As an engineer, you can design and build almost anything. Learn about the industries in which you could work, the various engineering disciplines you could study, and the roles you could play in a project.
Engineers come in many variants and work for a variety of different employers. It's up to you to reduce dependence on fossil fuels, provide people around the world with fresh water and sanitation, build fabulous bridges, or make your preferred means of transportation even faster.
Virtually everything that has been done by humans has made a specific contribution from engineers in terms of design and creation, and often also in terms of maintenance and improvement. The modern world could not work without it. Ready to be indispensable?
There are also many different levels of engineers, so there is a place for you if you love the academy and are already considering a doctorate, or if you want to leave full-time education and start working as quickly as possible.
Engineering Disciplines :
Most engineers specialize in a particular field of knowledge, also called discipline.
Most engineering programs focus on a particular discipline (though there are some in which you can try a little bit of everything), and graduate recruiters generally indicate which engineering programs they accept. Higher learning and learning usually begin to guide you into a particular discipline. Therefore, you should know the options before you apply for a college or graduate program.
Mechanical engineering - Mechanical engineers understand how forces act on solid objects, how liquids and gases behave, and how energy transformed from one form to another. With this knowledge, mechanical engineers construct powerful machines and develop systems such as pumps, fans, turbines, and power plants.
Civil engineer - Civil engineers understand how to design, build, and maintain the artificial parts of our environment, which include building infrastructures, bridges, Transport roads, railway, dams, tunnels, and airports. Civil engineers must understand how forces affect objects and how liquids behave geologically.
Electrical engineering - Electrical engineers understand how electricity works and how it is generated and used. Among other things, they could participate in the generation of energy from renewable raw materials, work in a traditional power plant, help with the electrification of a railway line or supply a building with heat and electricity.
Electronic Engineering - Electronic engineers understand how electronic components in electrical circuits can be used to influence their behavior; they are useful in areas such as communications, navigation, medicine, and manufacturing.
Chemical Engineering - Chemical engineers understand how chemicals react to form new substances, and how the facilities performing these reactions work on an industrial scale. These plants produce a wide range of everyday products, including food, fertilizers, pharmaceuticals, cosmetics, plastics, and gasoline.
Various technical work roles :
Within each technical discipline, there are several entry engineering jobs and vacancies to choose. In practice, some work will involve more than one, and some graduate programs or internships may allow you to try different options to find what suits you.
These are some of the main roles :
Research and Development: Conduct an initial investigation in areas not previously investigated.
Design: Work on a design project before construction/manufacturing begins to ensure that a detailed and practical design is available to work on.
Engineering Management / Project Setup: Management of engineering or construction projects to ensure that they are completed on time, within budget, following customer requirements, and in compliance with safety laws.
Process Engineering: Analyze manufacturing processes and find ways to make them safer and more efficient.
Various engineering industries -
Engineers can also work in different sectors. In most industries, engineers from different disciplines are needed for the different skills and abilities they bring.
A very simplified example: In railway engineering, various engineers could be responsible for the following areas:
Mechanical engineers - trains
Electrical engineers - energy distribution
Electronic engineers - signaling systems
Civil engineers: tracks, bridges and stations.
Different stages of development:
Some engineers have NVQ; others have a master's or doctorate. You can enter the field at any level and often have the opportunity to continue your education after completing your studies. The older you are, the more chances you will have to take leadership positions and work to find a new topic and business opportunities.