Jonathan Auger

Jonathan Auger

Montreal, Quebec, Canada
168 followers 167 connections

About

Experienced Transportation Specialist with a demonstrated history of working in the government administration industry. Skilled in Sustainable Development, Urban Planning, Databases, Sustainable Design, and Management. Strong media and communication professional with a Master of Science (MSc) focused in City/Urban, Community and Regional Planning from Concordia University.

Activity

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Experience

  • Ville de Westmount • City of Westmount Graphic
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    Montreal, Quebec, Canada

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    Department of Geography, Planning and Environment

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    Arrondissement CDN-NDG, Montreal, Quebec, Canada

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    Direction des transports, Montreal, Quebec, Canada

Education

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    Activities and Societies: Active/Sustainable Transportation, Research, Transportation and Urban Planning, Geographic Information Systems (GIS), Statistical Modelling and Analysis, Community Development.

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    Activities and Societies: Urban Planning, Urban Design, Human and Physical Geography/GIS, Urban History, Soliology.

Publications

  • A Built Environment for an Ageing Society: A Subpopulation Analysis of Pedestrian Crashes at Signalized Intersections in Montreal, Canada

    Transportation Research Board

    This paper, sponsored by TRB committee ANF10 Pedestrians, was published in the conference proceedings of the 94th Transportation Research Board (TRB), and was awarded the title of “practice ready”.

    The paper explored the use of subpopulation regression models to explain the injury incidence that occurred at 191 (N=192) signalized intersections in Montreal, Canada. Two negative binomial models were specified, one for younger and another for older pedestrians involved in crashes at the…

    This paper, sponsored by TRB committee ANF10 Pedestrians, was published in the conference proceedings of the 94th Transportation Research Board (TRB), and was awarded the title of “practice ready”.

    The paper explored the use of subpopulation regression models to explain the injury incidence that occurred at 191 (N=192) signalized intersections in Montreal, Canada. Two negative binomial models were specified, one for younger and another for older pedestrians involved in crashes at the intersections.

    One of the objectives of the study was to determine if subpopulation models could do a better job at teasing out the built environment characteristics associated with older adult injury involvement compared to the younger, and how these separate models could provide insights into an ideal built environment for an ageing population.

    Results confirmed the hypothesis that older adult pedestrians were more sensitive to risk factors due to higher relative incidence factors compared to the younger. Results showed that the reverse is also true. For instance, in the older adult model, there was a statistically significant negative effect (p<0.05) on injury incidence when there was a center median present, whereas this was not the case in the younger model. These results provide insight into what can be considered more inclusive countermeasures for an ageing society — because what is good for the old is also good for the young, but the inverse is not necessarily true.

    See publication

Projects

Honors & Awards

  • Fonds de recherche du Québec-Société et culture (FRQSC) - Actions concertées en sécurité routière

    Fonds de recherche Société et culture

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