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Student Center

Education

Education is always the impactful tool for the current and future decision makers. The majority of communities' demands with regards to transportation planning activities will be solved through a well-educated and updated techniques. CTEDD in addition to several graduate and undergraduate programs offered by the consortium member universities, also has envisioned for the exclusive programs. The ultimate goals for the CTEDD education programs is to contribute to the transportation planning agencies through preparing the skillful and knowledgeable workforce.


Current transportation professionals and researchers will benefit by developing slightly different skills. The continuing education will focus on preparing and disseminating research briefs for decision- policymakers and implementing a policy action team. CTEDD develops a professional sequence of courses that addresses strategic workforce issues identified by the Education and Workforce Committee in conjunction with an assessment of gaps identified based on offerings from ASCE, AICP and TRB.

Transportation Professionals of Future (TPF) Programs

To prepare students for joining the workforce, CTEDD has two programs including mentorship program and quarterly seminar series.

CTEDD Mentorship Program:

  Graduate students with mentors are also likely to be more satisfied with their programs, be more involved in professional organizations, and have a stronger sense of professional identity, Johnson says. To provide these benefits for students, CTEDD designed and apply a mentorship program. The target audiences of this program are the UT Arlington students especially pursuing degrees in transportation planning area. Mentors and mentees have to fully learn about the requirement of the CTEDD mentorship program before signing up

Create objectives based on your goals

The first important step is to define the objectives of the program. The main objectives of the CSC mentorship program are as follows:
  • Preparing UTA students for the future jobs in the fields related to transportation
  • A platform for network between alumni, school and students
  • Providing the opportunity for students to explore the world of work through interaction with professionals in the careers of their interest.
  • Learning opportunities for students about the management function at transportation entities
  • Improve networking skills of students and help them realize the values of networking.

Requirements:

At the second step of mentorship program design, the criteria for mentees and mentors need to be determined. We expect mentees and mentors to be aware of the criteria before participating in the program:
Mentees Must be UTA full-time/part-time student
Active CSC member (Sign up for CSC Membership)
Obtain good educational circumstance.
  Mentors are best to have/be A career in a transportation field
Withhold the commitment to the mentorship program for a specified period. UTA alumni (optional)
 

Suggested Mentor/Mentee Activities:

Below is a list of suggested activities to be included in the mentorship interaction between mentors and mentees. The list can be a base and mentees and mentors are welcome to modify.
  • Lunch with mentor, mentee, and several other HR professionals to discuss everyday challenges practitioners encounter in their work.
  • Mentee attends a company training program with mentor.
  • Mentor and mentee discuss proper business and telephone etiquette and corporate protocol.
  • Mentee attends a safety committee meeting with mentor.
  • Mentee attends a company staff meeting.
  • Mentor and mentee attend a professional chapter meeting together. Mentor introduces Mentee to other HR professionals.
  • Mentee attends the career related professional meetings that mentor is involved. Mentor discusses common employee grievances and issues such as sexual harassment and substance abuse. Explains how they are handled.
  • Mentee observes the development of a special project.
  • Mentor reviews mentee's resume and offers suggestions for improvement.
  • Mentee observes a day of recruiting.

Mentors' Responsibilities:

  • Meet with the mentee and engage in in-person mentoring activities (or on the telephone as a backup)
  • Willingly share his/her experience and professional success in the organization with the mentee
  • Explain the organization structure of his/her profession and where mentee potentially can fit in
  • "Share lessons learned" from their own experiences
  • Look for non-typical helpful learning resources for the mentee (i.e., shadowing during meetings, suggested readings, etc.)
  • Stay accessible, committed, and engaged during the length of the program
  • Provide open and candid feedback
  • Offer encouragement through genuine positive reinforcement
  • Be a positive role model
  • Be a resource and a sounding board
  • Keep his/her conversations confidential
  • Let the Mentoring Program Manager know as soon as possible if the mentee is not performing effectively throughout the mentorship program.

