Is Industrial Machinery/Components a Good Career Path in 2022?
Since the Industrial Revolution, which occurred between 1760 and 1840, industrial machinery has taken primacy. The power loom was created to make cloth and weave it together. The cotton gin was created to speed up the extraction of cotton fibers from cotton seeds in order to speed up garment manufacture.
Modern technological advancements have made industrial machinery quicker and more efficient, resulting in increased manufacturing output. However, in order to keep manufacturing running, the country needs professionals to develop, operate, and maintain this gear.
Is a job in industrial machinery and components a wise choice? To analyze the response, we will look over industry facts, perks, skills, and positions.
Anyone who loves working with their hands and has strong attention to detail might choose a career in machines/industrial components.
Machines/Industrial Components occupations are ideal for people who like working with their hands and have a keen eye for detail. This professional path may be quite lucrative, but it is critical to understand what you are signing up for before pursuing it.
Machines/Industrial Components is a wide word that refers to a variety of jobs linked with the manufacturing, industrial, and high-technology industries. Other vocations, such as information technology and engineering, may also be described using the phrase.
Machine/Industrial Components is a career path in engineering that focuses on the design and development of industrial machinery and components. The machines may be enormous or small, but they share similar properties. They are all mechanical systems that employ moving elements to execute a specified purpose and are driven by mechanical energy. Automobiles, aircraft, and farm equipment are examples of machines.
These engineers collaborate with other engineers to establish which components will be utilized to build the machine, whether it’s a new product or an enhancement of one that already exists. They must be familiar with numerous sorts of materials in order to select the best alternative for each application.
They must also be able to determine how much material will be required for each section of the machine and how much weight it can carry before becoming overwhelmed.
There are several career opportunities in the machines/industrial components business. Here are a few examples:
- Machine operators
- Quality control inspectors
What Is Industrial Machinery?
Industrial machinery is the equipment used in a variety of sectors to produce a wide range of products. The industrial machinery market was valued at $162.9 billion in 2020. A job in industrial equipment allows you to work in a variety of sectors, including textile, construction, agriculture, mining, food & beverages, and others.
Examples of What Industrial Machinery Produces
Many items are created by industrial machines to meet the diverse demands and desires of people around the country. Many products must go through several processes before they are finished.
Bulldozers are used to construct houses and other structures across a town or city. The four primary pieces of equipment used to package cereal, candies, dried fruit, soda, and other food and beverages are liquid fillers, labelers, rinse machines, and capping machines.
Textile machinery produces yarn and fibers for clothing. Mining machines sift through waste in search of rare stones and metals needed to produce the jewelry. Tractors and fertilizer spreaders aid in the planting and cultivation of various crops on a farm.
As you can see, the options for what you may contribute are numerous when you pursue a career in industrial machinery.
Components That Help Industrial Machinery To Operate
To work with industrial machinery, you must also understand the machine’s key components. The machine will not function correctly if they are not in working order.
Bearings are critical to sustaining manufacturing speed while also preserving efficiency and precision. Bearings provide three fundamental functions:
- Reducing friction in the manufacturing process
- Maintaining the manufactured load on the equipment.
- Directing the operation of wheels and shafts
Clutch assemblies, hydraulic fittings, bushings, CNC machining, pulleys, sprockets, and a variety of other components direct an industrial machine’s operation. Companies must ensure that these components are of excellent quality in order for them to perform their intended duties and last for a long time.
Is Industrial Machinery/Components A Good Career Path?
Yes! Pursuing a career in the production of industrial machinery or components is a smart choice since the manufacturing of industrial equipment not only offers a large number of employment chances but also comprises various sub-industries that join together to make the entire.
A job in industrial machinery/components may be both lucrative and demanding. It is an industry that has witnessed tremendous growth in the previous decade or so. The quantity of individuals available to fill employment in this business has also decreased, making it more competitive than ever before.
The need for workers with experience with industrial machinery/components is developing at an alarming rate. Companies require additional staff to handle their equipment and assist them to keep up with demand as their operations develop.
Furthermore, the earning potential in the industrial machinery and components area is pretty substantial, which is another compelling reason to pursue a career in this field.
We are aware that this is one of the main reasons why individuals wonder, “Is working with industrial machinery or components a suitable career path?” An industrial mechanic may expect to earn around $55,000 per year on average.
Reason Why Industrial Machinery Components Is A Good Career Path?
Industrial equipment components is a broad topic that includes numerous disciplines and is not restricted to a particular trade. It’s a specific specialty that allows you to concentrate on one area or spread out into new areas as they become accessible. You can work in manufacturing, transportation, or construction.
If you’re seeking a satisfying job, the Industrial Machinery Components may be the one. The sector offers several prospects for progression, particularly if you have the necessary abilities, and the field offers other choices outside production.
What Is The Educational Requirement In Industrial Machinery/Components?
The educational qualifications differ based on the post for which you are seeking. With high school graduation or GED, you can find entry-level jobs in the business. And if you have a bachelor’s or master’s degree, you will be able to advance in your career. In summation, there is a work opportunity for every degree of schooling.
