You might be wondering and asking, is industrial machinery/components a good career path? You will find the answer in this article.
If you enjoy working with your hands and have an eye for the smallest of details, a career in the field of industrial and machine components is a great fit.
You should also plan for your retirement early without facing difficulties after retirement.
If you enjoy working outside and have an eye for detail, industries and machine vocations are a great fit.
Table of Contents
- What is industrial machinery/components?
- Parts of industrial machinery/components
- Requirements of industrial machinery/components career path
- Educational Qualifications for industrial machinery/components career path
Although this line of work can be very fulfilling, it’s important to understand what you’re getting into before choosing this as a professional path.
The phrase “careers in the realm of industrial components and machines” encompasses a wide range of professions within the manufacturing, high-tech, and industrial sectors.
It can also be used to describe many professional specialties like engineering or information technology.
What is industrial machinery/components?
Machinery and equipment utilized by manufacturers in manufacturing facilities are referred to as industrial machinery and equipment.
The Industrial Machinery and Components (IMC) industry is evolving quickly as a result of technological improvements and a more intense competitive environment.
Parts of industrial machinery/components
- Slewing bearing rings.
- Linear bearings.
- Precision Castings.
- High Pressure Nozzles
- Hydraulic Cylinders
- Hydraulic Fittings
- Hydraulic Seals
- Plastic Molded Parts
- Rod-End Bearings
- Screw Machine Parts
Should I choose an industrial machinery/components career path?
One engineering career path that focuses on the creation and design of industrial machinery and components is machine/industrial components.
Regardless of size, all of these machines have the same features.
They are all mechanical systems that use moving parts to perform precise tasks and are powered by mechanical energy.
Automobiles, aircraft, planes, and agricultural machinery are a few examples of machines.
Whether it’s a brand-new invention or an improvement to an old model, they collaborate with other engineers to identify the parts needed to build the machine.
To choose the best alternative for the specific activity, they must be knowledgeable of the many sorts of materials.
They must also be mathematicians so they can determine how much material is needed for each machine part and how much weight the machine can support before it becomes overloaded.
Is industrial machinery/components a good career path to success
Yes! It’s a terrific idea to think about a career in the manufacture of industrial equipment or its components because this industry not only offers a wide range of job prospects, but is also made up of many different sub-industries.
Industrial machinery and component jobs can be very exciting and rewarding. Over the past ten years or more, demand for this profession has increased.
This industry is now more competitive than ever due to a rise in the number of persons available to fill open positions.
The need for workers with knowledge of industrial machinery and components is steadily increasing.
In order to manage their equipment and meet demand, firms need additional staff as their operations expand.
Another strong justification for pursuing the profession is the huge earning potential of the manufacturing machinery and component business.
We are aware that one of the primary causes of inquiries like “Is working with industrial machinery or components a good career path?” is due to this. An industrial mechanic might make, on average, $55,000 a year.
Requirements of industrial machinery/components career path
There are many different career paths available in this field, each requiring a different level of schooling and requiring different amounts of manual labor versus more mental labor.
However, there are still some traits that you can use for any position in this field.
Below are the requirements of industrial machinery/components career path:
- Detail Oriented
The details matter whether you’re developing anything, making improvements to a system, or assembling a system.
All of these positions necessitate meticulousness and an eagerness to fix mistakes.
- Familiar with machines
Although not all of the jobs on this list explicitly entail working with machinery, the majority of them call for at least a basic understanding of it.
Therefore, it might not be the ideal job choice for you if you don’t at least have a passing interest in them.
- Ability to build
Almost all of the jobs on this list involve building, assembling, or designing objects, with a few exceptions. Some of them, which are along the same lines, are process enhancements.
Educational Qualifications for industrial machinery/components career path
Depending on the career you decide to follow, there will be a wide range in the level of schooling needed.
However, here are some concepts for majors to consider.
- Industrial Technology
This encompasses all aspects of industrial science, including system management as well as manufacturing and industrial production.
