General

Engineering examples

Engineering is a joint study of technological and scientific knowledge that is based on basic sciences, in order to productively and efficiently manage available resources and develop technology, thus transforming knowledge into something practical. and tangible.

Its initial foundations are founded on the history of humanity through the industrial revolution , thus establishing the foundations of modern development.

7 Engineering examples

  1. Aerospace engineering

Aerospace engineers are responsible for researching, designing and producing communications satellites and ground-based satellite dishes, as well as technologies for Supersonic jets, helicopters, space shuttles, rockets, etc.

  1. Agricultural engineering

Agricultural engineers specialize in developing ways to improve farms and food supplies for the future.

Agricultural engineering involves the design and manufacture of new machinery for harvesting crops, the development of irrigation systems for farms in dry regions, as well as the planning and design of structures for the storage of plants, crops and animals.

  1. Automotive engineering

Automotive engineers are responsible for designing new types of aerodynamics for Formula 1 race cars, in addition to developing engines that improve fuel efficiency and reduce greenhouse gas emissions.

They are also in charge of planning how to disassemble, flatten and crush old vehicles to recycle metals and use them in the manufacture of new cars.

  1. Chemical engineering

Chemical engineers work for a wide range of companies that use chemicals to make things that are used on a daily basis.

Among other things, chemical engineering can create fade-resistant dyes for jeans and clothes, invent new dyes for coloring toothpaste, analyze materials for sports equipment, as well as make sure that factories do not pollute water, soil or the air.

  1. Civil Engineering

In this case, civil engineering is that discipline that is involved in the design and construction of roads, bridges, tunnels, schools, hospitals, airports and other buildings.

Civil engineers are also responsible for designing and manufacturing sewer systems and water treatment facilities. For all this knowledge of calculation, hydraulic mechanics and physics are used.

  1. Communications engineering

Communications engineers design, develop, test, and maintain electronic parts and systems used in computers, communications, navigation systems, in industry, and in entertainment.

They are charged with developing global positioning technologies that help with search and rescue operations, the creation of video conferencing facilities, as well as the design and maintenance of satellites that carry television, telephone and Internet service to remote and rural areas.

  1. Electric engineering

This is a professional discipline in which electrical engineers design, develop and supervise the manufacture, installation, operation and maintenance of equipment, machines and systems involved in the generation and supply of electricity.

Thus, they can plan and design power plants, develop distribution power grids for towns and cities, and create new technologies for use in areas where there may be no electricity.

  1. Environmental engineering

This professional discipline is a branch of engineering that studies problems related to the environment, in a scientific and integrated way.

An environmental engineer finds ways to keep lakes clean, monitors mercury levels in fish, develops alternative and non-polluting energy technologies, among other things.

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