What is Structural engineering ?
Structural engineering, a subfield of civil engineering, focuses on the framework of buildings and on designing them to withstand environmental stresses and pressures while remaining safe, stable, and secure during use. To put it another way, structural engineers ensure that structures such as buildings and bridges don’t collapse.
The profession as a STRUCTURAL ENGINEER
A subfield of civil engineering is structural engineering. Structural engineers produce blueprints and specifications, carry out calculations, examine the work of other engineers, product evaluations and reports, and keep an eye on building sites. To practice structural engineering, one needs a license as a professional engineer. Only after completing a required amount of education and work experience and passing a 2-day exam is a license granted. A structural engineer license is necessary for some buildings, including hospitals and schools, in California and other states. This license can be obtained after three additional years of experience and passing another exam.
Historically, structural engineers have not been associated with environmental sustainability. The demand for structural engineers is being driven by growing environmental concerns, the emergence of smart cities, and the importance of sustainability and energy efficiency.
Natural resources, potable water, and energy are all used up during construction. Another factor that accounts for 30% of global greenhouse gas (GHG) emissions is the construction industry. As a result, the building and construction industry, particularly the field of structural engineering, is essential to the creation of a sustainable environment.
Structural engineering’s role in development & building design
For any economy, urbanization, buildings, and civil infrastructure are of utmost importance. require a lot of natural resources and energy for their development, use, upkeep, and degeneration.
In order to efficiently design, build, and operate a building, structural engineers are crucial. The effectiveness, viability, and cost-effectiveness of concepts are determined at the outset of construction projects in collaboration with structural engineers, architects, owners, and construction managers. Structural engineers created the first set of executive design documents as the project moved forward to the design phase.
The area of renewable energy is very important. Nowadays, the idea of sustainability is gaining support, and its relevance to the energy industry is unmistakably growing.
Since the first time tree branches were bound together with vines to create a shelter, structural engineering has been one of the oldest branches of engineering. From simple huts to the International Space Station, people have been designing and constructing larger and more complex structures throughout recorded history.
What is the job of a structural engineer?
As a member of a construction team, structural engineers frequently collaborate with architects and civil engineers. In essence, if a structure were a human body, the architect would be concerned with the shape and appearance, and the structural engineer would be concerned with the skeleton and sinews, according to the Institution of Structural Engineers.
In “Careers in Structural Engineering,” a publication of the Institution of Structural Engineers, structural engineer Kate Leighton stated, “Structural engineers battle gravity, wind, snow, and rain every day to provide the world with outstanding structures. They are experts at overcoming obstacles and coming up with innovative solutions.
Best Structural Engineering Schools in South Carolina
if you are looking for the Best Structural Engineering Schools in South Carolina, you are surely at the right place . As we make a full detailed list of the Best Structural Engineering Schools in South Carolina here to make selection a bit more easier for you :
Best Structural Engineering Schools in South Carolina
| Institution | Category | Location | Website |
|---|---|---|---|
| UofSC College of Engineering and Computing | Engineering school | 301 Main St | http://cec.sc.edu/ |
| The Department of Civil and Environmental Engineering at UofSC | University | 300 Main St | http://ce.sc.edu/ |
| Civil Engineering Department | University | S Palmetto Blvd | https://www.clemson.edu/ |
| Clemson University Dept. of Automotive Engineering | Public university | 4 Research Dr | http://www.clemson.edu/ces/automotive-engineering/ |
| South Carolina State University | University | 300 College Ave | http://www.scsu.edu/ |
| Clemson College of Engineering, Computing and Applied Sciences | University department | Riggs Hall | https://www.clemson.edu/cecas/index.html |
| Construction Science Management Department | University | http://www.clemson.edu/degrees/construction-science-and-management | |
| University of South Carolina | Public university | Venerable school with a scenic campus | https://sc.edu/ |
| College of Charleston | University | 66 George St | https://cofc.edu/ |
| Anderson University | Private university | 316 Boulevard | http://www.andersonuniversity.edu/ |
| Clemson University | Public university | 105 Sikes Hall | http://clemson.edu/ |
| Horry Georgetown Technical College (Official Page) | Community college | 2050 US-501 | http://www.hgtc.edu/ |
| York Technical College | Community college | 452 Anderson Rd S | http://www.yorktech.edu/ |
| Greenville Technical College | College | 506 S Pleasantburg Dr | https://www.gvltec.edu/ |
| Tommy Hood Engineering | Structural engineer | +1 864-908-1165 | http://www.tommyhoodengineering.com/ |
| Parrish and Partners, LLC | Structural engineer | 140 Stoneridge Dr # 500 | http://www.parrishandpartners.com/ |
| The Citadel | Military school | 171 Moultrie St | https://go.citadel.edu/ |
| International Culinary Institute of Myrtle Beach | Culinary school | 920 Crabtree Ln | http://www.hgtc.edu/culinary |
| Clemson University Biomedical Engineering Innovation Campus | Research foundation | 200 Patewood Dr | https://www.clemson.edu/cecas/departments/bioe/research/index.html |
| Bunnell Lammons Engineering | Engineering consultant | 6004 Ponders Ct | https://www.blecorp.com/ |
Structural engineering opportunities
According to the U.S. Bureau of Labor Statistics (BLS), employment of civil engineers is expected to increase by 20% between 2012 and 2022 (there is no separate data for structural engineers). Highly qualified candidates should have opportunities, especially those who stay current on technological advancements. Job seekers should have an advantage over the competition if they have strong grades from a reputable institution.
The future potential of structural engineering
Computer software will increasingly be used in structural engineering jobs in the future.
Building modeling, structural analysis, and design to analysis are all significant upcoming roles that are being created in the industry.
In addition to becoming structural engineers, site supervisors, project managers, and quality managers, structural engineers begin their careers in planning and designing work. Both the public and private sectors are places where one can look for employment.
Everybody wonders what civil engineers do and whether the field is difficult. How do I use IS code for civil engineering, how do I become a civil engineer, etc.? But you can find the answers to all of those queries here, dispelling all of your uncertainties.
As a designer, planner, or consultant in the field of structural engineering, you can also start your own business and work freelance. The highest structural engineering salaries are offered by many developed nations.