- Robotics and mechatronics
This has a focus on machinery and robotics. This is beneficial if you wish to work as a mechanical engineer or machine designer.
This includes both shipping and the supply chain. If you want to work in supply chain management and logistics, this is a wise decision.
With this degree, you can enter any field of engineering.
Below are the areas under engineering:
- Mechanical engineering.
- Manufacturing engineering.
- Industrial engineering.
10 best jobs in industrial machinery/components career path
If you are still asking, Is industrial machinery/components a good career path to a successful and happy life, then check below for some job opportunities to choose from.
- Industrial Engineer
Despite not being restricted to industrial machinery or components, industrial engineers specialize in the sector.
They concentrate on the best, most efficient method of production setup.
This entails being knowledgeable about the processes themselves as well as participating in the layout of the factory floor.
Average Annual Salary: $78,000
- Improvement Engineer
As the name implies, process improvement is the only thing continuous improvement engineers are concerned with.
Continuous improvement engineers work in practically every industry and are not just hired in this profession.
Their primary responsibilities revolve around analyzing and evaluating the current procedure in order to find improvements that could make it more effective, affordable, or lasting.
Annual Salary on Average: $74,000
- Process Engineer
Similar to industrial engineering, this discipline of engineering is fully process-oriented. Process engineers assist in its material, chemical, and design optimization.
In order to ensure that the systems are as effective as possible, they are also involved in testing and upgrading them.
Average Annual Salary: $81,000
- Industrial Hygienist
While cleanliness is the most common interpretation of hygiene, general health is its fundamental definition. All facets of health in an industrial setting are the main focus of industrial hygienists.
This covers orderliness, hygienic conditions, comfort, and efforts to promote mental wellness. They are in charge of developing strategies, assisting with their implementation, and instructing the staff.
Average Annual Salary: $60,000
- Manufacturing Engineer
Manufacturing engineers are solely concerned with the production process. They devise the most affordable method for producing the greatest goods.
They must be aware of the most recent laws and ordinances and ensure that they are followed during the production process.
Average Annual Salary: $76,000
- Machine Designer
This position entails doing exactly what it says on the tin. They create machines to satisfy the demands of their customer. They must be able to create machine designs and drawings.
To ensure that their work is realistic, capable of completing what is required, and within budget, they frequently collaborate with mechanical engineers and other related specialists.
Average Annual Salary: $77,000
- Quality Assurance Engineer
This position focuses on ensuring that a product can be produced and maintain its quality using the available resources and technology.
Although they assist with production as a whole, quality assurance engineers are primarily concerned with the product itself.
It must fall within set budgetary limits as well as those for quality and the quantity of defective goods.
Average Annual Salary: $86,000
- Mechanical Engineer
Machines are the focus of mechanical engineers. Their work mostly focuses on enhancing the durability, design, and materials of equipment. They also work on developing new techniques for maintaining and fixing existing machinery.
Average Annual Salary: $79,000
- Industrial Designer
Products are created by industrial designers for manufacturing. They collaborate with clients to create product samples, mockups, and blueprints.
They collaborate with manufacturers, material scientists, as well as safety and quality specialists, to ensure that their designs are practical.
Most industrial designers have a speciality, such as toys, furniture, or cars, due to the vast nature of the profession.
Average Annual Salary: $75,000
Most boiler manufacturers no longer produce boilers. To hold liquids, they still build, install, and repair massive metal containers.
This calls for them to be knowledgeable about various metals, skilled at welding and pipe fitting, able to fix what they manufacture, and aware of when maintenance is necessary.
Average Annual Salary: $40,000
Is industrial machinery/components a good career path? Final Thought
After reading to this point, I believe you won’t still ask; is industrial machinery/components a good career path?
I would advise you to spend some time researching the history, current situation, and potential futures of the industry if you’re thinking in working in industrial machinery and components.
After you’ve done that, think about if it’s a good fit for you.
Once you’ve done your homework, you can expand on it to make sure you’re well-informed going into the interview.
Once you’ve been employed, start working at the position to produce worthwhile career moments throughout your life.