Mentee's Responsibilities

  • Meet with the mentor on a monthly basis and/or commit engage in the mentorship activities in person or through other agreed modes.
  • Proactively stay in touch with the mentor for scheduling meetings.
  • Understand the worth of mentor time so commit to self- development.
  • Assume responsibility for acquiring or improving skills and knowledge.
  • Discuss individual development planning with the mentor.
  • Be open, honest and realistic on goals, expectations, challenges, and concerns so receive effective help from mentors.
  • Be organized and prepared for meetings with the mentor.
  • Actively listen and ask questions, Be open to advice, opinion, feedback, and direction from the mentor.
  • Be receptive to constructive criticism/feedback.
  • Keep the mentee-mentor conversations confidential
  • Respect the mentor's time and resources
  • Stay accessible, committed, and engaged during the length of the program.
  • Comfortably give feedback to the mentor on what is working or not working in the mentoring relationship.
Successful mentoring programs offer both structure and flexibility. Structure provides participants a mentoring workflow to follow and is critical to help participants achieve productive learning that reaches defined goals. Similarly, flexibility is essential to support varying individual mentoring needs across specific learning goals, preferences, and learning style.

Key design decisions need to be clarified:

  • How long will the mentorship relationship last? (The time period should be decided in advance and communicated to potential mentors so they understand what their time commitment will be).
  • How will students and professionals be matched?
  • Mentoring style: can be traditional, flash, reverse.
  • Connection type: possibly 1:1, group, or project
  • Community/social aspects beyond formal mentoring, tracking and reporting needs.
  • providing details such as key actions, time frames, support resources, and criteria for moving to the next phase.

Mentees and Mentors Sign up Form:

To enter and draw upon the CTEDD mentorship program, mentees first have to sign up for the CTEDD Student Council (CSC) membership and then sign up the mentorship program. The sign up form for mentors is available to collect mentors information to find and assign the best fitting mentees. Mentee Sign Up Form Mentor Sign Up Form

Quarterly Seminar Series:

CTEDD invites speakers from government, industry, public interest groups, consortium members and other academic institutions.This seminar series is a required program for all first- and second-year transportation graduate and CTEDD scholarship seeking students. The series are open to faculty, staff, researchers, transportation and non-transportation practitioners, policymakers, and the public. Invited speakers also are included in student classes, and the lectures are recorded using the Echo 360 system and archived on our website, YouTube and Priscope Channels.

Pathways to College Program

The Pathways to College Access and Career Readiness Program is an initiative of the University of Texas at Arlington's College of Education which supports traditionally under-served students as they graduate from high school and pursue a postsecondary education. To achieve this goal, Pathways prepares college students to act as mentors to high school (HS) students and places them in GO Centers located across eight local school districts. GO Centers are dedicated offices in HS campuses where college students provide the needed scaffolds for these students, at no cost to the school districts or students/families. Leveraging state-funding for these GO Centers, college/near-peer mentors describe their own college experiences as well as show them how to prepare for college and how college shapes careers, all while providing them the much needed information to make make the transition from HS to college. The mentors also engage in question and answer sessions to help students think and talk about college. For many of these students, Pathways begins the critical development of a college going culture and familiarizes students with the GO Center model and the resources available for both students and their families. Moreover, Pathways forms the much needed support that traditionally underrepresented students in our most underserved schools simply do not often receive. In the last five years, Pathways has staffed 24 GO Centers/high schools and served over 46,000 students, and has hired over 250 UTA college students to act as mentors in the last nine years the program has been been in place.

