
Transportation engineering is a branch of civil engineering. It deals with design, planning, analysis, maintenance and management of all transportation modes. There are various modes of transportation they have to design for and deal with such as air, water, road, rail, highways and so on. Transportation engineers design and orchestrate maintenance on all types of roads. They also do pavement design, solve any pavement problems, and make all roads safe and drivable. In addition, they work to solve many traffic issues like congestion by adding one or more new lanes. They also design traffic signals, and pavement markings so that people arrive to their attractions as comfortably as possible and in a safe manner. They also study speed limits to reduce the rates of car crashes and accidents.
Transportation engineers design a new system to make a traffic flow in a safe manner, and design or upgrade highway. They design the horizontal alignment as well as vertical alignment, both of them include curves design. Moreover, they also do the earthworks of the roads, railway, causeways and more to reconstruct the site’s topography or to make to make slopes stable.
The scope of transportation reaches into civil and industrial engineering. Its relevance in civil engineering can be judged by branches that include aerospace, air, highway, waterway, pipeline, port and coastal transportation. Engineers are tasked with designing and upgrading urban highways and roads, railroads and water transport systems.
The planning aspect of transportation engineering makes engineers significant in the development and planning of new urban centers. In the planning process, they are involved in technical forecasting which implies to the trip generation, mode choice, distribution and route assignment of the passenger. Planning is usually done through collection and analysis of data that is useful in technical forecasting. Data collection ranges from trip generation, distribution, the purpose of trips, destination choice, trip distribution etc. More sophisticated forecasting will venture into auto ownership, trip chaining, and land-use forecasting. Passenger trips offer a sample of demand on the transport system. Automobile transportation in terms of infrastructure development is divided into the aspect of high way design and planning. That pose lots of challenges to the engineers especially due to the aspect of the traffic control systems that they have to develop. They, therefore, face the difficulty in terms of ensuring the infrastructure meets both the expectation and also leads to the safety of the road users.
The fact that transportation has played a significant role in the development of many economies and societies makes transportation engineering a critical factor in every government. The management of the public transport system has led to lots of environment concerns however most people have not realized it is the duty of the transportation engineers. The development of airports is majorly a work of the transportation engineers however many people tend to think that they are only involved in the construction of railroads and railways. In the airports, they must take into account the various demands of an aircraft including safety.
An article about Boston Big Dig
References
“Traffic Engineering (Transportation).” Wikipedia, Wikimedia Foundation, 7 Apr. 2018, en.wikipedia.org/wiki/Traffic_engineering_(transportation).
“Transportation Planning.” Wikipedia, Wikimedia Foundation, 11 Oct. 2018, en.wikipedia.org/wiki/Transportation_planning.
“What Is Transportation Engineering?: Definition and Career Outlook.” NJIT Online RSS, graduatedegrees.online.njit.edu/resources/msce/msce-articles/what-is-transportation-engineering-definition-and-career-outlook/.
“What Is Transportation Engineering?” University of Hartford, http://www.hartford.edu/ceta/about-us/facultystaff/ceb/fang/research/transportation-eng.aspx.


