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How Many Jobs Are Available in Industrial Machinery Components?
Let's Find Out!
So, how many jobs are available in industrial machinery components? You have arrived at the correct location if you are interested in pursuing a career in the field of industrial machinery components. This rapidly expanding sector is an excellent area to get employment since it provides a variety of opportunities in terms of perks, salary, and educational prerequisites.
Keep reading to learn about the typical income offered for industrial machinery component jobs and more.
What Is Industrial Machinery and Components?
Any piece of equipment that is used in an industrial setting, whether a factory, workshop, or another kind of industrial environment, is considered to be industrial machinery. It may encompass everything from simple hand tools to large pieces of gear. It even includes packing machinery and robotic technology.
The word “industrial machinery” is sometimes used as a catch-all phrase to refer to any machines that are used in the manufacturing, processing, cleaning, or repairing of commodities. For example, factory machines may either be permanent or fixed or be able to move about (movable).
Manufacturing is an industry that often makes use of various pieces of industrial equipment and components. They find use in many different fields, such as the automotive and aerospace sectors, the manufacturing of consumer items, and the creation of electrical power, amongst others.
You may or may not use electricity to operate industrial equipment and components. Most of the time, powered tools get their energy from electricity or compressed air. However, the user is often responsible for operating tools that do not have power sources built into them. Other energy sources, such as hydraulic pressure or the force from your body weight, are also viable options for powering the instruments above.
We consider any machine employed in a commercial or manufacturing context industrial machinery. Industrial machinery is another name for production equipment. These include machines that cut and shape materials, mold components into desired forms, and assemble various pieces into a final product. Other examples include machines that sort, categorize, and separate materials and machines that cut and shape materials.
In addition to using physical labor, manufacturers also use industrial equipment to do complicated tasks that would be impossible for people to accomplish independently.
How Many Jobs Are Available in Industrial Machinery Components?
Indeed.com reports that there are now 30,000 job openings in the area of industrial equipment components because this sector is experiencing high levels of demand.
There are many job openings in the industrial equipment and components sector. Hence, it is essential to research the sector as a whole and identify the businesses actively recruiting new employees.
It is vital to have a degree to acquire a career in the industrial equipment components industry. Nevertheless, competition for these positions does not confine to those who have just earned a high school education.
Those with a bachelor’s degree or above will have enhanced job stability and larger potential earnings compared to those with lower levels of education.
Continue reading if you are interested in learning more about the employment prospects available in industrial equipment components.
Industrial machinery mechanics are the most in-demand workers.
Here are the primary jobs available in the industrial machinery components industry:
Average Annual Salary: $78,000
Industrial engineers focus on the business sector, but their expertise is not limited to manufacturing equipment and components. Instead, they are concerned with the method that will produce the most effective and efficient manufacturing setup. This involves becoming acquainted with the procedures and the factory floor layout you will be working on.
Average Annual Salary: $81,000
They mostly emphasize the process rather than the end product. Engineers specializing in processes contribute to the process’s overall improvement by helping optimize its design, materials, and chemical components. In addition, they take part in the testing and enhancement of the systems to guarantee that they are functioning at the highest possible level.
Continuous Improvement Engineer
Average Annual Salary: $74,000
Engineers specializing in continuous improvement are only concerned with enhancing the performance of a given procedure, as the name of their specialty could imply. Nevertheless, continuous improvement engineers are present in practically every economic sector. Hence, finding work in this profession is not the only option for those interested in pursuing this career path.
Their primary responsibilities include analyzing the existing procedure, doing tests and research on it, and looking for methods to make it more effective, whether in terms of lowering costs, increasing longevity, or improving efficiency.
Average Annual Salary: $60,000
Hygiene, in its truest sense, refers to one’s whole health, even though it is often associated with cleanliness. Industrial hygienists are concerned with the overall health of workers in manufacturing and other industrial settings.
This involves maintaining a clean environment, having enough sanitation, providing adequate comfort, and making an effort to improve mental health. In addition, they are accountable for developing plans, assisting in implementing those strategies and educating the workforce in addition to these responsibilities.
