A Sought-After Engineer: A Short Guide on How To Become One of Them
What does it take to become an engineer? This question is of interest not only to high school students who are determined with a profession but also to adults who want to change the scope of their activities for various reasons.
Who Is an Engineer?
According to Careerexploader, an engineer is a trained specialist who strives to create new technologies and improve those that already exist. Engineers make the life and work of people easier by developing machines, mechanisms, instruments, aircraft ⏤ everything that surrounds us. They are responsible for applied research, design, and technological activities, doing:
● research and development of projects carried out within the framework of a particular enterprise, company, state;
● equipment testing and commissioning;
● the solution of issues related to standardization, technical documentation, expert opinions, and other bureaucratic procedures;
● reporting, scheduling, analytics (technical data, indicators, etc.), control of the entrusted site, equipment, and communications;
● planned and emergency repairs of equipment, installations, and communications.
Designers are responsible for the design, technologists are responsible for improvements, correct functioning, repairs, and mechanics are universal specialists. However, the list of responsibilities depends on the direction of the engineers, because they can work with ventilation systems, the military-industrial complex, biotechnology, as well as create items and equipment intended for domestic use.
It is believed that the profession of an engineer appeared in the 2nd century BC. e. on the Apennine Peninsula ⏤ this is how the craftsmen who developed and maintained military mechanisms and devices were called in Ancient Rome and Greece. Its name comes from the French word "Ingenieur", which goes back to the Latin "Ingenium", meaning "ingenuity." For almost a millennium and a half, engineers specialized in military affairs, and only in the 16th century in Holland did they begin to build roads and bridges. Now scientific thought is developing at a rapid pace, new areas of activity are opening up, production is becoming more complex and technologically advanced. This process requires more and more narrow specializations of employees and the ability to navigate a changing world, quickly grasping and promoting new ideas.
● research and development of projects carried out within the framework of a particular enterprise, company, state;
● equipment testing and commissioning;
● the solution of issues related to standardization, technical documentation, expert opinions, and other bureaucratic procedures;
● reporting, scheduling, analytics (technical data, indicators, etc.), control of the entrusted site, equipment, and communications;
● planned and emergency repairs of equipment, installations, and communications.
Designers are responsible for the design, technologists are responsible for improvements, correct functioning, repairs, and mechanics are universal specialists. However, the list of responsibilities depends on the direction of the engineers, because they can work with ventilation systems, the military-industrial complex, biotechnology, as well as create items and equipment intended for domestic use.
It is believed that the profession of an engineer appeared in the 2nd century BC. e. on the Apennine Peninsula ⏤ this is how the craftsmen who developed and maintained military mechanisms and devices were called in Ancient Rome and Greece. Its name comes from the French word "Ingenieur", which goes back to the Latin "Ingenium", meaning "ingenuity." For almost a millennium and a half, engineers specialized in military affairs, and only in the 16th century in Holland did they begin to build roads and bridges. Now scientific thought is developing at a rapid pace, new areas of activity are opening up, production is becoming more complex and technologically advanced. This process requires more and more narrow specializations of employees and the ability to navigate a changing world, quickly grasping and promoting new ideas.
What Do Engineers Do?
To become part of the technical intelligentsia, you need to know mathematics and physics perfectly, study hard engineering sciences and practice a lot. Successful engineers have a technical mindset, spatial imagination, and mathematical ability. They are erudite, assiduous, responsible, observant, and proactive people.
The profession of an engineer is in great demand in the labor market. Such a specialist may work in a factory, a military base, a railway, a power plant, a construction company, a research institute, aviation, a mine, and other jobs where engineering knowledge is needed.
The task of a person of this profession is to develop and design fundamentally new technical solutions, modify existing ones, and bring these inventions to life. With the development of industry and high technology, new professions have been added to traditional professions such as design engineer or power engineer:
● Virtual reality architect. Do you think he makes VR toys for gamers? Everything is a little more complicated. Virtual reality is used not only in entertainment but also, for example, in medicine. With its help, you can study medicine in "full scope": how virtual reality saves people from future surgeons and carries out complex operations. The architect is working on the creation of such simulators.
● Implant engineer. In other words, this is a developer of high-tech prostheses who understands biology, genetics, and biomedical engineering. The work of such specialists changes medicine: people do not need to wait for years in a queue for organ transplants, because they can create the necessary material for transplantation in the laboratory.
