Near Zero Emission (NZE) built environment. Efficient education process in cooperation with latest research results and innovations and with positive feedback from building practice can force positive changes in the building sector. The envisaged impact is: (i) more and better educated and trained engineers on relevant technologies and competencies for the sustainable NZE built environment; (ii) support for enterprises in developing and innovating products en services to enter this market of tomorrow; (iii) an easy accessible network of knowledge and research capacity on an European level including an exchange and mobility program to support business growth; (iv) a contribution in speeding up the transition to a sustainable NZE built environment with respect for economic growth on a European level. The RLLL concept can be used also in other technical branches. Acknowledgment: The EURL3A project was financially supported by the European Union, projects No. EAC2012-0600 EURL3A - European Real Life Learning Lab Alliance and OP RDI project No. CZ.1.05/2.1.00/03.0091 – University Centre for Energy Efficient Buildings. This outcome has been supported by the European Union, OP RDI project No. CZ.1.05/2.1.00/03.0091 – University Centre for Energy Efficient Buildings (UCEEB). References [1] www.eurl3a.eu (27.5.2014) [2] www.ides-edu.eu (27.5.2014) [3] www.knowfact-project.eu/ (27.5.2014) 7