Walkability and Pedestrian Planning Training Course

Urban Planning and Development

Walkability and Pedestrian Planning Training Course provides practical and contemporary knowledge in pedestrian network planning, walkability assessment, universal accessibility, pedestrian safety, transit-oriented development, public realm design, traffic calming, active mobility, and sustainable urban development.

Course Overview

 Walkability and Pedestrian Planning Training Course 

Introduction 

Walkability and Pedestrian Planning is a strategic urban mobility discipline focused on creating safe, accessible, inclusive, connected, and attractive environments for walking and active transportation. Walkability and Pedestrian Planning Training Course provides practical and contemporary knowledge in pedestrian network planning, walkability assessment, universal accessibility, pedestrian safety, transit-oriented development, public realm design, traffic calming, active mobility, and sustainable urban development. Participants will explore how pedestrian-friendly planning can reduce road traffic injuries, improve public health, strengthen local economies, enhance public spaces, and support climate-resilient cities. 

The course integrates pedestrian planning principles with transport planning, urban design, land-use management, road safety, smart mobility, and sustainable development frameworks. Through practical exercises and international case studies, participants will learn to conduct walkability audits, identify pedestrian barriers, develop pedestrian network strategies, apply accessibility standards, assess pedestrian level of service, and formulate implementable pedestrian improvement programs. The course also examines innovative approaches used by cities worldwide to create safer streets, connected neighborhoods, and people-centered urban environments. 

Course Objectives 

By the end of the course, participants will be able to: 

  1. Understand advanced principles of walkability, pedestrian planning, and active mobility. 
  2. Apply evidence-based pedestrian network planning and street design techniques. 
  3. Conduct professional walkability audits and accessibility assessments. 
  4. Apply universal design and inclusive mobility principles to pedestrian infrastructure. 
  5. Develop pedestrian safety and Vision Zero strategies. 
  6. Evaluate pedestrian connectivity, accessibility, comfort, and level of service. 
  7. Integrate walking infrastructure with public transport and transit-oriented development. 
  8. Apply traffic calming and complete streets approaches. 
  9. Use GIS, spatial analysis, and pedestrian mobility data for planning. 
  10. Develop climate-smart and sustainable pedestrian mobility strategies. 
  11. Identify pedestrian infrastructure deficiencies and prioritize interventions. 
  12. Design practical pedestrian improvement programs and investment strategies. 
  13. Develop monitoring, evaluation, and performance indicators for walkability programs. 


Organizational Benefits
 

  • Improved pedestrian safety and road traffic injury prevention. 
  • More efficient and connected urban mobility networks. 
  • Stronger sustainable transport and active mobility planning. 
  • Better accessibility for persons with disabilities and vulnerable users. 
  • Improved integration between pedestrian networks and public transport. 
  • Enhanced public-space quality and urban livability. 
  • Better evidence-based infrastructure investment decisions. 
  • Support for climate action and low-carbon urban development. 
  • Stronger compliance with accessibility and road safety principles. 
  • Improved capacity to deliver people-centered urban development. 


Target Audiences
 

  1. Urban planners and city development professionals. 
  2. Transport and mobility planners. 
  3. Civil and transportation engineers. 
  4. Road safety and traffic management professionals. 
  5. Municipal and local government officials. 
  6. Architects, landscape architects, and urban designers. 
  7. Public transport and active mobility professionals. 
  8. Infrastructure, development, and smart-city specialists. 


Course Duration: 5 days

Course Modules

Module 1: Fundamentals of Walkability and Pedestrian Planning
 

  • Principles and dimensions of walkable cities. 
  • Pedestrian mobility, accessibility, connectivity, and street hierarchy. 
  • Relationship between land use, density, mixed-use development, and walking. 
  • Pedestrian behavior, travel patterns, and mobility needs. 
  • Global case study: Copenhagen, Denmark and pedestrian-oriented urban development. 
  • Practical exercise: Assessing walkability characteristics of an urban neighborhood. 


Module 2: Pedestrian Network Planning and Street Design
 

  • Pedestrian network structure, continuity, permeability, and connectivity. 
  • Sidewalks, crossings, pedestrian streets, shared streets, and footpaths. 
  • Complete streets and multimodal street planning. 
  • Intersection design and pedestrian priority treatments. 
  • Global case study: Barcelona, Spain and superblock-based mobility planning. 
  • Practical exercise: Developing a connected pedestrian network concept. 


