LF logo
by learnformula
search
Log in
search
Courses/Engineering/Transportation Engineering

Safer Speeds for Safer Streets

Master proven speed management strategies and traffic calming designs to reduce severe collisions, protect vulnerable road users, and create highly walkable, thriving communities.

Created byDewan Karim
BeginnerUpdated Jun 9, 2026
Safer Speeds for Safer Streets

What You'll Learn

check_circleDefine and apply target speeds within the Safe System framework
check_circleSet credible posted speed limits using Canadian guidance
check_circleSelect and design geometric and operational speed management measures
check_circleEvaluate speed interventions using before–after and surrogate safety methods

About This Course

Vehicle speed is one of the most significant factors influencing both the likelihood and severity of road crashes. As communities seek to improve safety for pedestrians, cyclists, transit users, and motorists, transportation professionals are increasingly focused on evidence-based speed management strategies that reduce fatalities and serious injuries while supporting efficient mobility.

In this practical session, transportation engineer Dewan Karim explores the relationship between speed, human behaviour, roadway design, and safety outcomes. Drawing on international research, Vision Zero principles, and real-world transportation planning experience, he examines how speed influences crash risk, injury severity, and survivability, and discusses the tools available to engineers, planners, and municipalities to create safer streets. Participants will gain a deeper understanding of modern speed management approaches, traffic calming measures, road design strategies, and the Safe System framework for improving road safety across urban environments.

Key Topics Discussed

  • The relationship between vehicle speed, crash risk, and injury severity
  • Global and Canadian road safety trends and statistics
  • Human factors affecting speed-related safety outcomes
  • Perception-reaction time, stopping distance, and driver decision-making
  • The role of kinetic energy in crash severity and fatality risk
  • Speed variation and interactions among different road users
  • Pedestrian vulnerability and survivability at different impact speeds
  • Understanding risk through the Safe System approach
  • Vision Zero principles and their application in transportation planning
  • Designing transportation systems to accommodate human error
  • Setting appropriate speed limits based on context and risk
  • The relationship between roadway design and operating speeds
  • Urban street design strategies for safer travel speeds
  • Speed management tools and implementation frameworks
  • Traffic calming measures, including horizontal and vertical deflection techniques
  • Road diets, lane width considerations, and street reconfiguration strategies
  • Safety considerations for pedestrians, cyclists, transit users, and vulnerable road users
  • The importance of data-driven and evidence-based safety interventions
  • Balancing mobility, accessibility, and safety objectives
  • Municipal approaches to reducing fatalities and serious injuries
  • Common challenges and misconceptions surrounding speed reduction initiatives
  • Evaluating the effectiveness of traffic calming and speed management programs
  • Practical lessons from international and Canadian transportation projects
  • Future directions in road safety, multimodal mobility, and street design policy

Your Instructor

Dewan Karim
Dewan Karim

Multimodal Mobility and Safety, Section Lead | LEA Group

menu_book1 courses

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.

Credit Information

Do these courses count toward my professional development requirements?

This portal is provided as a training and development resource for City of Markham employees. Every course is delivered by a qualified subject matter expert or learning organization, is quantifiable in hours, and is verifiable — you receive a documented certificate of completion for every course you finish, stored on LearnFormula indefinitely.

If you hold a professional designation (for example in engineering, accounting, human resources, or law), courses may be counted as professionally relevant, verifiable learning activities toward your continuing professional development. Individual practitioners are responsible for confirming that an activity meets the requirements of their professional body. For questions about the City of Markham's training and development policies, please speak with your people leader or Human Resources.

What Students Are Saying

0.0
Student's Choice
0 reviews

Frequently Asked Questions

We are a registered provider with 327+ associations and regulatory bodies worldwide. We operate across 29 global markets including Canada, the US, Australia, and the UK. Every course page clearly displays its specific accreditations. Upon completion, you receive a professional certificate that can be validated online. Our certificates include all necessary accreditation details, credit hours, and completion dates, and are formatted specifically to meet the submission requirements of most global regulatory bodies.