Built Environment Education Across Boundaries. The Case of Energy Retroﬁt As a Tool for Low Carbon Transition
Since the 1990s, several studies have focused on the concept of Transformative Pedagogy as a strategy to foster inter-disciplinary abilities to rise to the challenge of sustainable development. Although the impact of these transformative pedagogies is widely recognized, their integration in traditional educational programmes is often neglected, speciﬁcally in programmes that develop future practitioners in the built environment(BE).In this realm,research has promoted the integration across disciplines as key element to build locally appropriate technological solutions to deal with energy issues that building and urban scales. However,the lack of inter-disciplinary training and tools necessary to support the understanding of complex problems within an inter-disciplinary context has remained an issue. This project deals with this lacuna by developing an innovative learning platform for knowledge integration in Energy Retroﬁt(ER).This paper starts with an overview of the methodological approach,which was used to conﬁgure the main structure of the cognitive tool (i.e., cmapER). Then, the results of the workshop which involved twelve senior researchers with different backgrounds (e.g. economists, architects, planners, engineers and project managers) in a mutual process of knowledge exchange, are presented. The main ﬁndings point out a set of new functionalities and properties of the CmapER as a cognitive tool that canstimulateinterdisciplinaryperspectivesinER.Thiscontributionrepresentsafurther development on the combined use of cognitive mapping technique and meaningful learning activities in the realm of BE disciplines.
 Disterheft, AFerreira Da Silva Caeiro, S.S., Ramos, M.R., et al. (2012). Environmental Management Systems (EMS) implementation processes and practices in European higher education institutions., J. Clean. Prod., vol.31, pp. 80-90
 Adomßent,M.,Fischer,D.,Godemann,J.,etal.(2014).Emergingareasinresearchonhighereducation for sustainable development., J. Clean. Prod., vol.62, pp. 1-7
 Dieleman,H.,Huisingh,D.,(2006).Gamesbywhichtolearnandteachaboutsustainabledevelopment: exploringtherelevanceofgamesandexperientiallearningforsustainability, J. Clean. Prod.,vol.14,pp. 837-847
 Ramirez, G.A., (2012). Sustainable development: Paradoxes, misunderstandings and learning organizations, Learning Organanizations, vol.19, pp. 58-76
 Wooltorton,S.,Wilkinson,A.,Horwitz,P.,etal.(2015).Sustainabilityandactionresearchinuniversities, Int. J. Sustain. High. Educ., vol.16, pp. 424–439.
 S. Vassigh, T. S., (2014). Integrated design pedagogy for energy efﬁcient design: Tools for teaching carbon neutral building design, Energy Procedia, vol.57, pp. 2062-2069
 Wang, S.K., Hsu, H.Y., Reeves, T.C., et al. (2014). Professional development to enhance teachers’ practices in using information and communication technologies (ICTs) as cognitive tools: Lessons learned from a design-based research study, Comput. Educ., vol.79, pp. 101-115
 Pretorius, R. Lombard, A. Khotoo, A., (2016). Adding value to education for sustainability in Africa with inquiry-basedapproachesinopenanddistancelearning, Int. J. Sustain. High. Educ.,vol.17,pp.167-187
 Dedeurwaerdere, T.,(2013). Transdisciplinary sustainability science at higher education institutions, Sustain. vol.5, pp. 3783–3801.
 Poteete, A., Janssen, M., Ostrom, E., (2010) Working together: Collective action, the commons, and multiple methods in practice, Princeton: Princet. Univ. Press.
 Ertas,A.,Maxwell,T.,Rainey,V.P.,etal.(2003).Transformationofhighereducation:Thetransdisciplinary approach in engineering, IEEE Trans. Educ., vol 46, pp. 289–295.
 Charmaz, K., (2014). Grounded Theory in Global Perspective: Reviews by International Researchers, Qual. Inq. vol 20, pp. 1074-1084
 Seawnght,J.Gerring,J.,(2008).Caseselectiontechniquesincasestudyresearch:Amenuofqualitative and quantitative options, Polit. Res. Q., vol 61, pp. 294-308
 Novak,J.D.,(2011).ATheoryofEducation:MeaningfulLearningUnderliestheConstructiveIntegrationof Thinking,Feeling,andActingLeadingToEmpowermentforCommitmentandResponsibility,Meaningful Learn. Rev., vol 1, pp. 1–14.
 Sibilla, M., Kurul, E. (2018). Energy Retroﬁt: a review of transdisciplinary approaches,. in Proceding of the 5th Int. Conf. Archit. Built Environ., Erlangen: Get It Published Verlag
 Jonassen, D.H., Strobel, J. (2206). Modeling for meaningful learning, in: Engag. Learn. with Emerg. Technol., pp. 1–27.