Transportation Engineering

Overview

Transportation systems are vital to human activity, and yet create enormous economic, environmental, social, and human life costs. The Department’s research program emphasizes the interdisciplinary nature of transportation research, and at the same time supports concentrated research in specific areas. The Transportation Group has active research partnerships with the British Columbia Ministry of Transportation and Infrastructure, the Insurance Corporation of British Columbia, TransLink, municipalities throughout Western Canada, Transport Canada, and numerous other entities in the public and private sectors.

The undergraduate program in Transportation Engineering enables students to supplement fundamental Civil Engineering studies with training in the design, construction and operation of transportation systems, combined with a wide range of elective courses related to the planning, evaluation and management of transportation facilities of all modes and in both urban and interurban contexts.

The graduate program in Transportation Engineering provides advanced training and research facilities for students who are at all stages of their careers and looking to support various future career goals, including as researchers, educators, and practitioners. Graduate students whose undergraduate degrees are outside of Civil Engineering may qualify for admittance depending upon their background and experience.

Key Areas

  • Traffic engineering
  • Road safety
  • Intelligent and automated transportation systems
  • Travel behaviour and transportation planning
  • Multimodal, long-distance transportation systems
  • Transportation asset management
  • Traffic-related emissions and air quality

Media Highlights

Specialization Requirements

MEng MASc PhD
Core courses (credits) 10 10 10
Elective courses (min. credits) 20 8 20
Seminar course CIVL 597-006 CIVL 597-006 CIVL 597-006
Thesis course N/A CIVL 599 CIVL 699

Core requirements

All four courses CIVL 582, 583, 586 and 597-006 as listed below.

Elective requirements

Electives may be taken from the list of Approved Electives below, or other electives may be taken with approval of the Specialty Advisor / Supervisor.

Undergraduate students who are interested in Transportation Engineering are directed to the following courses:

  • CIVL 440
  • CIVL 441

Graduate Courses

Core
CourseTitleCreditsTerm
CIVL 582Transportation Engineering Impacts31
CIVL 583Urban Engineering Methods and Models32
CIVL 586Urban Transportation System Analysis31
CIVL 597-006Graduate Seminar (Transportation)11 & 2
Approved Electives
CourseTitleCreditsTerm
CIVL 518Reliability and Structural Safety31
CIVL 520Construction Planning and Control31
CIVL 522Project and Construction Economics32
CIVL 555Optim. & Heuristic Approaches for Civil Eng Sys3N/A1
CIVL 584Appl. of Adv. Computer Techniques in Civil Eng3N/A
CIVL 589Traffic Flow Theory3N/A
CIVL 598ERisk and Decision Analysis31
CIVL 598PPedestrian and Bicycle Facility Design21
PLAN 580Urban Transportation Planning32

1N/A – not offered in 2020/21.

Questions?


To learn more about the Transportation Engineering M.Eng. program, please contact Dr. Amy Kim. To learn more about the research-based degrees, please contact the professor(s) whose research you are interested in.

People


Facilities


Our Transportation Engineering facilities include the Bureau for Intelligent Transportation Systems and Freight Security (BITSAFS) office and lab, where employees and research assistants conduct testing and analysis of ITS-related equipment and methods; and the Research on Active Transportation (REACT) lab, which is a collaborative space for the comprehensive study of active travelers using laboratory, field, and naturalistic study methods. Learn more.