C-TEDD funding is being sought to expand the program's services to ensure that mentors hired will have direct experience with programs of studies and careers that will benefit the transportation industry, such as those enrolled in civil, industrial, and aerospace engineering, business administration, and environmental science programs, among others. The 10 mentors hired for this component will be in charge of creating presentations that can be shared at the HS campus they are assigned to, to expose students to these careers when doing career exploration activities, especially when each HS holds their Career Day. Also, HS students who demonstrate an interest in these careers will have the opportunity to visit UTA to experience a college campus firsthand for our first 'Career Day Showcase.' While at the University and as part of this Showcase, the students will participate in interactive presentations, including guest lectures from transportation industry experts from, for example, Southwest Airlines, American Airlines, and BNSF Railway, and others, and tour the campus. As part of this initiative, a scholarship will be made available to 20 students who enroll at UTA in a transportation-related program of study, and upon admission, they will have the opportunity to be considered for hiring as a mentor for the program, thus ensuring they will be on track to graduation. C-TEDD funding would allow us to implement these services in up to 20 high schools in both Tarrant and Johnson counties. The independent school districts (ISDs) to be served by this new initiative include: Arlington ISD, Burleson ISD, Grand Prairie ISD, Everman ISD, Fort Worth ISD, and Mansfield ISD.

Industry-University (IU) Programs

In this era that the updated knowledge drives the ultimate prosperity, universities and industries have the strongest interaction. The rise of a global knowledge-based economy necessitates a strategically mutual collaboration between universities and industries that goes beyond traditionally funded research projects. Experience has demonstrated that a successful and powerful engine of economic growth is resulted from such a partnership in tandem with technologically driven opportunities that push the frontiers of knowledge. CTEDD has taken a big leap in this matter and is committed to taking pioneer approaches to strengthening this collaboration and addressing the needs and demands of the university-industry by holding seminars, workshops, career fairs, etc. to institutionalize a highly fruitful partnership between universities and industries.

