Resources

Collectively, CUTC members have advanced the state-of-the-art in all modes and disciplines of transportation. In doing so, the membership of CUTC have made significant and lasting contributions to the nation’s mobility, economy, and defense.

 

To review the research programs of CUTC organizations that have also been designated by Congress as University Transportation Centers (UTCs), see the UTC website or browse USDOT Research Hub.

Per the federal reporting requirements for University Transportation Centers (UTCs), a research project description must be submitted to the Research in Progress (RiP) database and after a project is completed, a final report must be indexed and abstracted in TRB’s Transportation Research International Documentation Database (TRID). These databases allow an interested person the ability to search for UTC-funded research on a specific topic.

To identify in-process or completed research on a topic of interest, follow these steps in the respective website:

  1. Access the link: Research in Progress or Transportation Research International Documentation Database
  2. Click the “Advanced Search” link
  3. Enter “Bicycles” in the Keywords box
  4. Scroll down to the “Record type” box and click on the drop down menu and select “UTC – University Transportation Centers”
  5. Scroll down to the “Submit Search” button

 

 

A Transportation Safety Module for Undergraduate Students

Course website http://ergo.research.ise.msstate.edu/stride-classroom-module/

Description: To improve transportation safety in the Southeastern United States, it is critical that we train the next generation of engineers to be concerned with safety and knowledgeable about techniques to improve safety.   Whether the engineers go on to work for state departments of transportation, technology firms, manufacturing companies, or service providers, they will all be able to improve transportation safety for themselves and their company.  Co-Director Dr. Lesley Strawderman of the Human Systems Engineering Laboratory at Mississippi State University, received funding from STRIDE (Southeastern Transportation Research, Innovation, Development and Education Center) to develop, pilot-test, refine, and disseminate an educational module in transportation safety.  The educational module is aimed at undergraduate engineering students, whose exposure to this topic is extremely limited, if they are exposed at all.  The module incorporates a number of items, including lecture material (both instructor and student versions), in class activity, and laboratory exercises.

 

Pedestrian and Bicycle Transportation Short Series

Target audience: Undergraduate/Graduate Students

Course website:  http://www.pedbikeinfo.org/training/courses_short.cfm

Description: The Pedestrian and Bicycle Transportation Short Series o­ffers three modules to augment undergraduate courses in basic civil engineering and/or transportation planning. The lessons, which cover Planning for Pedestrians and Bicycles, Pedestrian and Bicycle Facility Design, and Pedestrian and Bicycle Data and Performance, are ideally suited to be integrated into an existing course, such as the ‑first or introductory course in transportation engineering. Each of the educational modules contains presentation slides for a 50-minute lecture, speaker notes for instructors, references, and recommended additional readings. The modules can be used individually or sequentially. The program also includes one student assignment with a grading key for instructors. Target Audience: The materials are intended for undergraduate students studying introductory transportation planning or engineering. The courses also may be suitable for graduate students.

 

Public Transportation Course Modules

Target audience: Undergraduate and Graduate

Course website: http://stride.ce.ufl.edu/public-transportation-course-modules

Description: These are a set of public transportation course modules for inclusion into Introduction to Transportation, an undergraduate course; Transportation Planning, a graduate course; and Transit Planning and Operations courses, a graduate level course. The modules are designed to be easily taught by instructors with limited experience in the transit industry.

 

Curriculum materials available on-line for K-12 events:

LEGO Robotics Vehicle Lesson Plans for Secondary Education: http://www.t2ctt.ce.ufl.edu/Forms.asp?MODE=NEW&Forms_FormTypeID=-17

K-12 ideas generated from Southeastern Transportation Research, Innovation, Development, and Education Center (STRIDE) at the University of Florida can be found in the following final reports:

  1. Engineers Change the World: A Hands-on Workshop for 13-to-18-Year-Old Girls (2012-009S)http://stride.ce.ufl.edu/uploads/docs/STRIDE_Engineering-For-Girls-Too-FINALReport_Martin_2012-009S.pdf
  2. MSU K-12 Workforce Development http://stride.ce.ufl.edu/uploads/docs/Heiselt_K-12_Workforce_Development_at_MSU_FINAL.pdf
  3. NCSU K-12 Workforce Developmenthttp://stride.ce.ufl.edu/uploads/docs/STRIDE_LEGO_Robot_FinalReport_Martin_2912-FINAL.pdf
  4. UAB K-12 Workforce Developmenthttp://stride.ce.ufl.edu/uploads/docs/sisiopiku_UAB_workforce_final_report_2014.p
  5. UF K-12 Workforce Developmenthttp://stride.ce.ufl.edu/uploads/docs/l_washburn_UF_workforce_final_report_2014.pdf

 

The University of Vermont – Transportation Research Center partners with educators, includinghttp://www.transportationcareers.org/, to host a series of grades 6-12 curriculum units that introduce students to careers, skills, and concepts needed to succeed in the transportation industry. These new materials are field tested and enable teachers to expand, enhance and reinforce academic content and as a result improve transportation cluster knowledge and skills as well as academic achievement.