The Different Types of Engineers
Engineers utilize established scientific and mathematical principles for developing practical solutions to the various technical issues people face in their daily lives. There is a wide variety of engineering specialties to choose from and below are some of the more common types of engineers.
Aerospace and Aeronautical Engineers
These types of engineers are focused in designing, creating, and operating air and space crafts, rockets, and missiles among others. Think jumbo transport airplanes, fighter jest, and the Space Shuttle.
Applies a combination of bio-science and engineering technology to agriculture and designs various equipment and machines for agricultural purposes. They also aid in developing ways for saving water and soil, and improving agricultural product processing.
Uses engineering techniques and principles to the field of medicine. The are capable of combining engineering problem solving and design skills with that of biological and medical sciences to aid in improving patients’ quality of life and medical care. The inventions of these types of engineers significantly aid in preventing, diagnosing, and treating diseases for overall improvement of health care.
Involved in the design, manufacture, and testing of engines, machines, and similar mechanical equipment and devices.
Engineers who are focused on planning, developing, constructing, and maintaining structures like buildings, skyscrapers, bridges, dams, and roads to name a few.
Involved in designing processes and equipment for chemical manufacturing, planning and testing ways of product manufacturing, and overseeing production processes.
These types of engineers work in a host of manufacturing fields like those of clothing, food, paper, electronics, energy, and services such as business, biotechnology, and healthcare.
Environmental and Sustainable Design Engineers
These engineers conform to principles of ecological, social, and economic sustainability when designing physical objects that may involve small objects used by people in their daily lives and large objects like cities, buildings, and the physical surface of the earth.
Electronics and Electrical Engineers
Focused on developing, testing, and overseeing electronic and electrical equipment manufacturing processes. These include machinery controls, electric motors, vehicles, navigation and radar systems, aircraft, building wiring and lighting, broadcasting and communications systems, and devices for power transmission, generation, and control utilized by electric utilities.
These types of engineers are generally involved in applying engineering principles to the human body. They study and understand the mechanics of how people move for designing items that are safe to use by humans, comfortable, functional, and improve performance. Some of these items include running shoes, safety seats, and functional clothing and bag designs.
Highly capable of drawing from different engineering backgrounds and fields for combining up-and-coming technologies in order to create novel materials and products. They make use of a wide variety of tools like requirement analysis, simulation and modeling, and scheduling for supervising complex engineering feats. Design outcomes include bridges, robotics, complex software products, chip designs, and spacecrafts to name a few.
Computer Software Engineers
These types of engineers combine the techniques and principles of engineering, computer science, and mathematics for designing, developing, testing, and assessing software applications and systems.
Computer Hardware Engineers
Involved in designing, developing, and overseeing manufacturing and installation of computer hardware equipment such as circuit boards, chips, computer systems and associated devices like printers, modems, and keyboards.
Highly capable of researching and developing processes, systems, and instruments used for nuclear radiation and energy. These types of engineers are normally involved in nuclear plants, finding solutions to nuclear waste disposal, developing nuclear power sources, and utilizing radioactive materials for medical and industrial uses.
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