Industrial Mechanic Job Description, Skills, and Salary
Get to know about the duties, responsibilities, qualifications, and skills requirements of an industrial mechanic. You can use our job description template in this article to produce your own. We also provide you with information about the salary you can earn as an industrial mechanic.
Who is an Industrial Mechanic?
An industrial mechanic is a person who develops, maintains, fixes, or generally takes care of various machinery in an industrial or construction context. An industrial mechanic may also go by the name of a millwright, and his or her precise job duties will depend on the environment in which they work. Industrial mechanics must understand building methods because they will likely work with several materials.
Industrial mechanics are in charge of calibrating and testing equipment to ensure it is as efficient as possible. They transport large pieces of machinery and diagnose, fix, and maintain them. To keep industrial machinery and equipment in good operating condition, they also inspect, maintain, and repair it.
Both diagnosis and repair are typical industrial mechanic duties. To determine what is keeping a machine from functioning properly, he or she must be able to read machine schematics and physically examine a machine. The mechanic will next be in charge of obtaining the parts required for the repair and doing it from start to finish. In large industrial settings, most mechanics will collaborate to maintain the machinery, and many mechanics may be tasked with ongoing maintenance on the same machines.
The industrial mechanic may disassemble the apparatus after identifying a problem to fix or replace the required components. Mechanics check a machine after a repair to ensure it is running well.
Industrial Mechanic Job Description
Below are the industrial mechanic job description examples you can use to develop your resume or write a job description for your employee. Employers can also use it to sieve out job seekers when choosing candidates for interviews.
The duties and responsibilities of the industrial mechanic include the following:
- Ensure that industrial machinery and equipment are constantly in good condition by inspecting, maintaining, and repairing them.
- Test and monitor machinery and equipment using instruments like voltmeters and other testing devices to identify problems and make repairs as necessary.
- Adjust parts, lubricate moving components as necessary to guarantee correct, effective operation, and maintain machinery and equipment by cleaning them after use.
- Check moving parts for symptoms of excessive wear, flaws, and damage every day, every week, and every month.
- Keep a record of all maintenance and repair work done, and the supplies and components used to complete the repairs.
- Place orders or ask for orders to be issued to refill materials and parts when inventory levels drop or run out.
- Follow the instructions in manufacturer manuals and plans when using or assembling recently purchased gear.
- Cut and join metal pieces using welding to construct new components, assemble machinery, or fix damaged sections as necessary.
- Work as an electro-mechanical technician automating industrial equipment, completing electrical installations, and upgrading facilities.
- Interpret schematics to diagnose tactical utility, precise power generation set, internal combustion, and related equipment problems, interpret schematics.
- Install and replace conveyor belts, pulleys, rollers, and tensioners.
- Assemble the emergency stops and guard hoods.
- Create electromechanical and electronic testing equipment daily facility and production equipment servicing and maintenance.
- Monitor the HVAC, lighting, and comfort controls.
- Use AutoCAD, create replacement components and then send them to a CNC machine.
Qualifications
- A high school certificate, GED, or its equivalent
- An associate degree in industrial maintenance or a bachelor’s in a relevant engineering course
- Experience as an apprenticeship with acquired relevant skills
Essential Skills
Here are the skills you require to excel in your role as an industrial mechanic:
- Analytical
- Customer Service
- Detail-orientation
- Hydraulics
- Inspection
- Maintenance
- Installation
- Testing
- Operations
- Repair
- Safety
- Mechanical Skill
- Preventative Maintenance
- Problem-solving
- Troubleshooting
Analytical
Analytical skill helps to assess a situation and choose the best course of action. Because industrial mechanics frequently have to troubleshoot machinery, which necessitates them to determine what’s wrong with it and how to fix it, this is a crucial talent. You can apply this skill when analyzing if a piece of new equipment will work with current gear or if adding new equipment raises any safety issues.
Customer Service
Because you often engage with clients and customers, customer service skills are crucial for every position in the industrial maintenance industry. Giving others information, responding to inquiries, and resolving problems are all parts of delivering customer service. When working on machines, you may utilize your customer service abilities to support your company by ensuring that their clients are happy with the work they provide.
Detail-orientation
The ability to pay close attention to details allows for accurate corrections. Because it enables you to diagnose, this skill may be crucial in industrial mechanic roles and it will help you save time and money for your business. Additionally, it ensures that you do duties correctly so that machines run efficiently. For instance, paying close attention to the little things could help you spot a problem immediately and address it before it results in bigger harm if a machine isn’t providing enough output.
Hydraulics
The process of employing fluid power to move machines is known as hydraulics. Industrial mechanics frequently work with hydraulics, so they must know how these systems operate and how to fix them when they break. Numerous machine operations, such as opening and shutting valves, moving components, and speed control, can be managed using hydraulics.
Inspection
This is the ability to inspect a machine and find any problems that could impact its performance. This ability can assist you in ensuring that your work satisfies client expectations and in avoiding future safety risks or expensive repairs. Any changes in look, sound, or functionality should be noted while assessing equipment so you’ll know what to anticipate when maintaining them.
Maintenance
Maintaining equipment involves maintaining it in excellent operating order. This entails doing routine inspections, changing worn components, and fixing any damage to guarantee your equipment continues to run effectively. You can apply your maintenance knowledge when diagnosing an existing machine or developing new machines. Being able to keep up with your equipment and workspace guarantees that they are secure enough for other people to use.
Installation
The ability to install and configure machinery is a component of mechanic abilities. This involves being able to build up sophisticated mechanical devices and connect electrical components. When installing new components or updating outdated models, you might also need to troubleshoot problems with the current equipment.
