TRAINING.

Overview

After participating in this course, you will be able to:

• Provide an overview of the holistic neighbourhood traffic planning and design while reviewing their challenges, effectiveness and success strategies.
• Understand the most common principles, planning process, design techniques of traffic calming measures, techniques and application process
• Analysis of various tools, details of redesign components and program deployment and implementation with in-class case studies, applications and completing area plans and design of near participants' living places.

Description:
Traffic calming techniques use physical design and other measures to reduce the vehicle's negative impacts, such as reducing excessive traffic speed and cut-through volume, altering driver behaviour and improving overall safety benefits for non-motorists like pedestrians, micro-mobility users and cyclists on residential streets and community paces. This course covers methods and best traffic calming practices used by professional planners, engineers, and consultants/researchers. A key objective of this course is to help you become better at planning and designing traffic calming measures using industry standards and guidelines.

The intended audience is anyone responsible for receiving complaints or inquiries about speeding and cut-through traffic issues and developing plans for municipal projects as a consultant and practitioner. This includes engineers, public works superintendents, municipal managers, planners, etc. Law enforcement and elected officials may also benefit from this course.

The course is broadly divided into three parts:

Part 1: This course introduces how a municipality, consultants and practitioners can establish a traffic calming program for roadways to increase safety and accessibility. The course starts with the definition of traffic calming and the fundamentals of various concepts and approaches. It will describe traffic calming purposes and their relationship to other transportation initiatives (like complete streets and context-sensitive solutions). Effects of application, potential challenges and benefits for all types of street users, including truck-dependent, emergency services and other critical services affected by the traffic calming measures

Part 2: This section of the course focuses on developing a traffic calming program, strategies and steps for planning, design, application, implementation, and effectiveness of the various types of traffic calming devices. This part will discuss considerations for their appropriate application, including effects and design and installation specifics. Research on the impact of traffic calming measures on mobility and safety for passenger vehicles, emergency response, public transit, waste collection vehicles, pedestrians and bicyclists will be provided to understand the broader effectiveness of traffic calming measures.

Part 3: This section will focus on the practical application of case studies of traffic calming measures in areas or neighbourhoods selected by participants. The class could be divided into two or three groups. Illustrations and photographs of different types of traffic calming measures will assist in thinking about applying tools to their selected areas. Examples and case studies of comprehensive traffic calming programs and neighbourhood-specific traffic calming plans will assist in performing the class exercise. Participants will subsequently complete applying tools and potential design components and complete case studies. 

Course Outline:

• Introduction to traffic calming concept
• Fundamental of traffic calming
• Introduction to traffic calming toolbox
• Effects of traffic calming on reducing negative impacts of vehicle, passengers and non-automobile street users
• Planning for traffic calming: Developing effective traffic strategies
• Data collection, measurement, and analysis techniques for data digging
• Identifying measures, warrants, and locations for the application of traffic calming
• Street design and traffic engineering tools to implement traffic calming program
• Evaluation of traffic calming measures, cost-effectiveness, and funding sources
• Class exercise for traffic calming cases, application method,
• Off-site class exercise for neighbourhood traffic calming project planning and design

Who Should Attend:
Planners • Municipal Engineers • Law enforcement • Community leaders, decision-makers and politicians • Supervisors • Managers • Construction Managers • Educators • Students

Please note: You can check other time zones here.

Syllabus

Day 1: Introduction and Fundamentals

• Introduction, the definition of traffic calming and difference/similarity with a road diet, complete street,
• Fundamental of traffic calming concepts, policy issues and initial challenges,
• Introduction to traffic calming toolbox, basic components, overall principles,
• Effects of traffic calming on reducing negative impacts on vehicle users,
• Effects of traffic calming on reducing negative impacts on vehicle passengers,
• Effects of traffic calming on reducing negative impacts on non-automobile street users,

• Health, safety, energy and environmental benefits of traffic calming,
• Introduction to engineering guidelines such as ITE, FHWA, NACTO, and best city policies

Day 2: Developing Program, Planning and Design of Traffic Calming

• Planning Traffic calming: Developing municipal programs, policies, action plans, implementation
• Developing effective traffic strategies using proper data collection, measurement, analysis techniques,
• Identifying common measures, warrant development, applicable locations of horizontal, vertical and surface treatment of traffic calming,
• Understanding street design and traffic engineering tools of traffic calming,

• Details of design elements: Diagonal parking, changing one-way to two-way streets, widening sidewalk, narrowing lanes for streets, bulbs/chokers/neckdowns, chicanes, roundabouts, traffic circles, raised medians, tight corner radius, diverters, street humps/speed tables/cushions, rumble strips and other horizontal treatments

• Evaluation of traffic calming measures, cost-effectiveness, and funding sources.

Day 3: Design Examples, Illustration and Traffic Calming Exercise

• Selection of case study locations for each group(s),
• Class case study exercise for traffic calming cases, application method for selected areas
• Identify locations or streets using data, traffic tools, analysis techniques,
• Identify suitable types, design components, cost of projects, implementation process and steps
• Off-site class exercise for neighbourhood traffic calming project planning and design

Instructor

Dewan Karim, M.A.Sc., MITE, P.Eng., PTOE

Educated at the University of Tokyo, Japan, Dewan spent more than sixteen years of his career in mobility master planning, smart innovation in urban innovation, shared mobility and transit planning projects in both Japan and Canada. Recently, he developed a new innovative mobility ecosystem master planning concept combining new mobility systems, innovative technologies, equitable use of public space, sustainable safety, and evidence-based scientific approach for rebuilding cities for people. The project concept and innovative applications was awarded by MIT Media Lab conference as “best planning system” and ITE Project of year in 2015.

Subsequently, he published a chapter of “Disrupting Mobility” by Springer University of California, Berkeley. He is currently writing a book titled “Our Mobility DNA” with Taylor and Francis and teaching a professional course to summarize innovative mobility concepts and outcomes of urban master planning projects.

He is a registered member as a Professional Engineer in Ontario, British Columbia, Nova Scotia and certified as a Professional Traffic Operation Engineer.