Complete streets, transit, bikeway, and pedestrian planning, design, and performance measurement
Complete Streets are planned, designed, operated, and maintained to provide safe and comfortable travel for all users of all ages. Complete Streets provide for all modes of transportation, including pedestrians, bicyclists, transit vehicles, and motorists, as well as allow for emergency response, road maintenance, and goods movement.
This course covers the planning and design of Complete Streets, including the history of Complete Streets, the policy environment for Complete Streets (particularly in the California legislative environment), how to integrate Complete Streets with the urban planning process, and how to design streets, intersections, crossings, and interchanges consistent with the Complete Streets approach.
Additional course detail is provided in the sections below.
Session 1: Complete Streets Policy & Planning Overview
Session 2: New Planning Paradigm
Session 3: Operationalizing & Impementing Complete Streets
Session 4: Design Standards & Guidance
Session 5: Roadway Design Concepts
Session 6: Intersection & Crossing Design Concepts
Students will gain an understanding of the Complete Streets approach, its application to planning and design, how to plan for future Complete Streets, and how to retrofit existing streets to provide for all modes of transportation.
Additionally, students will learn how to evaluate complicated trade-offs between modes of transportation.
This course is intended for urban planners and transportation engineers at local, regional, and state agencies as well as consultants. Both new and experienced planners and engineers will benefit.
The course is primarily appropriate for urban perspectives, however it does address Complete Streets in rural environments as well.
[no prerequisites identified]
Jeremy Klop, AICP, Principal, Fehr & Peers Transportation Consultants
Mr. Klop brings an effective blend of experience in multimodal transportation planning, modeling, and operations analysis. With this integrated understanding of both the multimodal planning and operation implications, he provides a wide range of services including complete streets policy and design, multimodal transportation planning in campus, medical, and downtown settings, transit operations and signal priority, corridor studies and livable street design, and smart growth modeling and forecasting.
In addition to project experience, he publishes and presents on the relationship between urban form and trip generation, complete streets, and bicycle and pedestrian facility planning, including a co-author role for the Bicycle and Pedestrian chapter in the ITE Transportation Planning Handbook (2009). He is a member of the American Planning Association (APA) and the Institute of Transportation Engineers (ITE).
Jason Pack, P.E., Principal, Fehr & Peers Transportation Consultants
Mr. Jason Pack began working for Fehr & Peers after receiving his degree in Civil Engineering from the University of California, Davis in 1999. He has worked on a wide variety of transportation projects, from general plans and specific plans to detailed corridor, interchange, and signal coordination studies. Most of his projects feature a complete streets element and many involve Caltrans. Additionally, he has applied or developed travel demand forecast models on over 50 projects in the State of California.
Jason has had papers/presentations accepted to the TRB National Roundabout Conference, the ITE National Conference, and the California APA Conferences. Jason has worked on a variety of complete/livable street projects, including the San Marcos General Plan Mobility Element, Holt Boulevard Corridor Plan, Carlsbad General Plan Mobility Element, and the award winning Carlsbad Livable Streets Assessment.
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This class is offered at a reduced fee to employees of California's city, county, regional, and tribal public agencies
Public Agency Rate:
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This course grants:
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University of California Berkeley
Technology Transfer Program
109 McLaughlin Hall
Berkeley, CA 94720
Phone: (510) 643-4393
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