Average Annual Salary: $76,000
Manufacturing engineers are exclusively focused on the manufacturing process. This is how they come up with the most efficient way to produce a product. Therefore, they must be knowledgeable about the most recent rules and regulations, and it is also necessary for them to ensure that the manufacturing process complies with these rules and regulations.
Average Annual Salary: $40,000
An overwhelming majority of boilermakers have discontinued the manufacturing of boilers. Despite this, they continue to build, install, and repair massive metal containers that store liquids.
They need to know about various metals, how to weld and correctly fit pipes, how to fix what they manufacture, and how long it will be before maintenance. In addition, they need to know how long it will be before it has to be maintained.
Average Annual Salary: $75,000
Industrial designers develop goods for production. They collaborate with customers to create blueprints, mockups, and sample items, which they then produce. In addition to collaborating with manufacturers, material scientists, and specialists in quality control and safety, these individuals do so to ensure that their ideas are technically practical.
Because industrial design encompasses a wide variety of sub-fields, most industrial designers focus their efforts on one particular area, such as toys, furniture, or automobiles.
Average Annual Salary: $79,000
Machines are the primary focus of a mechanical engineer’s education and career. Their job mostly entails improving the construction of machines in terms of their design, the materials used, and endurance. In addition, they are engaged in developing improved methods of repairing and maintaining machinery currently in operation. you require a degree in mechanical engineering in operating industrial machines.
Quality Assurance Engineer
Average Annual Salary: $86,000
In this role, you’ll be responsible for determining whether or not you can manufacture a product feasibly. Also, whether or not its quality can be maintained using the available resources and technology. Although quality assurance engineers contribute to the manufacturing process as a whole, their primary focus is on the product they are working on.
It is not enough to remain within the constraints set for cost alone. However, it must also remain within the criteria set for quality and the number of items that end up being flawed.
Average Annual Salary: $77,000
Someone in this position is responsible for doing precisely the tasks they describe. For example, they develop new machinery to provide products that follow the specifications their customer provided. In addition, they need to have the ability to sketch up ideas and plans for different types of machinery.
They often collaborate with mechanical engineers and other specialists in related fields. They ensure that the work they deliver is acceptable, can do what is required, and stays within the allotted financial constraints.
Average Annual Salary: $107,881
It is impossible to overstate the importance of Control and Instrumentation (C&I) Engineers when discussing the highest-paying industrial equipment and component positions.
Instrumentation engineers are well-versed in studying the instruments required to regulate other vehicle systems successfully.
In other words, C&I Engineers are responsible for designing, building, installing, and maintaining equipment that other engineering systems need to operate well.
Any high-tech firm that makes and provides automation equipment may employ you with this possibility.
You may also work for businesses that take advantage of this automated technology. Manufacturing facilities such as nuclear power plants, commissions for quality assurance, and producers of renewable energy sources, for example.
However, as a Control and Instrumentation Engineer, you might work as a consultant, where you’ll be advising customers.
As a result, you’ll be asked for guidance on engineering systems, write assessments of automation systems, discover auto-problems and their remedies, and so on.
Be sure you have a bachelor’s or master’s degree in Automation Engineering before applying for this well-paying industrial equipment employment.
Research and Development Engineer
Average Annual Salary: $92,781
In addition to manufacturing machines, R&D engineers play an important role in this industry.
Innovating and analyzing, they generate new production techniques, goods, processes, etc.
Engineers that specialize in research and development frequently work on their own. However, they sometimes collaborate with others to meet project deadlines.
Without R&D engineers, teams working across departments cannot go on with the project prototype or testing.
They’re that significant and impressive in industrial equipment and components.
To be considered for a position as a research and development engineer, you must have either a master’s or a bachelor’s degree in the appropriate field.
If you wish to do research and development as an aeronautical engineer, you will need a Ph.D.
Average Annual Salary: $102,363
In industrial machinery and components, Power train Engineer comes in second.
