With the economy still being shaky, many people are looking for ways to make extra money. Industrial machinery/components is a good career path. With so many companies looking for qualified employees, there are several opportunities out there for those who are looking. If you are looking for good-paying jobs in industrial machinery/components, then you have come to the right place. This sector will help you have a good career path and a good salary.
Best-paying jobs in industrial machinery/components
The industrial machinery and components sector always requires plenty of employees. If you want to take a position in this field, check out some of the best-paid job options:
1. Crane Operators
Crane operators in the industrial machinery sector are responsible for many things. They must complete the safe, efficient, and timely movement of various types of heavy equipment. It includes cranes, hoists, and elevators. When you’re in this job, you will be overseeing the transport of materials or equipment from one point to another. Moreover, you may have to use a variety of lifting and moving equipment to transport loads from one place to another. The operator must also maintain the load’s position and avoid collisions with other objects or personnel.
2. Research and Development Engineers
Research and development engineers work in industrial machinery sectors. Such as aerospace, automotive, construction, manufacturing, mining, oil, and gas. They often work on the design of new products or their improvement. Industrial machinery sector research and development engineers are usually required to have a bachelor’s degree in engineering or science. Moreover, they need at least five years of experience working in the same field.
3. Machine Tool Engineer
Machine Tool Engineers design, build, and maintain industrial machines, including machining centers, lathes, CNC routers, and more. They must understand complex machine drawings and operate sophisticated machines. Machine Tool Engineers earn an average salary of $91,360. Once you get more experience in this field, your pay scale will increase even more.
4. Production Engineer
Production Engineers have the role of ensuring that the products are manufactured within the required specifications and on time. They collaborate with manufacturing teams in the development of production plans, quality standards, and troubleshooting production problems. The salary range of Production Engineers is usually $101,520.
5. Tool & Die Maker
Tool & Die Makers are people who utilize very varied types of precision tools and dies in order to make metal parts. They should possess much skill in working with metals, and they should be able to read and comprehend complicated drawings. The average salary of Tool and Die Makers is calculated at $87,420.
6. Industrial Engineer
The task of designing and managing industrial plants is the role of industrial engineers. They should possess an excellent engineering background and should possess the ability to think outside the box. The average salary of the Industrial Engineers is $106,530. Your pay will also be determined by your experience, knowledge, among other factors.
7. Engineer, Manufacturing
Manufacturing Engineers are responsible for the design and management of manufacturing plants. They must have a strong background in engineering. Moreover, they must know how to work with other departments throughout the manufacturing process. Engineering Engineers with a Manufacturing specialization earn an average salary of $112,480.
8. Transportation Manager
A transportation manager is responsible for all aspects of transportation within an organization. Whether it is purchasing and maintaining fleet vehicles to issuing tickets and resolving disputes, they handle it all. Being a transportation manager, you can earn a good amount of salary.
What education is required to work in industrial machinery/components?
A high school diploma or equivalent is required to work with industrial machinery/components. Certain special training can, however, be necessary based on the job you are doing. As we will see, a large number of the laborers in the manufacturing sector require education on metalworking, tooling, and manufacturing.
You may also be required to be certified for certain positions. For example, workers in the transportation and logistics industry need a commercial driver’s license. In addition, many industrial machinery/components jobs require certification in safety and health. For example, workers in the environmental protection and safety industries need certification in occupational safety and health.
How to get started in industrial machinery/components?
In industrial machinery and components, there are many different types of jobs that you can get started. Such jobs may be manufacturing and assembly jobs, to engineering and management jobs. There is no better method of determining the kind of job that fits you than conducting some research. You can read it online, or you can talk to people who work in the field.
After deciding what kind of work suits you, it will be time to embark on some training. This may be useful in online courses or face-to-face training. Make sure you are aware of any required licenses, certifications, and high school diplomas. You will have to learn about any health and safety requirements.
Once you’ve completed your training, it’s time to start your career in industrial machinery and components. You’ll need to find an employer who will give you a job, and you’ll need to start working. Be prepared to work long hours, and be sure to keep up with the latest technologies.