Testing
Testing is the process of determining if a product satisfies quality requirements. As an industrial mechanic, you can evaluate new machinery before putting it into a production line or inspect current equipment to see if it requires repair. Knowing how to run tests and analyze the data will help you spot possible mechanical problems and increase productivity.
Operations
Understanding how machines function and what steps must be taken to complete a task is known as operations. This ability can assist you in troubleshooting machinery because it necessitates understanding how each component of machine functions in concert. Understanding how various pieces of machinery work and how to utilize them correctly are also part of operations. When working on an electrical system, for instance, you need to know which parts are safe to touch to avoid electrocution.
Repair
Industrial mechanics spend a lot of their time fixing machinery and equipment. You should be able to see mechanical problems, know how to correct them, and have the equipment required to do so. This might involve fixing mechanical and electrical systems, joining metal pieces using welding or soldering, and utilizing various lubricants for various mechanical systems.
Safety
Because industrial mechanics frequently handle large, potentially dangerous pieces of gear and equipment, safety is a crucial skill. Mechanics should be able to recognize possible workplace safety dangers and take action to safeguard both their safety and the safety of those working nearby.
Mechanical Skill
Your ability to repair machines, construct equipment, and maintain machinery is known as mechanical skill. You can develop this skill through on-the-job training or mechanical engineering courses. Your mechanical knowledge also includes your tool-use proficiency. This entails having a working knowledge of various equipment kinds and how their various components interact.
Preventative Maintenance
The goal of preventative maintenance is to locate possible problems and address them before they become more serious ones. For instance, you might be able to fix a computer with a little leak before it results in more harm. In the long term, avoiding these problems can save time and money. To keep your equipment functioning effectively at home or work, you may do preventative maintenance on it.
Problem-solving
The ability to recognize and address problems that can develop in a work setting is known as problem-solving. As an industrial mechanic, you might have to deal with issues concerning your work responsibilities or tools. For instance, by figuring out the issue and coming up with a repair, you might be able to fix a broken machine. You may apply this skill as you collaborate on projects with other mechanics.
Troubleshooting
To troubleshoot is to be able to locate and fix mechanical issues. You can use this ability to keep machinery in good working order and repair it when necessary. Utilizing your understanding of mechanics to identify answers is a common part of troubleshooting. For instance, if a machine isn’t functioning correctly, you might be able to discover the problem’s root cause by looking at the machine’s parts and noting any issues that might have contributed to the malfunction.
How to Become an Industrial Mechanic
Below are steps to take to become an industrial mechanic:
Step One: Education
Though it may not always be essential, you probably should have completed high school to become an industrial mechanic.
If you wish to become an industrial mechanic, prepare early. You might want to pay careful attention in your math and science classes in high school since they can provide you with information pertinent to the role.
You can get an associate degree in industrial maintenance or a bachelor’s in a relevant engineering discipline. Those with a college degree have an edge over candidates with less education, however, there are alternative methods to become an industrial mechanic if you cannot afford such an education. The easiest way to achieve this is through an apprenticeship, which may not even cost you any money.
Step Two: Apprenticeship
For several years, an apprenticeship will assist you in becoming an industrial mechanic as you work with more seasoned industrial mechanics who will teach you the skills required to execute the job. You will learn the craft via hands-on work, with most on-the-job training. There will also be some classroom instruction where you will study the fundamentals of physics, electronics, and other related topics. You will probably earn less money throughout your industrial mechanic apprenticeship than a more seasoned technician, but you may also be qualified for health benefits or retirement savings.
You can be recruited by the business that offered the apprenticeship when it is over. As an apprentice, you must put in a lot of effort and have a strong work ethic. As a result, prospective employers will be more inclined to pay special attention to you and could even consider hiring you on a full-time basis when your apprenticeship is through.
Where to Work as an Industrial Mechanic
Industrial mechanics create plans and designs, install and commission equipment, maintain, fix problems, and decommission equipment. They can either specialize in one industry or work across many, and they can do so in various industrial settings and manufacturing facilities. They could be hired to construct and maintain manufacturing equipment at a sizable single factory or serve as subcontractors in several industrial settings. They can also work in construction and wholesale commerce. They often work on little and large projects, both inside and outside.
Industrial Mechanic Salary Scale
Industrial mechanics in the United States make, on average, $50,153 per year, or about $24.11 per hour. This equates to $964 each week or $4,179 per month. The yearly income ranges from $25,500 to $75,000, depending on the position.
The yearly average pay for industrial mechanics in the UK is £24,978, ranging from £19,760 to £36,000.
In Canada, the average annual wage for an industrial mechanic is CA$58,500 or CA$30 per hour. Most experienced professionals earn up to CA$73,807 yearly, while entry-level employees start at CA$48,750.
The average total remuneration for an entry-level industrial mechanic is €26,200 (tips, bonus, and overtime pay not included) in Germany. A more advanced industrial mechanic makes an average annual salary of €54,000.
In Australia, the average annual wage for industrial maintenance is AU$79,950 or AU$41 per hour.
In Dublin, Ireland, the average gross pay for industrial mechanics is €52,944, or €25 per hour. Additionally, they receive a €927 bonus on average. An entry-level industrial mechanic typically makes €38,629 per year. On the other hand, an industrial mechanic at the senior level makes an average pay of €64,867.
Salary ranges can vary significantly based on various crucial aspects, including schooling, credentials, skills, and the length of time you’ve been working in a given field.
