Live in a house? Drive on roads? You've witnessed the work of a structural engineer! Structural engineering is a subset of civil engineering that focuses mainly on the design of load-bearing structures and the materials they consist of. This includes, but is not limited to, the design of buildings, roads, dams, offshore structures, bridges, and work stations. When designing a project, structural engineers must think about many factors the layperson would never think of, such as the movements of floorboards in a room or the comfort of the people inside a swaying building.
Structural engineers do more than just build. They are also involved in the demolition of buildings, as their knowledge of the materials and makeup of buildings enables a demolisher to safely and quickly destroy a structure. Their experience with different material types and physical structures allow them to find the weak points of a building, making the demolition process much easier.
Along with their technical skills, structural engineers must be able to communicate with the standard layperson. Due to the fact that many structural engineers eventually manage large projects, they must be able to express highly technical ideas to people with little engineering knowledge.
As structural engineers are trusted with the health and safety of the general public, they must go through rigorous training before obtaining a job. Almost all structural engineering positions require a bachelors' degree in civil or structural engineering, and most require a master's degree. In addition, the first few years of a structural engineer's career involves intensive training underneath a more experienced engineer. This culminates in the completion of several state examinations and eventually results in a license as a Professional Engineer (P.E)
Overall, structural engineering is an engaging career with good job prospects. According to the Bureau of Labor Statistics, the field of civil/structural engineering is poised to grow 11% in the upcoming decade. It requires completing a lot of school, but the end result is being able to positively affect the lives of people all over the world.
They get paid half a million dollars every year.=my uncle is a structural engineer>=
Yes, almost every unit has engineers.
Depends on every serving of what. Please be more specific
Serving Every Ohioan Library Center was created in 1961.
There will always be a demand for civil engineers. Every roadway, bridge, building, and traffic signal will need to be repaired or replaced at some point in the future. Also, there will be demand for the design and construction of new public works as populations grow. Designing and building these works is what civil engineers do and society needs them for this purpose now and in the future.
Engineers get three days off every week. In summer they get a month off, while in Christmas they get two weeks off.
Physics is an integral part of structural engineering. Using the concept of moment and force balance, bending moment and shear stress is determined for every structural member. According to value of bending moment and shear stress further designing of member is done like how much cross section, steel, clear cover etc is required. So basically the force/moment balance is the basic physics that civil engineering apply for determining the stresses/moment at each member.
As per the last details (2006-07) from the formal technical education board of India, there were 580,000 engineers passing out from 1500 technical colleges of India. And of those ~30% are computer science engineers.
in every country there is a need for electrical engineers!
Anywhere, at any time. Architects, chemist, engineers...
Yes, in the US, where rate is high, there are about 4 male engineers to every 1 female engineer. That is a lot better than 50 years ago, when there was closer to 99 male engineers to every 1 female engineer.
Snails use their structural adaptation every day. They have very hard shells so they can hide from predators and it acts as its home.