A career as a Powertrain engineer places you in the transportation and manufacturing sectors. This is because of the nature of your profession.
A majority of their work involves automobiles and other forms of motorized transportation.
You are responsible for increasing the performance of electrical components, powertrain, software, and other engines utilized in various machines.
In addition, Powertrain engineers set project timeframes, budgets, prototype testing, analysis, and research materials in that sequence.
A bachelor’s degree is required to get this high-paying position in the industrial components business. However, having a Master’s degree is also beneficial.
Industrial Design Engineers
Average Annual Salary: $99,376
Industrial design engineers deserve special notice on this list. Their job is to develop new ideas for products that the company will create.
It would be best if you had a high level of creativity and innovation to get this well-paying job.
On the other hand, industrial designers often consider usability when creating new products. When developing new products, they also consider these factors: appearance, functionality, and price.
After all, they are the ones that come up with a slew of new concepts. As a result, vehicles, household appliances, and toys get created.
This is the professional path for those who can integrate art, commerce, and engineering into products that people use daily.
Average Annual Salary: $110,024
Unless you have a college degree, you cannot operate as an Automation Engineer in the industrial components and equipment business.
A Master’s degree is required to work as an Automation Engineer in the food and industrial industries.
This is because they are frequently required to deal with infrastructure and self-operating devices like robots to conduct high-end activities.
Their job is to ensure customers understand how the equipment works by communicating with them. All automated equipment is designed, developed, installed, and maintained.
You often require a higher level of education for positions that pay a higher salary in practically every sector. For example, you will require a college degree for most of the jobs on this list. In addition, if you are serious about finding a job that pays well, you will find that experience is a very valuable commodity.
What Skills Do You Require for an Industrial Machinery Components Job?
In most cases, having a degree in engineering or a discipline closely connected to it is strongly recommended. For example, suppose you do not have a degree but have substantial experience working with industrial equipment components. In that case, you could still be able to find employment even if you do not have a degree. You also need to be knowledgeable about all the safety rules, and you should make it a point to stay current on the newest methods and advances in your field.
It is essential to remember that many occupations need substantial training, such as a certification in welding. However, before employing someone fresh out of school, many businesses search for previous experience in a comparable role at another company. This is an important point to keep in mind.
A good attitude is always vital if you want to work in industrial machinery components. However, having a desire to learn more about your area will help set you apart from other candidates. Lastly, being knowledgeable and up to date with the latest technological advancements is vital. New technical developments generate all the time. Hence, it is essential that you familiarize yourself with how everything operates to be able to troubleshoot issues should they occur efficiently.
Let’s look at some other abilities you may need besides your degree and certifications.
- Reading skills, since you will be required to read many technical handbooks.
- A fundamental comprehension of the operation of mechanical devices
- The capacity to pay close attention to particulars
- Good hand-eye coordination
- Troubleshooting skills
- A wide variety of specialized abilities, which vary according to the kind of equipment you are operating.
How Much Can You Earn in Industrial Machinery Components Jobs?
People who want to make a solid living doing something they love will find plenty of job opportunities in this rapidly expanding sector. For industrial machinery components employees, the average yearly income is $55,000. The wage varies widely from one job to the next. Both low- and high-paying employment exist. However, the starting salaries for these roles are often quite good.
The average annual salary for industrial equipment mechanics is $53,590. Despite the wide range of pay, the majority of employees get the compensation that is substantially above the national median. Industrial equipment mechanics earn the most money working in producing electric power and natural gas. You also require a master’s degree in certain disciplines. Thus, you must get a master’s degree in this area if your goal is to work in this sector. It will allow you to make a sizable sum of money.
Industrial machinery/components employment is a fantastic option if you seek a solid and long-term career.
There is always an opportunity for new candidates in the industrial machinery/components industry, which is expanding at a rapid pace.
It’s safe to say that the jobs in this field are stable and provide a wide range of prospects for professional advancement.
Before selecting, thoroughly investigate industrial machinery and components employment and balance the benefits and drawbacks.