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Le Living Lab est une méthodologie où citoyens, habitants, usagers sont considérés comme des acteurs clés des processus de recherche et d’innovation. Cette expression anglaise désigne, y compris dans la littérature et la pratique francophone, la notion de laboratoires vivants. En 2014, on dénombre plus de 340 Living Labs dans le Monde. Histoire La notion de Living Lab émerge à la fin des années 1990 aux États-Unis au sein du Massachusetts Institute of Technology (MIT), grâce aux travaux de trois professeurs qui créent le premier Living Lab géré par un consortium de recherche. En Europe, le développement des Living Labs a lieu à partir de 2006 dans le contexte de la Stratégie de Lisbonne pour relancer l'emploi. La présidence finlandaise de la Communauté européenne lance le projet Living Labs Europe ayant pour objectif de susciter et fédérer des initiatives locales en créant un réseau européen des Living Labs, appelé European Network of Living Labs (ENOLL). Le réseau ENOLL

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Graphical representation of the smart living building research program

Arianna Brambilla, Vanda Carla Costa Grisel, Stefano Cozza, Endrit Hoxha, Thomas Bernard Paul Jusselme, Cédric Liardet, Amélie Zizou Gisèle Renée Poncety, Didier Albert Simon Vuarnoz

The smart living lab project is a pioneering, inter-disciplinary and inter-institutional platform that combines several fields of research related to construction technologies. It aims to be a center of national scope, recognized on an international level and involving a variety of players and institutions. One of the smart living lab’s projects is the design and construction of its own building, which will be at the cutting edge of research and best practice on sustainability. Before starting the construction of the smart living building, a preliminary research called smart living building (SLB) research program has been set up, of which this poster gives a graphical representation, meant to find a common language between the diverse disciplines involved in the subject.

2016

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Smart Living Building Research Program - Executive Summary

Marilyne Andersen, Arianna Brambilla, Vanda Carla Costa Grisel, Stefano Cozza, Endrit Hoxha, Thomas Bernard Paul Jusselme, Cédric Liardet, Amélie Zizou Gisèle Renée Poncety, Didier Albert Simon Vuarnoz

The smart living lab project is a pioneering, inter-disciplinary and inter-institutional platform that combines several fields of research related to construction technologies. It aims to be a center of national scope, recognized on an international level and involving a variety of players and institutions. One of the smart living lab’s projects is the design and construction of its own building, which will be at the cutting edge of research and best practice on sustainability. Before starting the construction of the smart living building, a preliminary research called smart living building (SLB) research program has been set up, of which this report is the executive summary. Its objective is to sum up the research findings discovered in this frame, and to outline the way they can be used as fundamental requirements into the future operational design brief.

2017

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Technical and architectural energy strategies for the smart living lab, a sustainable building with reliable environmental objectives

Stefano Cozza

Currently, energy efficiency in buildings is a primary objective of energy policy at regional, national and international levels. On a local scale, this trend has been detected also in Switzerland, where almost 40% of energy consumption has been assumed to be used for heating, ventilation and lighting in buildings. The smart living lab project is born under this scenario, aiming to be a building icon and a sustainability example. Via reducing environmental impacts and its footprint on the local ecosystem, the project intends to reach certain authoritative objectives, like the ones given by the 2000 Watt-Society. The smart living lab is a research centre on future built environment in Fribourg, Switzerland. It accommodates interdisciplinary and inter-institutional research groups and provides infrastructures for experiment on developing innovative concepts and technologies related to inhabitation and work environment. The purpose of this thesis is to identify the main technical and architectural macroparameters and their contribution to energy consumption. The latter in the smart living building is calculated in the aspects of both quantity [kWh/m2] and quality [kg CO2/kWh]. Global sensitivity analysis (SA) was selected as the method to demonstrate the contribution of certain key design parameters to the building energy consumption and their correlations along with the changes of variables. Several energy simulations have been conducted with the variation of each design parameter independently. Finally, due to the elaborated cases, the SA was completed with the identification of the predominant factors on the main energy outputs e.g. primary energy.

2015

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MGT-409: D. Thinking: real problems, human-focused solutions

This course aims to engage students into multidisciplinary collaboration to tackle real world problems with a human centered approach. It will also provide knowledge about the role of design in innovation.

MGT-555: Innovation & entrepreneurship in engineering

This course is a joint initiative between the School of Engineering and the College of Management to encourage and promote entrepreneurship and management skills, engineering design, hands-on experience, teamwork, and awareness of social and ethical implications in engineering and management.