Module 3: Pedestrian Safety and Traffic Management
 

  • Pedestrian crash risk, conflict analysis, and road safety principles. 
  • Speed management, traffic calming, raised crossings, and refuge islands. 
  • Safe intersection and crossing design. 
  • Vision Zero and Safe System approaches. 
  • Global case study: Stockholm, Sweden and pedestrian road safety initiatives. 
  • Practical exercise: Preparing a pedestrian safety improvement plan. 


Module 4: Universal Accessibility and Inclusive Pedestrian Design
 

  • Universal design principles and inclusive pedestrian environments. 
  • Accessibility for persons with disabilities, older people, and children. 
  • Tactile paving, ramps, curb design, crossings, and accessible signals. 
  • Inclusive public spaces and barrier-free mobility. 
  • Global case study: Singapore and accessible pedestrian infrastructure. 
  • Practical exercise: Conducting an accessibility audit of a pedestrian corridor. 


Module 5: Walkability Audits, GIS and Data Analytics
 

  • Walkability indicators, audit frameworks, and pedestrian level of service. 
  • GIS mapping and spatial analysis for pedestrian accessibility. 
  • Pedestrian counts, origin-destination data, and travel behavior analysis. 
  • Data-driven identification and prioritization of pedestrian deficiencies. 
  • Global case study: New York City and data-supported pedestrian planning. 
  • Practical exercise: Developing a pedestrian walkability assessment. 


Module 6: Pedestrian Integration with Public Transport and Land Use
 

  • First-mile and last-mile pedestrian connectivity. 
  • Transit-oriented development and pedestrian accessibility. 
  • Station-area planning and pedestrian catchment analysis. 
  • Integrating walking with cycling and public transport networks. 
  • Global case study: Curitiba, Brazil and integrated urban mobility planning. 
  • Practical exercise: Designing a pedestrian-transit integration strategy. 


Module 7: Sustainable, Climate-Resilient and Smart Pedestrian Mobility
 

  • Walking as a low-carbon and climate-smart transport mode. 
  • Green infrastructure, shade, drainage, heat mitigation, and pedestrian comfort. 
  • Smart pedestrian systems, sensors, and mobility technologies. 
  • Public realm enhancement and place-making strategies. 
  • Global case study: Paris, France and people-centered street transformation. 
  • Practical exercise: Developing a climate-resilient pedestrian corridor concept. 


Module 8: Pedestrian Planning Implementation and Performance Management
 

  • Pedestrian master plans, policies, programs, and investment frameworks. 
  • Project prioritization, budgeting, implementation, and stakeholder engagement. 
  • Monitoring frameworks, performance indicators, and impact evaluation. 
  • Governance, community participation, and long-term maintenance. 
  • Global case study: London, United Kingdom and strategic walking initiatives. 
  • Practical exercise: Preparing an implementable pedestrian action plan. 


Training Methodology
 

  • Instructor-led presentations and interactive technical discussions. 
  • Practical walkability audits and field-based assessment exercises. 
  • GIS and pedestrian data analysis demonstrations. 
  • International case studies and comparative urban planning analysis. 
  • Group exercises, workshops, simulations, and problem-solving activities. 
  • Participant presentations, peer learning, and expert feedback. 
  • Scenario-based pedestrian safety and accessibility planning. 
  • Development of practical pedestrian improvement and implementation plans. 


Register as a group from 3 participants for a Discount

Send us an email: info@datastatresearch.org or call +254724527104

Certification

Upon successful completion of this training, participants will be issued with a globally- recognized certificate.

Tailor-Made Course

We also offer tailor-made courses based on your needs.

Key Notes

a. The participant must be conversant with English.
 
b. Upon completion of training the participant will be issued with an Authorized Training Certificate
 
c. Course duration is flexible and the contents can be modified to fit any number of days.
 
d. The course fee includes facilitation training materials, 2 coffee breaks, buffet lunch and A Certificate upon successful completion of Training.
 
e. One-year post-training support Consultation and Coaching provided after the course.
 
f. Payment should be done at least a week before commence of the training, to DATASTAT CONSULTANCY LTD account, as indicated in the invoice so as to enable us prepare better for you.
 

Course Information

Duration: 5 days

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