Certificates & Curricula

University of Texas at Arlington (UTA) Degrees and Certificates Related Transportation Courses
  • PLAN 5309 Transportation/Land Use Modeling and Policy Analysis
  • PLAN 5315 Transportation Policies, Programs and History
  • PLAN 5327 Introduction to Green Cities and Transportation
  • PLAN 5331 GIS Workshop.
  • PLAN 5340 GIS and Suitability Analysis.
  • PLAN 5356 Introduction to Geographic Information Systems.
  • PLAN 5357 Intermediate Geographic Information Systems.
  • PLAN 5358 Intelligent Transportation Systems (Its) and Planning
  • PLAN 5360 Computer Methods for Transportation Planning
  • ECON 3328 Principles of Transportation
  • CE 3302 Transportation Engineering
  • CE 4311 Urban Transportation Infrastructure Planning
  • CE 4313 Traffic Engineering
  • CE 5330 Characteristics of Traffic
  • CE 5331 Traffic Characteristics
  • CE 5332 Highway Design
  • CE 5335 Airport Engineering
  • CE 5337 Urban Transportation Planning
  • CE 5392 Special Topics in Air Pollution, Transportation and Air Quality
  • CE 6306 Public Transit Planning and Operation
  • CE 6308 Analytical Models in Transportation
  • CE 6309 Traffic Flow Theory
University of South Florida (USF) Degrees and Certificates Related Transportation Courses
  • GEO 6704 Transportation Geography
  • GEO 4700 Transportation Geography
  • TTE 4003 Transportation and Society
  • TTE 4004 Transportation Engineering I
  • TTE 4005 Transportation Engineering II
  • TTE 5205 Traffic Systems Engineering
  • TTE 5501 Transportation Planning and Economics
  • TTE 5620 Air Transportation
  • TTE 6507 Travel Demand Modeling
  • TTE 6651 Public Transportation
  • TTE 6655 Transportation and Land Use
  • CGN 6933 Land Use and Transportation
California Polytechnic State University Degrees and Certificates Related Transportation Courses
  • CRP 214 Land Use & Transportation Studies
  • CRP 435 Transportation Theory
  • CE 321 Fundamentals of Transportation Engineering
  • CE 322 Fundamentals of Transportation Engineering Laboratory
  • CE 421 Traffic Engineering
  • CE 422 Highway Geometrics and Design
  • CE 423 Intelligent Transportation Systems
  • CE 424 Public Transportation
  • CE 521 Airfield and Highway Pavement Designs
  • CE 522 Advanced Transportation Design
  • CE 523 Transportation Systems Planning
  • CE 524 Pavement Performance and Management Systems
  • CE 525 Airport Planning Design
  • CE 526 Transportation Safety
  • CE 527 Sustainable Mobility
  • CE 528 Transportation Analysis
  • CE 529 Modeling and Simulation of Transportation
Georgia Institute of Technology Degrees and Certificates Related Transportation Courses
  • CP 4310 Urban Transportation & Planning
  • CP 6311 Introduction to Transportation Planning
  • CP 6321 Transportation Planning Methods and Investment Decisions
  • CP 6331 Land Use – Transportation Interaction
  • CP 6351 Transportation and Economic Development
  • CP 6361 Regional Transportation Planning and Administration
  • CP 6542 Transport & GIS
  • PAUS 8611 Transportation Management
  • PAUS 8621 Transportation and Land Use Economic
  • ECON 6340 Transportation Economics
  • CEE 4600 Transportation Planning, Operations, and Design
  • CEE 4610 Multimodal Transportation Planning, Design, and Operations
  • CEE 4640 Freeway and Interchange Planning and Design
  • CEE 4650 Site Development Planning and Design in Transportation
  • CEE 6601 Statistics in Transport
  • CEE 6602 Urban Transportation Planning
  • CEE 6603 Traffic Engineering
  • CEE 6604 Geometric Design of Transportation Facilities
  • CEE 6605 Transportation Administration and Policy Analysis
  • CEE 6621 GIS in Transportation
  • CEE 6622 Travel Demand Analysis
  • CEE 6624 Land Use - Transportation Interaction
  • CEE 6625 Transportation, Energy, and Air Quality
  • CEE 6631 Signalized Intersections and Networks
  • CEE 6632 Simulation in Transportation
  • CEE 6633 Advanced Traffic Detection and Control
  • CEE 6634 Transportation Safety Analysis
  • CEE 6635 Technology Innovation in Transportation
  • CEE 6636 Traffic Flow Theory
  • CEE 6641 Transportation Infrastructure Management and Traffic Control
  • CEE 6642 Transit Systems Planning and Design
  • CEE 6644 Airport Planning and Design
  • CEE 8097 Introduction to Transportation Research
University of Wisconsin-Madison Degrees and Certificates Related Transportation Courses
  • Envir St/Civ Engr 970 Colloquium in Transportation Management and Policy
  • OIM 744/Econ 502 Economics of Transportation
  • Tran P U/Econ 478 Urban Transport Economic
  • CEE 370 Transportation Engineering
  • CEE 570 Environmental Impact of Transportation Systems
  • CEE 571 Urban Transportation Planning
  • CEE 573 Geometric Design of Transport Facilities
  • CEE 574 Traffic Control
  • CEE 575 Advanced Highway Materials & Construction
  • CEE 576 Advanced Pavement Design
  • CEE 579 Transportation Seminar
  • CEE 679 Special Topics: Advanced Topics in Traffic Flow and Safety
  • CEE 679 Special Topics: Advanced Transportation Demand and Supply Modeling
  • CEE 679 Special Topics: Travel Behavior Analysis
  • CEE 679 Advanced Topics in Transportation Safety
  • CEE 679 Site Planning and Traffic Impact Analysis
  • CEE 679 Advanced Topics in Transport Demand Modeling
  • CEE 679 Advanced Topics in Transportation Operations
  • CEE 679 Advanced Topics in Traffic Model and Simulation
  • CEE 679 Advanced Topics in Traffic Flow Theory
  • CEE 679 Advanced Topics in Human Factors and Driving Simulation
  • CEE 679 Emerging Topics in Transportation
  • URPL 839 Transportation and Infrastructure Systems Planning