● Robotic engineer. Design and androids services (home, military, medical, industrial), are engaged in the creation of unmanned vehicles and aircraft. Robotics can work in many areas of industry, from mechanical engineering and the aerospace industry to the production of smart equipment for modern factories. Strictly speaking, such engineers are needed wherever androids will soon replace workers.
● IT engineer. He is engaged in the development of information systems architecture, designs their interfaces, and develops models for using Big Data. The demand for these specialists is dictated by the development of smart technologies. For example, an IoT engineer optimizes reality for human needs using the capabilities of the Internet of Things. Now, these are smart houses, where you can boil a kettle on command from a smartphone and send a signal to the outlet to turn off the iron. And in the future, entire cities will become smart.
● Biotechnology engineer. A profession at the intersection of chemistry, biology, and medicine. Such a specialist can work in enterprises that create medicines and food products, as well as in large industries that need to control the ecological state of the environment. So, it is biotechnologists who can solve the problem of the abundance of garbage on the planet.
These professions are an excellent choice not only for those who are about to graduate from school and are only choosing where to go to study. Experts in the technical field who have already taken place will certainly find promising ideas for professional retraining in this list.
The profession of an engineer is in great demand in the labor market. Such a specialist may work in a factory, a military base, a railway, a power plant, a construction company, a research institute, aviation, a mine, and other jobs where engineering knowledge is needed.
The task of a person of this profession is to develop and design fundamentally new technical solutions, modify existing ones, and bring these inventions to life. With the development of industry and high technology, new professions have been added to traditional professions such as design engineer or power engineer:
● Virtual reality architect. Do you think he makes VR toys for gamers? Everything is a little more complicated. Virtual reality is used not only in entertainment but also, for example, in medicine. With its help, you can study medicine in "full scope": how virtual reality saves people from future surgeons and carries out complex operations. The architect is working on the creation of such simulators.
● Implant engineer. In other words, this is a developer of high-tech prostheses who understands biology, genetics, and biomedical engineering. The work of such specialists changes medicine: people do not need to wait for years in a queue for organ transplants, because they can create the necessary material for transplantation in the laboratory.
● Robotic engineer. Design and androids services (home, military, medical, industrial), are engaged in the creation of unmanned vehicles and aircraft. Robotics can work in many areas of industry, from mechanical engineering and the aerospace industry to the production of smart equipment for modern factories. Strictly speaking, such engineers are needed wherever androids will soon replace workers.
● IT engineer. He is engaged in the development of information systems architecture, designs their interfaces, and develops models for using Big Data. The demand for these specialists is dictated by the development of smart technologies. For example, an IoT engineer optimizes reality for human needs using the capabilities of the Internet of Things. Now, these are smart houses, where you can boil a kettle on command from a smartphone and send a signal to the outlet to turn off the iron. And in the future, entire cities will become smart.
● Biotechnology engineer. A profession at the intersection of chemistry, biology, and medicine. Such a specialist can work in enterprises that create medicines and food products, as well as in large industries that need to control the ecological state of the environment. So, it is biotechnologists who can solve the problem of the abundance of garbage on the planet.
These professions are an excellent choice not only for those who are about to graduate from school and are only choosing where to go to study. Experts in the technical field who have already taken place will certainly find promising ideas for professional retraining in this list.
Where to Find a Job?
The dynamism of the modern industry has led to the fact that engineers today mainly work remotely, because thanks to this work scheme, one professional can fulfill orders for different enterprises that are geographically located in different parts of the world. At the same time, the enterprise can also give various projects to narrow specialists, which is practically impossible with full-time employees. An engineer can work remotely since his work is based on calculations, as well as the construction of diagrams and drawings. In order to find an order, an engineer needs to register on the freelance exchange, where he can create his profile, resume, and portfolio. Freelance engineers over time build up their base of regular customers and have a constant stream of work.
One of the most popular freelance exchanges for engineers is Engre. This platform is a whole world full of professionals and interesting projects as well. Both parties can come up with interesting ideas that will bring positive results.
One of the most popular freelance exchanges for engineers is Engre. This platform is a whole world full of professionals and interesting projects as well. Both parties can come up with interesting ideas that will bring positive results.
Personal Qualities
Before becoming an engineer, you must honestly answer the question "Do you like working with technology?" If there is a predisposition to the exact and natural sciences (mathematics, chemistry, physics, computer science) and the corresponding type of thinking, then you can safely choose one of the engineering specialties and select a university with programs of the appropriate profile. Characteristics of an engineer in terms of personal qualities include responsibility and purposefulness; literacy and hard work; erudition and ingenuity; breadth of thinking and creative approach to business; organizational skills.
business