Traffic technicians, also known as traffic technologists, are skilled workers who specialize in the technical aspects of controlling and studying vehicle traffic. A more general job title for traffic technicians is civil engineering technician, but more often than not, traffic technicians focus exclusively on issues involving roadways. Civil engineering technicians, on the other hand, handle a much broader range of responsibilities such as working on building construction sites.
Traffic technicians may work on newly constructed roads, but usually they perform more duties that are related to maintenance. Traffic technicians are professional engineering specialists who work under the guidance of a civil engineer in most cases.
Occasionally, traffic technicians fulfill the role of researcher and data collector when assisting a civil engineer. Expanding a decades-old interstate highway, for example, requires a large amount of data collection in order to accommodate modern traffic flow. Without the real-world expertise of traffic technicians, civil engineers would not be able to apply experimental concepts.
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The job duties of traffic technicians are numerous to say the least. Depending upon the scope of the project, a civil engineering technician who specializes in traffic equipment may include ordinary, everyday maintenance duties or on-site consultations.
A large number of traffic technicians perform job duties similar to an architect, using computer software programs to create and design traffic equipment such as traffic lights and signs. Often, the job duties of traffic technicians involve public speaking, answering the traffic-related questions of civilians and pubic officials as well.
Essentially, traffic technicians must possess the knowledge to supervise all technical aspects of traffic control equipment. A malfunctioning traffic signal, for example, may require complex circuitry work, which the average traffic maintenance worker may not be able to perform effectively. Often, however, traffic technicians defer the day-to-day maintenance of traffic control equipment to other traffic workers.
Data analysis is another job duty of traffic technicians. Expediting the flow of traffic is the end goal of a traffic technician's job description. Civil engineers rarely collect on-site data themselves, deferring those activities to technicians who possess the proper level of expertise.
Technical problem solving involves collecting as much information as possible and applying the information in an actionable manner. Traffic technicians use a number of established techniques in order to fulfill this particular job duty. For example, traffic technicians may use simple hand-count sheets in order to collect data on the flow of traffic, comparing those data with information collected by electronic traffic counters. Occasionally, traffic technicians may deploy radar equipment as well in order to analyze traffic flow.
Simply stated, traffic technicians are skilled civil engineering specialists who find practical ways to apply scientific principles and procedures. Often, traffic technicians perform many of the job duties of a managing civil engineer when the project manager steps away from the office momentarily. Not surprisingly, many traffic technicians are engineering students who seek on-the-job experience in tandem with a college education.
The ability to solve problems objectively is an indispensable skill all traffic technicians must possess in order to perform their job duties well. Analyzing a large amount of data encompasses the use of computer software applications that require a moderate level of information technology expertise, and the best vocational programs in North America train students to use these programs.
The best schools in the United States and Canada for careers as a traffic technician include the University of New Hampshire, the University of Cincinnati, and the Seneca College of Applied Arts and Technology. Surely, many more vocational programs train and educate prospective traffic technicians, but the programs listed above represent three of the most popular programs in North America.
At the very minimum, prospective traffic technicians must earn a two-year associate's degree in engineering technology. Civil engineering technology is the most preferred educational program for traffic-related job openings.
Most traffic technicians work in an office or laboratory setting, but traffic technicians may also spend a large amount of time outdoors, collecting data at construction sites, for instance. Large civil engineering firms often perform experiments in specialized facilities that require the expertise of experienced traffic technicians.
Many traffic technicians work in the public sector as opposed to the private sector. In many states in the US, for example, municipal governments may monitor the condition of urban roadways, performing minor maintenance operations. When a problem arises, local governments may turn to a private firm in order to troubleshoot the issue. Some local governments, however, employ full-time traffic technicians rather than contract with a private civil engineering firm.
Traffic technicians earn a median income of approximately $45,000 annually. A large number of traffic technicians, on the other hand, work part-time internships that pay by the hour. Salaried positions are available to traffic technicians with the most hands-on job experience.
Other salary data provided by the U.S. Bureau of Labor Statistics shows that the median income for engineering technicians average to about $55,000 annually. Essentially, the pay scale of traffic technicians depends on the scope of the work. Traffic technicians employed in private engineering firms typically earn a much higher, stable wage than technicians who work for local government bodies as well.