Industrial machinery/components career advice
There are many different and varied industrial machinery/components careers out there. Whether you’re looking to work in a factory, construction site, or some other industrial setting. There is something for everyone. The best way to find the right career is by doing some research.
Some of the best-paying industrial machinery/components careers include plant managers, technicians, engineers, and production specialists. To be successful in any of these careers, it’s important to have a good understanding of the machines you’re working with. How they work, and how to troubleshoot issues.
It’s also important to communicate with other employees and supervisors. You need to walk on your feet and work with a different team every time. If you have the passion and the drive to work in industrial machinery/components, it is best to choose a good option. It is best to have one of these careers that can be a great fit for you.
Is industrial machinery/components a good career path?
Work in the industrial machinery or parts is full of advantages, but it also has disadvantages. It has diverse employment opportunities in design, engineering, production, and maintenance, which allow people to work in a diverse array of settings and industries, including energy, automotive, aerospace, and more. The industry is said to be innovative, and practitioners are always coming up with tools and technologies that would improve security and productivity.
The number of career development and, level of job satisfaction are increased by working on large projects and other specialists in different fields. Manual character of the job can also bring enjoyment to those who like working with their hands and skills that could be used in other jobs.
Some pitfalls should also be borne in mind. Closely related to it is the ability to work under heavy machinery and electric hazards that can cause accidents at the workplace, thus demanding strict instructions regarding safety issues. The work is physically demanding because it requires lifting, working on machines, and sometimes tough conditions. Excessive exposure to hazardous products and monotonous work may also present problems. To be in line with new technologies, there is always the need to learn.
How many jobs are available in industrial machinery/components?
There are hundreds of industrial machinery and component-related job vacancies in the UK right now. For instance, LinkedIn alone lists about 909 positions for machinery engineers, including manufacturing, field service, and mechanical design engineering, among others. Additionally, other platforms like Indeed and Aurawoo are continuously recruiting for a number of positions, including those for machine component installers, maintenance technicians, automation engineering technicians, and plant engineers. There are a variety of work prospects in this field throughout different locations, such as Manchester, Leicestershire, London, and others.
How will Industry 4.0 change vacancy numbers by 2030?
It is projected that by 2030, Industry 4.0 will have a significant change in the number and nature of vacancies. The overall impact of the changes is most likely to be positive, with net job gains relative to job losses due to a higher rate of job creation than job loss, particularly the high-order, cognitive-demanding, technologically skilled, and emotionally intelligent jobs, although some manual and routine jobs will be replaced by automation and artificial intelligence. By the year 2030, robots will dominate at least 20 million manufacturing jobs, leaving people with the alternative of taking up the job opportunities that require more responsibility, critical thought, and advanced problem-solving capabilities.
The World Economic Forum claims that it is not the end of jobs with the transition to Industry 4.0, but on behalf of the fact that the number of jobs created during the era will exceed the number of jobs lost. Simple reading, simple numeracy, and simple repetitive manual jobs will decrease in demand, whereas complex thinking, intelligent forms of cognitive processing, and social-emotional skills will increase.
Given that the displaced workers will require re-skilling and continuous learning to perform in new roles created by the emergence of Industry 4.0, the outcomes of such a highly ambitious goal require considerable investments to be made in current training and future upskilling processes. Industry 4.0 implementation would potentially lead to high levels of productivity and the generation of new and high-quality jobs by 2030, yet the timely development of relevant skills and educational reform is key to success.
How reduce UK vacancies in industrial machinery by 2030?
The manufacturing and industrial machinery occupations have been forecasted as deeply affected by automation and robotics in the UK through to the year 2030. By the early 2030s, it is estimated that manufacturing occupations involving property industrial machinery could automate up to 30 percent of the jobs. This means that in the UK manufacturing sector, robotics and artificial intelligence might replace several hundred thousand people. Although the precise number for industrial machinery jobs alone is unknown, it may be significant considering the size of the manufacturing workforce.
Automation will replace many manual and repetitive tasks, but it may also create new employment in tech-focused, higher-skilled positions like robot maintenance and AI system administration, according to reports from PwC and Oxford Economics. Because of the creation of new jobs in less automatable industries, the UK employment rate has historically stayed strong despite job losses brought on by technological advancements.