Benefits of Industrial Machinery/Components As a Career Path
The industrial machinery and components trade is a significant trade with several specializations that allow you to tailor your job in the sector. Work in one field or concentrate on many to advance to higher-paying roles over time. Here are some of the advantages of a career in industrial machinery:
- Health and other advantages
- Coverage for health, dental, and vision care.
- Sick pay, accidental death insurance, and incentives even when on vacation
- Insurance against disability.
- You may work in practically any industry you want.
- There are several niches to select from.
- Positions with high compensation and excellent retirement and 401K benefits.
Skills Needed To Succeed in This Career
You will need certain soft skills as well as special talents to be successful in the industrial equipment and components field. These abilities include:
- Mechanical aptitude.
- Mindset for technology
- Can troubleshoot machinery problems.
- Excellent reading abilities.
- Excellent hand-eye coordination.
- Basic understanding of how the machinery works.
- Excellent attention to detail.
- Your position requires a high IQ.
A Mechanical Engineer, for example, has an average IQ of 125.5. Automation engineers are similar to mechanical engineers, but they focus on the automobile elements of equipment.
What is the Demand in the Industrial Machinery/Components field?
As manufacturing needs rise year after year, the industry’s need for more workers rises as well.
This rising demand is also creating new work possibilities on a daily basis, therefore there are no concerns about the employment and growth chances in the industrial machinery business.
Job Satisfaction and Security in Industrial Machinery/Components
Jobs in this field are secure; they give you the required opportunity for growth and advancement.
Nothing can satisfy you unless you enjoy your job. Higher compensation can often lead to discontent if you fail to adjust to the job or work environment, thus liking your job is required. Satisfaction is unavoidable once you begin to live your profession.
If you are concerned about job security in the equipment and components business, you can rest assured that there are no issues about not finding the proper work or possibilities to transition to other roles.
Types of Job Opportunities and Their Roles
Industrial Machinery and Components are the gadgets utilized in a factory to manufacture industrial items. Motors, pumps, valves, conveyors, and cranes are among the primary components employed in this business.
These devices play a key role in the creation of commodities because they transport raw materials from one spot to another throughout the manufacturing process.
This industry offers a variety of work opportunities, including:
- Mechanical engineers
- Electrical engineers
- Production manager
- CAD/CAM Engineers
- Tool Designers
- Quality control inspectors
- Mechanical engineers
They create machinery that can be used to make a variety of things. They also develop the machinery used in industrial plants to manufacture various commodities. They also use electrical devices like computers and controllers.
Mechanical engineers in industrial machinery and components are in charge of designing and developing a product’s mechanical elements. They collaborate with other engineers to verify that their design is safe and efficient and that it complies with all applicable rules.
Industrial Machinery/Components Job Outlook
Industrial mechanical engineers can specialize in one or more of the fields listed below:
- Power generation, transmission, distribution, and utilization
- Energy conservation
- Production equipment (machines)
- Manufacturing processes
- Electrical engineers
Because they supervise the construction of electrical systems within factories or industrial facilities, these engineers collaborate closely with mechanical engineers. They also establish electrical networks throughout the facility so that equipment may be fired up electrically as needed during production procedures.
Electrical engineers are in charge of the design and development of electrical systems utilized in industrial machines and components. They also work on developing power sources, supplying electricity to various portions of the machine, and ensuring that the systems are safe to operate.
A bachelor’s degree in electrical engineering or a similar subject is required to become an electrical engineer. You must also be able to deal with computers and have solid communication abilities. You may also be required to take math classes or master computer applications such as AutoCAD or SolidWorks.
This career’s job outlook is anticipated to expand by 6% through 2026, which is substantially quicker than the national average.
Industrial engineers who work with industrial machinery are concerned with increasing their efficiency. They utilize their mechanical expertise to find out ways to increase the functioning of machines and make them more efficient at producing goods.
This job entails overseeing production activities at a firm or facility. They may be in charge of all areas of manufacturing, from planning to customer delivery. Production managers may also be in charge of ensuring that personnel is adequately instructed on how to do their tasks efficiently.
This individual may also be entrusted with ensuring that production difficulties are fixed rapidly so that delivery times, quality standards set by the organization, or customer service level agreements are not jeopardized (SLAs).
The production manager in industrial machinery is in charge of managing the manufacturing process and ensuring that the essential raw materials are available in time for the line to function properly. This includes making certain that procurement orders are placed on time and appropriately.
The production manager must also ensure that personnel on the shop floor have everything they need to do their duties properly. This might include everything from ensuring that equipment is properly maintained to training new staff.
If you are interested in this profession, you may be required to have expertise in industrial machinery or as an engineer or technician.
A production manager’s job in industrial machinery/components varies by industry, although there are several basic roles that all production managers share:
Hiring, training, and developing employees
Developing schedules and work plans
Monitoring costs and profits
CAD is an abbreviation for Computer-Aided Design, whereas CAM is an abbreviation for Computer-Aided Manufacturing. These specialists employ computer technology to create tools that machinists may use to effectively fabricate metal components. They also undertake numerous tests on the created items to determine their suitability before they reach the production floor.
