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Explore curriculum modules for transportation engineering, planning, and K-12 students.

University Curriculum: Transportation Planning 

PROJECTWHAT IS INCLUDED IN THE FINAL REPORT?LEVELLEAD EDUCATOR
Equity in Travel BehaviorMaterials Forthcoming (Active Project)Undergraduate/GraduateAnne Brown, University of Oregon
Launching the Wasatch Transportation AcademyCurriculum Handbook; Course Implementation Guide Community Member/Professional Nathan McNeil, Portland State University 
Collaborative Regional Planning: Tools and Techniques for Teaching Collaborative Regional Planning to Enhance Livability and Sustainable TransportationExample scenarios for planners in gateway communitiesGraduate/ProfessionalDanya Rumore, University of Utah
Introduction to Scientific Computing for Planners, Engineers, and ScientistsSyllabus; Readings; Lessons; Exercises; ResourcesGraduate/ProfessionalLiming Wang, Portland State University
Pedestrian Observation and Data Collection CurriculumLecture slides; Data collection forms; Classroom exercisesUndergraduate/GraduateJennifer Dill, Portland State University
Phase 2 Multimodal Transportation Planning Applications Curriculum for Urban Planning ProgramsSyllabus; Lesson Plans; Grading RubricsUndergraduate/GraduateKristine Williams, University of South Florida
Pedestrian and Transit Oriented DesignCourse Objectives; Methods; Case StudiesGraduateKeith Bartholomew, University of Utah
Multimodal Transportation Planning Curriculum for Urban Planning ProgramsSylliabus; Lesson Plans; Grading Rubrics; Exercises Undergraduate/GraduateKristine Williams, University of South Florida
Strategic Design and Policy for Improving the Livability and Multi-modal Use of U.S. Urban Arterials and Commercial HighwaysStudio Assignments; Syllabus; Supplemental MaterialsGraduateMichael Larice, University of Utah
OLIS Sustainable Transportation ClassCuriculum Synopses; Applied Learning Projects; Pedagogical Outcomes GraduateVicki Elmer, University of Oregon 
Addressing Homeless Encampments on Public Right-of-Way: A Knowledge Transfer ProjectCase Study; Recorded WebinarProfessionalAndree Tremoulet, Portland State University
Enhancing Bicycle and Pedestrian Education through Curriculum and Faculty DevelopmentCurriculum Modules: Presentations, Handouts, Readings, AssignmentsUndergraduate/GraduateLynn Weigand, Portland State University
Electric Vehicle Charging Infrastructure Community Needs AssessmentReport with outcomes from an experiential education programGraduateRobert Parker, University of Oregon
designBridge: Integrating Transportation into Service Learning Design/Build ProjectsActivities and ResourcesUndergraduate/GraduateNico Larco, University of Oregon
Trail Planning & Community Service CurriculumCourse outline, Assignments, Evaluation forms, Student presentationsUndergraduate/GraduateLynn Weigand, Portland State University
designBridge: Integrating Transportation into Service Learning Design/Build ProjectsReport with outcomes from an experiential education programUndergraduate/GraduateNico Larco, University of Oregon
Expanding Service Learning Models in TransportationReport with outcomes from an experiential education programGraduateRobert Parker, University of Oregon
Bicycle and Pedestrian Design Curriculum ExpansionCourse outline, Lab assignmentsUndergraduate/GraduateLynn Weigand, Portland State University
City Design Lecture Series: Linking Transportation and Land Use PlanningTranscripts from a lecture seriesUndergraduate/GraduateMark Gillem, University of Oregon
Bicycle and Pedestrian Education ProgramCurriculum ModulesUndergraduate/GraduateLynn Weigand, Portland State University
Linking Experiential Learning to Community Transportation PlanningReport with outcomes from an experiential education programGraduateRobert Parker, University of Oregon
Road Ecology Course and Seminar SeriesCourse syllabi, Critical reading guide, Assignments, Evaluation formsUndergraduate/GraduateMark Sytsma, Portland State University

 

University Curriculum: Transportation Engineering

 

