0000000000279112

AUTHOR

Andrea Vesco

showing 5 related works from this author

Preface : Games for Urban Sustainability

2019

The issues related to the growth of the urban population are among the mostimportant challenges of our time. T he recurring question is why it is so important to address sustainability at city scale and our answer is quite simple: the bulk of non-renewable resource consumption occurs in cities and this implies they are the firstplace where the innovations which must guide us towards a new model of sustainabledevelopment,i.e.the development that meets the needs of the present withoutcompromising the ability of future generations to meet their own needs [1], must be experimented.The main issue is therefore to design and to plan cities so that all the processesthat take place inside them becom…

Settore ICAR/20 - Tecnica E Pianificazione Urbanisticagames urban sustainability behavior changeSettore ICAR/13 - Disegno Industriale
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MUV: A Game to Encourage Sustainable Mobility Habits

2019

This working paper investigates the question of changing people mobility towards more sustainable habits involving them in an engaging gameplay. The work is performed within MUV H2020 research and innovation action. The game design, definition and features have been co-created through the involvement of different citizens and stakeholders in six European neighbourhoods. The paper discusses the game design as resulting from co-creation and co-design experiences with each neighbourhood communities involved in initial phases. The paper argues that the local co-design activities have influenced the game definition, together with the community engagement approach. The MUV gameplay approach resul…

sustainable urban mobilityCo-creation; Community engagement; Gamification; Urban sustainable mobility; Theoretical Computer Science; Computer Science (all)community engagementEconomic JusticeTheoretical Computer ScienceGame design11. Sustainability0502 economics and businessSettore ICAR/13 - Disegno IndustrialeCo-creationgamificationSociologyNeighbourhood (mathematics)060201 languages & linguistics050210 logistics & transportationSettore ICAR/20 - Tecnica E Pianificazione UrbanisticaCommunity engagementbusiness.industryCo-creationCommunity engagementComputer Science (all)05 social sciencesEquity (finance)06 humanities and the artsPublic relationsGamificationWork (electrical)Action (philosophy)0602 languages and literatureUrban sustainable mobilitybusinessco-creation
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A Gamified Mobility Experience

2020

We believe in the use of urban games to define new enjoyable experiences, change citizens’ unsustainable habits and educate them to new environment-and social-friendly ones. This paper presents MUV, an innovative action that has the power to engage citizens and foster sustainable mobility behaviors. MUV complements engaging HMIs with a participatory method within an iterative innovation process called the virtuous cycle (understand, involve, co-create, implement, experiment). The innovation process has led to a new game dynamic: Mobility as a Sport. It results in a rewarding personal mobility experience; the same rewarding sensations the athletes feel when they improve their results.

Urban gamePersonal mobility0211 other engineering and technologies02 engineering and technologyPower (social and political)Human-Machine InteractionUrban Mobility0502 economics and businessSettore ICAR/13 - Disegno IndustrialeSociologyUrban mobility050210 logistics & transportationbiologyAthletesbusiness.industry05 social sciencesInnovation process021107 urban & regional planningCitizen journalismPublic relationsbiology.organism_classificationVirtuous circle and vicious circleSustainabilityAction (philosophy)SustainabilityUrban Gamesbusiness
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Measuring the Change Towards More Sustainable Mobility:MUV Impact Evaluation Approach

2019

Urban areas can be considered the ground for the challenges related to the UN&rsquo

Information Systems and ManagementComputer Networks and CommunicationsProcess (engineering)Impact evaluationimpact evaluation0211 other engineering and technologies02 engineering and technologylcsh:TA16812. Responsible consumptionbehavioral changeimpact indicatorsOrder (exchange)Human settlementlcsh:Technology (General)11. Sustainability0502 economics and businessSettore ICAR/13 - Disegno IndustrialeSociologyEnvironmental planning021106 design practice & managementSustainable developmentimpact assessmentImpact assessmentsustainable mobility05 social sciencesimpact indicatorsustainable development goalsWork (electrical)behavioural changelcsh:Systems engineering13. Climate actionControl and Systems Engineeringurban mobilityModeling and SimulationScalabilitylcsh:T1-995agenda 2030050203 business & managementSoftware
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The Shift toward a Sustainable Urban Mobility through Decision Support Systems

2017

This chapter examines Decision support systems (DSS) are instrumental in the sustainable development of urban mobility, as they are useful to each decision maker to better predict, evaluate, and measure the impact of alternative solutions and to take informed and evidence-based decisions. It presents a number of DSSs explaining how sustainable mobility targets could be reached through these systems. The chapter highlights the transition toward a more sustainable mobility model not only comprises innovation at vehicle or infrastructure level, but also requires interdisciplinary and cross-sectorial expertise together with effective decision making support. When a DSS for sustainable urban mob…

Settore ING-INF/05 - Sistemi Di Elaborazione Delle InformazioniDecision support systemSettore ICAR/05 - Trasportibusiness.industryPolitical scienceSettore ICAR/13 - Disegno IndustrialePublic administrationPublic relationsdecision support systems game design co2 reductionbusiness
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