A CAD/CAM Engineer is someone who can construct and alter industrial machinery using computer-aided design and computer-aided manufacturing (CAD/CAM) software.
He or she is also known as an industrial designer. CAD/CAM Engineers often work on projects involving design and engineering. A bachelor’s degree in mechanical engineering or manufacturing engineering from an approved university is required.
These engineers’ responsibilities include: performing engineering calculations for equipment designs; ensuring that designs meet all safety requirements; testing running equipment to ensure that it operates as intended; developing specifications for new machines or improvements on existing ones; and developing specifications for new machines or improvements on existing ones.
Working with suppliers or vendors to ensure that they deliver the necessary components or materials for projects; designing new equipment in response to consumer needs
Tool designers utilize computer software to generate 3D models of tools that machinists use to effectively make various components on machines such as lathes or mills.
In the industrial machinery and component sector, tool designers are in charge of creating tools and machines that will be utilized in the manufacturing of other items. Tool designers deal with a variety of materials, such as metals, polymers, and ceramics, as well as processes and machinery.
Job opportunities in tool design in industrial machinery/components can be found at all levels of a firm. They might be in the manufacturing site or in an office distance from where the actual tool is built.
When working closely with engineers and others who are concentrating on specific elements or components of a larger product, tool designers are frequently involved in the early stages of product development.
Tool designers may also work on upgrading current tools or creating new ones for use by other departments within their firm or external clients.
Some firms have specialized engineering jobs known as “tool makers” or “tooling engineers” whose responsibilities include developing and producing tools for use by other departments within their company or by outside contractors that supply services to them.
Their job generally entails taking plans from other departments and building functioning prototypes out of raw materials from other departments.
Quality control inspectors
Various jobs in the industrial equipment and components business include examining parts, materials, and products to verify they fulfill quality requirements. They may also inspect equipment to verify that it is working correctly and safely.
Quality control inspectors may work in a range of sectors, including automobile, aerospace, and construction equipment manufacturing. Their workplaces are typically clean and safe.
Inspectors must be capable of deciphering blueprints and other technical materials. To address concerns with coworkers or clients over the phone or in person, they must have strong communication skills.
Inspectors must also be able to read small types on inspection forms and apply basic arithmetic abilities such as measuring with rulers and micrometers. Inspectors must also be competent problem solvers since they may uncover unanticipated difficulties during inspections that require them to resolve before continuing with the inspection process.
Inspectors are usually given formal training on how to conduct their job tasks by supervisors or experienced personnel who are familiar with the equipment or items being examined. If space is restricted within your company’s building, training might take place at an offsite venue such as a hotel conference room.
Jobs in Industrial Machinery/Components
If you want to work in the industry’s highest-paying jobs, you have various possibilities. You can opt to work as a conservative, earning an average of $55,000 each year. You can also work in one of the numerous engineering roles, with salaries ranging from $80,000 to $95,000. You can also work in management, which has the highest pay range.
If you want to find out which specific job positions pay the most money, look at the following jobs, which are mentioned on the list below:
Instrumentation Engineer – annual salary of $107,881
Powertrain Engineer – $102,363 annually
R&D Engineer- $92,781 annual salary
Senior Mechanical Engineer – annual salary of $99,376
Automation Engineers- $90,0024 per year
What Skills Are Required For A Job In The Industrial Machinery/Components Industry?
Companies that make equipment utilized in a number of sectors are included in the industrial machinery/components industry. The abilities needed for jobs in this area vary according to the type of work.
The following skills are necessary for work in this industry:
- Mechanical aptitude entails understanding mechanical principles, ideas, and theories.
- The ability to mentally compute numbers, especially fractions and percentages.
- Problem-solving abilities include the ability to analyze circumstances, recognize concerns, generate ideas, examine alternatives, and make judgments.
- Critical thinking is being able to think rationally and clearly about non-routine situations and making conclusions based on facts rather than emotion or personal experience.
- The capacity to use reasoning and analysis to identify and solve issues.
- A grasp of how to make judgments based on data.
- The capacity to collaborate effectively with persons from various backgrounds.
- The capacity to express oneself clearly, both vocally and in writing.
- Strong problem-solving abilities, including the ability to troubleshoot challenges and devise solutions.
- Working knowledge of technology and how it may be utilized to address issues.
If you’re serious about a career in Industrial Machinery and Components, I’d urge that you explore the field’s history, present situation, and future possibilities. Once you’ve done that, consider whether it’s a suitable fit for you.
Then, expand on your study so that you’re well-prepared for the interview. Then, obtain the job – and begin working toward gaining useful work experience throughout your career. I hope this post helped you with your question Is Industrial Machinery/Components a good career path in 2022? If you still have any issues, we would love to answer that too. I hope that you choose a good career for yourself.