PROJECTWHAT IS INCLUDED IN THE FINAL REPORT?LEVELLEAD EDUCATOR
Instructional Modules for Obtaining Vehicle Dynamics Data with Smartphone SensorsLesson plans, Visual aids, Lab/Field exercisesUndergraduate/GraduateRoger Lindgren, Oregon Institute of Technology
Dynamic Evaluation of Transportation Structures with iPod-Based Data AcquisitionLaboratory modules, Posters and presentationsUndergraduate/GraduateCharles (C.J.) Riley, Oregon Institute of Technology
Graduate-level Civil Engineering Transportation Course DevelopmentCourse outlines, Readings and resourcesGraduateRoger Lindgren, Oregon Institute of Technology
Advanced GIS: Smart TransportationCourse overview, Syllabus, AssignmentsUndergraduate/Graduate Christopher Bone, University of Oregon
Activity-Based Learning Module for Human Factors in the Introductory Transportation Engineering CourseCourse overview, Description of educational activitiesUndergraduateDavid Hurwitz, Oregon State University
Development, Deployment, and Assessment of a New Educational Paradigm for Transportation Professionals and University StudentsReport with outcomes from an experiential education programUndergraduate/GraduateAshley Haire, Portland State University 
Bicycle and Pedestrian Engineering Design Curriculum ExpansionSyllabus, reading listUndergraduate/GraduateAshley Haire, Portland State University
Distribution Logistics CourseCourse overview, Syllabus, Student work excerpts and comments Undergraduate/GraduateMiguel Andres Figliozzi, Portland State University

K-12 Transportation Curriculum

PROJECTWHAT IS INCLUDED IN THE FINAL REPORT?LEVELLEAD EDUCATOR
GIS Training in Transportation And Environmental Justice for Promoting Student Success in STEAM EducationGIS Curriculum Modules for a four-week workshop9-12 gradeJoowon Im, University of Texas at Arlington
S.T.E.A.M. TRAINing: Engaging High School Girls in Transportation and Equity Issues through GISClassroom slide presentations; Lesson plans; Lab activities; Study sheets  9-12 gradeRandy Morris, Portland State University
Closing the Gap: Developing a Transportation Curriculum for the Oregon Young Scholars ProgramCourse overview; Lesson plans; Sample discussion questions8-12 grade Carla Gary, University of Oregon
Project Phenom: A Smart Bike ProjectCourse budget and material list; Complete lesson plans with outlines, assignments, and visual aids6-12 grade Stephen Fickas, University of Oregon
Investigations in TransportationReport with outcomes from an experiential education program3-5 gradeCarol Biskupic Knight, Portland State University
"Big & Awesome Bridges"240 page, full-color book featuring 22 big river railway and roadway bridges in the Portland, OR and Vancouver, WA region.3-5 gradeSharon Wood Wortman and Ed Wortman

Curriculum Terms of Use

The curriculum modules and resources shared here are offered to you conditioned on your acceptance without modifications of the Terms. Your use of the curriculum modules constitutes your agreement to all such Terms.

  • To reproduce or make copies of the modules: any reproductions or copies must contain proper attribution to the National Institute for Transportation and Communities (NITC), and at a minimum, the NITC logo.
  • To distribute the modules or module adaptations: any reproductions or copies must contain proper attribution to NITC, and at a minimum, the NITC logo.
  • To create and reproduce adaptations (work based on the curriculum modules): provided that any such adaptations or changes, including any translation in any medium, takes reasonable steps to clearly label, demarcate or otherwise identify that changes were made to the original modules. For example, a translation could be marked "The original curriculum modules were translated from English to Spanish." If significant adapations are made (e.g. language translation) that may benefit other users, please contact us at asktrec@pdx.edu to determine whether this update could be added to the project resources.

In recent years, cities and counties all across the United States have invested in bicycle and pedestrian counters. Having reliable data on non-motorized traffic can help jurisdictions make informed decisions about infrastructure investments, measure the effectiveness of biking and walking initiatives, and improve safety. 

But having a bike-ped count program is just the beginning. 

Last month at Portland State University (PSU), two students showcased their work on transportation topics in a Summer Research Symposium held by the Virtual Alternative Research Experience for Undergraduates (altREU) Site on Computational Modeling. The altREU program, led by PSU Engineering & Computer Science professor Christof Teuscher, is funded by the National Science Foundation (NSF) and offers undergraduates experience in designing, programming, and using computers to benefit society.

Not far from Portland State University, down a little road tucked under three highway overpasses, sits the International School of Portland (ISP)—a leafy four-acre campus serving nearly 400 students from preschool to fifth grade. Despite its proximity to popular pedestrian areas, including the Downtown Waterfront, the International School of Portland is nestled amongst a few private blocks and can be difficult to access by foot or by bike. Naturally, most students arrive by car, which creates the familiar traffic jam at pickup and dropoff times.

Since 2011, Portland State University and the Initiative for Bicycle and Pedestrian Innovation have offered a unique opportunity to students: a two-week study abroad course that introduces participants to cities with stellar bike cultures. In past years, classes have explored the Netherlands, Sweden, and Denmark. This year’s class of eight students, led by Hau Hagedorn and Drusilla van Hengel, spent two weeks this summer traversing Denmark by public transportation, foot, and (of course) bike.