Introduction of Mechanical Engineering
Mechanical engineering is the area of engineering that deals with the development, production, installation, and use of machinery as well as manufacturing methods. It is particularly interested in motion and forces.
History
The development of machinery of all kinds was greatly accelerated by the invention of the steam engine in the latter half of the 18th century, which served as a vital source of energy for the Industrial Revolution. This led to the development of a new, important category of engineering that deals with tools and machinery, which was formally recognized in 1847 with the establishment of the Institution of Mechanical Engineers in Birmingham, England.
The mechanic’s practice of art that was largely based on trial and error has given way to the professional engineer’s use of the scientific method in research, design, and production in mechanical engineering. The standard of work expected of a mechanical engineer is continually rising, necessitating a higher level of education and training due to the demand for increased efficiency.
Functions of mechanical engineering
There are four mechanical engineer duties that apply to all subfields of the discipline. The first step is to comprehend and deal with the fundamentals of mechanical science. These include dynamics, which deals with how forces and motion interact, as in the case of vibration; automatic control; thermodynamics, which examines how different forms of heat, energy, and power interact; fluid flow; heat transfer; lubrication; and material properties.
The order of research, design and development comes in second. This function makes an effort to implement the changes required to satisfy both current and future needs. Such work necessitates an in-depth knowledge of mechanical science, the capacity to dissect complex systems into their component parts, and the creativity to synthesize and create new things.
The third is product and power production, which includes planning, running, and maintaining. The objective is to produce the most value for the least amount of money and effort while preserving or enhancing the enterprise’s or institution’s reputation over the long term.
The fourth responsibility of a mechanical engineer is coordination, which includes management, consulting, and occasional marketing.
Mechanical engineering careers
Mechanical engineers can find employment in a wide range of sectors, including manufacturing and aviation. Some mechanical engineers work in technical sales, where they may describe or modify a company’s product for potential clients. Some people are involved in research and development. In this industry, some recognized job titles are:
- Technician in mechanical engineering
- Mechanical engineer
- Engineer in biomedicine
- A software engineer
- Industrial Engineer
Achieving Your Goals in the Best Mechanical Engineering Technology School
Students who attended a South Carolina college or university and studied mechanical engineering technology received 46 degrees and certificates in 2020–2021. As a result, it is the state’s #134 most popular major.
Best Mechanical Engineering Schools in South Carolina
Students have many options when it comes to higher education. You can select a conventional brick-and-mortar school or, thanks to the expansion of online learning, you can study at a university halfway across the country without ever setting foot outside of your home. Additionally, there are lots of trade schools that provide quick courses that expand the range of possible careers.
We searched and listed the top 20 best mechanical engineering schools and universities below:
Best Mechanical Engineering Schools in South Carolina
| Institution | Category | Location | Website |
|---|---|---|---|
| UofSC College of Engineering and Computing | Engineering school | 301 Main St | http://cec.sc.edu/ |
| Civil and Environmental Engineering and Mechanical Engineering | Engineering school | 300 Main St | http://cec.sc.edu/ |
| Clemson University Department of Mechanical Engineering | University department | Fluor Daniel Engineering Innovation Building | http://www.clemson.edu/cecas/departments/me/ |
| Clemson University Dept. of Automotive Engineering | Public university | 4 Research Dr | http://www.clemson.edu/ces/automotive-engineering/ |
| Clemson College of Engineering, Computing and Applied Sciences | University department | Riggs Hall | https://www.clemson.edu/cecas/index.html |
| The Department of Civil and Environmental Engineering at UofSC | University | 300 Main St | http://ce.sc.edu/ |
| University of South Carolina | Public university | Venerable school with a scenic campus | https://sc.edu/ |
| South Carolina State University | University | 300 College Ave | http://www.scsu.edu/ |
| College of Charleston | University | 66 George St | https://cofc.edu/ |
| University of South Carolina Aiken | University | 471 University Pkwy | https://www.usca.edu/ |
| Anderson University | Private university | 316 Boulevard | http://www.andersonuniversity.edu/ |
| Francis Marion University | University | 4822 E Palmetto St | http://www.fmarion.edu/ |
| School of Sciences, Mathematics and Engineering - College of Charleston | University department | 202 Calhoun St | http://ssm.cofc.edu/ |
| ECPI University | University | 250 Berryhill Rd #300 | https://www.ecpi.edu/locations/columbia-sc |
| Clemson University | Public university | 105 Sikes Hall | http://clemson.edu/ |
| ECPI University | University | 1001 Keys Dr #100 | https://www.ecpi.edu/locations/greenville-sc |
| Midlands Technical College - Beltline Campus | Technical university | 316 S Beltline Blvd | http://www.midlandstech.edu/ |
| Trident Technical College | Community college | 7000 Rivers Ave | http://www.tridenttech.edu/ |
| Charleston Southern University | University | 9200 University Blvd | http://www.charlestonsouthern.edu/ |
| Tommy and Victoria Baker School of Business | College | 171 Moultrie St | https://go.citadel.edu/business/ |
What is the future scope of mechanical engineering?
Mechanical engineering is regarded as a field that will always be relevant. Mechanical engineers are required as long as there are cars on the road. That is currently slowly shifting.
Here are some things that a mechanical engineer might consider as a potential future field of study.
- Through the university entrance scheme, a large number of mechanical engineers are being employed in the Air Force and Indian Navy as engineers. The future thus appears promising as a result of the significant investments being made in our defense sector, which is gradually improving.
- They can also specialize in nanotechnology and the current hot topic of MEMS, or microelectromechanical systems. These subjects essentially call for an understanding of material science and vibrations, which is simple for us mechanical engineers. As a result, these areas are experiencing rapid development.
- Genetic engineering You can conduct cutting-edge research on a subject that is currently piquing the interest of many mechanical engineers if you have a solid understanding of biology, fluid mechanics, and heat transfer.
- Many of these mechanical engineers can change careers to work in the related fields of operations research or aerospace, which falls under industrial engineering and management. You can find information by searching for OR and IEM. My favorite industry, aerospace, has a wide range of subfields, including aerodynamics, lightweight structures, aerothermodynamics, dynamics and control, and space control and mechanics.
As a result, this list is not all-inclusive. More can be added indefinitely. As time passes this field flew higher than high.
