Electrical & Precision Industries

Electrical & Precision Industries, the force that powers and runs the globe.

Do you know what type of energy powers the world? It is electricity. What type of engineering is important for every industry? It is electrical and electronics engineering, along with precision engineering. If you like producing a good quality electronics and precision-made tools and equipment, along with having a strong foundation in math and science, this would be the perfect career for you.
Introduction:

The world is heavily dependent on electricity, its hard to imagine a world that does not use electronics like mobile phones and computers. A brief interruption in the supply of this resource could spell disaster for everyone around the world. For instance, hospitals must keep standby generators in the basement, to be fired up at a moment’s notice to produce power when there is an outage, because of the life support systems that are used to keep patients alive and help doctors perform surgery. Likewise, data centers and computing clusters are connected to large battery storage systems, to supply them with power in the event of an outage.

Precision Industries also play in important role in every industry. Whenever parts, tools and equipment are made, they must be manufactured according to specifications, so that they can do their jobs properly. Any errors that result from incorrect specs can result in disasters like vehicle crashes and industrial failures. For example, one poorly made component or tool can cause a plane to crash, as harsh as it sounds. Likewise, an incorrectly calibrated weighing scale can result in errors in the research laboratory.

Simply put, those in the Electrical & Precision Industries play a vital role in making modern civilization run smoothly and safely. They carry far more weight than most people realize.

Types of careers available:
The careers available are as follows:
  • Electronics engineering,
  • Electrical engineering,
  • Applied physics,
  • Precision engineering,
  • Measurement technology
All of which require a strong foundation in math and science.
Progression, earnings potential, work-life balance, life-long learning and other related topics

The average applicant needs a strong foundation in math and science. And a strong understanding in logical and critical thinking. All of which starts in school and is reinforced when studying at an institution.
The most common way to start is to enroll in an engineering program in college or university. As the course progresses, you need to develop your understanding of math up to the calculus level and beyond, along with attending science courses, particularly in physics. Both subjects are integral in the engineering and technology sectors.

The second option called trade or vocational school. When enrolled in it, the student is put through a hands-on approach with a modest amount of academics pertaining to the subject. For example, an electrical or electronics engineering student will learn how to assemble a circuit board and arrange wiring around, along with learning electrical and electronics theory and math pertaining to electricity. This option also has an interesting advantage, students may undergo a training module with a sponsoring company near the completion of their program, and especially if it is part of the graduation requirements, to work and learn on the job, putting their skills into practice for the first time.

The third option, which is popular for working adults, is to sign up with a sponsoring company directly. The applicant gets not only training and work experience, but a starting salary as well. In return, the company gets a potential worker who will continue working with them when they complete their training. By far, this is the most appealing for those entering the Electrical & Precision Industries, for it allows applicants to enter the industry quickly.

There are many schools to obtain such skills from. College and university have a more comprehensive curriculum that places the applicant in a higher standing, while trade and vocational school, along with work and study programs are easier for working adults who may not be able to obtain the academic grades needed for the former options. They also tend to be cheaper and shorter than an engineering bachelor’s degree too. Singapore’s ITE institutions are a good example of such an institution to obtain such training, with full-time, part-time and traineeships available depending on personal requirements.

Regardless of the education involved, new people on the job are expected to start at the lowest positions available, like a technician on the shop floor. As the work progresses, the worker gains experience and learns newer trades and knowledge that lets them take up more responsibilities and earn a higher wage. When sufficient work experience and knowledge is obtained, the applicant may be promoted to a management role, such as a foreman. Such a role involves supervising lower ranked workers, and instructing and guiding newer ones, and assigning tasks to the appropriate personnel. Eventually, as more knowledge and experience is gained, it is possible to progress into engineering positions, even if an engineering degree is absent. Promotion into higher management is also another choice for advancement.

Earnings is usually based on an hourly rate, with the higher positions with more skills required paying more. Given how mentally challenging the work is, with all the math and science required, along with the long hours expected for such a career, overtime is to be expected. Despite this, workers admit that the satisfaction of an honest day’s work makes it all worthwhile, and the challenge posed by the engineering problems on the job are fulfilling to solve and overcome.

Life-long learning would involve learning other technical skills, such as computer programming. For example, the fabrication technology used in such industries uses various forms of code, like G-code for CNC (Computer Numerical Control) machining. Other technical skills like automotive engineering and industrial engineering would also be useful depending on the industry worked in. And entrepreneurship, business management and other skills pertaining to business would help with being promoted to a management position, or perhaps to help start a business in the Electrical & Precision Industries.

Recent changes and developments

Thanks to the widespread use of portable computers, it is possible to use 3D modeling and CAD (computer aided design) on the go to design not just physical components, but also circuit diagrams for electronic components as well. This is especially true in CNC (Computer Numerical Control) machining, in which you can design components on the spot, for a Milling machine or Turning lathe to produce when the appropriate code is inputted into the console. This reduces the amount of time spent producing a part, by eliminating the need to use a desktop computer that may be rooted in fixed location.

Given the attempts made to switch to renewable sources of electricity, electrical or electronics engineers will certainly find more work, designing, building, and maintaining the infrastructure and systems needed to ensure smooth and reliable operation. The adoption of electric vehicles is also providing more work to such workers, as more infrastructure and electricity is needed for transportation.