(a) Introduction to transportation systems, definition of traffic engineering, emerging issues and trends in traffic engineering, Intelligent Transportation Systems (ITS), sustainable transportation
(b) Roadway classification; geometric design of roads and highways.
(c) Traffic stream components and characteristics: basic characteristics of drivers, vehicles, and traffic; traffic stream models; queueing theory and its application in traffic analysis.
(d) Traffic studies: introduction and overview; statistical methods and its applications in traffic studies including volume, speed, travel time, delay; parking; and accident or road safety studies.
(e) Traffic control and management: traffic control devices, warrants, planning and design of traffic control system; traffic management and available tools and techniques.
(f) Capacity analysis of intersections, highways, and freeways; traffic simulation and analysis; traffic analysis software.
(g) Traffic impacts studies (TIS) of land developments
TLNT Training Campus “TLNT-Canada” offers technical exam preparation courses for the following association examinations: