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The duties of an equipment engineer depend on one's organization or industry of employment. Typically, their responsibilities revolve around designing and developing mechanical and electronic equipment, analyzing and improving existing systems, performing customization according to customers' preferences, installing and removing attachments, and conducting regular maintenance procedures. An equipment engineer must also address issues and complaints, providing corrective measures promptly and efficiently. Furthermore, it is essential to coordinate with team members and other specialists, inspect and test new systems, and adhere to the company's policies and regulations.

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Equipment Engineer Responsibilities

Here are examples of responsibilities from real equipment engineer resumes representing typical tasks they are likely to perform in their roles.

  • Translate all the information relate to the machines in order to get accomplish to all the ISO regulations.
  • Establish better service operations and productivity by managing distributor relations with extremity MRI manufacturers in Genoa, Italy.
  • Assist with trouble-shooting and repair of CVD and PVD systems.
  • Install, align, calibrate and provide technical support on equipment automation robotic systems.
  • Perform daily SPC (statistical process control) trend monitoring to identify/troubleshoot defect/thickness issues and implementing proper actions are taken.
  • Repair and maintain equipment in etch and thin film areas.
  • Maintain and repair equipment in plasma etch and diffusion areas.
  • Calibrate, check and verify specifications for air leak testers.
  • Design, standardize and upgrade all electrical, pneumatic process instrumentation, PID, PLC.
  • Apply OS patches and upgrades on a regular basis, and upgrade administrative tools and utilities.
  • Set up and maintain FDC, SPC, ECM, TTTM and other systems for equipment troubleshooting.
  • Track and verify CVD systems down time, alarms and or facility requirements of proper gas pressures, D.I.
  • Assist in the design and implementation of a virtual environment using VMware ESX hosts, VCENTER & 3PAR SAN.
  • Work with various large corporations and government entities to quickly resolve critical and complex kernel, network, and OS issues.
  • Perform troubleshooting of desktop relate and internet issues.

Equipment Engineer Job Description

Perhaps the hardest question to answer when deciding on a career as an equipment engineer is "should I become an equipment engineer?" You might find this info to be helpful. When compared to other jobs, equipment engineer careers are projected to have a growth rate described as "as fast as average" at 4% from 2018 through 2028. This is in accordance with the Bureau of Labor Statistics. What's more, is that the projected number of opportunities that are predicted to become available for a equipment engineer by 2028 is 12,800.

Equipment engineers average about $49.42 an hour, which makes the equipment engineer annual salary $102,787. Additionally, equipment engineers are known to earn anywhere from $71,000 to $147,000 a year. This means that the top-earning equipment engineers make $76,000 more than the lowest earning ones.

As is the case with most jobs, it takes work to become an equipment engineer. Sometimes people change their minds about their career after working in the profession. That's why we looked into some other professions that might help you find your next opportunity. These professions include a mechanical engineer, mechanical design engineer, research and development engineer, and chemical engineer.

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5 Equipment Engineer Resume Examples

Equipment Engineer Skills and Personality Traits

We calculated that 4% of Equipment Engineers are proficient in Equipment Performance, Semiconductor, and High Volume. They’re also known for soft skills such as Creativity, Listening skills, and Mechanical skills.

We break down the percentage of Equipment Engineers that have these skills listed on their resume here:

  • Equipment Performance, 4%

    Produced maintenance manuals, taught maintenance training and developed daily process management procedures that improved equipment performance and reduced downtime.

  • Semiconductor, 4%

    Transformed multiple semiconductor assembly, environmental test and custom finish operations from manual equipment and handling methods to complex automated equipment.

  • High Volume, 4%

    Engineered and drove continuous improvement projects on Hitachi Metal and Poly Etch systems within a high volume manufacturing environment.

  • Project Management, 4%

    Acted in a Project Management capacity and provided technical information and support engineering at the Allen Manufacturing Facilities.

  • New Equipment, 4%

    Worked closely with equipment vendors and all manufacturing sections to coordinate new equipment arrivals into the wafer facility.

  • Preventive Maintenance, 4%

    Updated all Lithography PM (preventive maintenance) specifications, defined calibration schedules, developed and designed tooling for equipment fingerprinting.

Some of the skills we found on equipment engineer resumes included "equipment performance," "semiconductor," and "high volume." We have detailed the most important equipment engineer responsibilities below.

  • The most important skills for an equipment engineer to have in this position are creativity. In this excerpt that we gathered from a equipment engineer resume, you'll understand why: "mechanical engineers design and build complex pieces of equipment and machinery" According to resumes we found, creativity can be used by a equipment engineer in order to "managed spare parts inventory by establishing potential usage to ensure product line maintained functioning. "
  • Another commonly found skill for being able to perform equipment engineer duties is the following: listening skills. According to a equipment engineer resume, "mechanical engineers often work on projects with others, such as architects and computer scientists." Check out this example of how equipment engineers use listening skills: "communicated daily operational decisions to section managers, production managers, process engineering managers and equipment engineering managers. "
  • Equipment engineers are also known for mechanical skills, which can be critical when it comes to performing their duties. An example of why this skill is important is shown by this snippet that we found in a equipment engineer resume: "mechanical skills allow engineers to apply basic engineering concepts and mechanical processes to the design of new devices and systems." We also found this resume example that details how this skill is put to the test: "guide proposal activity for mechanical equipment such as industrial air compressors and turbines. "
  • In order for certain equipment engineer responsibilities to be completed, the job requires the skill "problem-solving skills." According to an equipment engineer resume, "mechanical engineers need good problem-solving skills to take scientific principles and discoveries and use them to design and build useful products." As an example, this snippet was taken directly from a resume about how this skill applies: "conduct design audits, failure analysis studies and issue rcfa's to identify action items for resolution of recurring reliability issues. "
  • Another common skill for an equipment engineer to be able to utilize is "math skills." Mechanical engineers use the principles of calculus, statistics, and other advanced subjects in math for analysis, design, and troubleshooting in their work. An equipment engineer demonstrated the need for this skill by putting this on their resume: "integrated logging systems into test equipment to produce first-pass yield, throughput, and failure statistics. "
  • See the full list of equipment engineer skills.

    We've found that 69.4% of equipment engineers have earned a bachelor's degree. Furthermore, 8.6% earned their master's degrees before becoming an equipment engineer. While it's true that most equipment engineers have a college degree, it's generally possible to become one with only a high school degree. In fact, one out of every eight equipment engineers did not spend the extra money to attend college.

    The equipment engineers who went onto college to earn a more in-depth education generally studied mechanical engineering and electrical engineering, while a small population of equipment engineers studied electrical engineering technology and business.

    Once you've obtained the level of education you're comfortable with, you might start applying to companies to become an equipment engineer. We've found that most equipment engineer resumes include experience from Samsung Electronics Device Solutions (Semiconductor & Display), Tesla, and GlobalFoundries. Of recent, Samsung Electronics Device Solutions (Semiconductor & Display) had 57 positions open for equipment engineers. Meanwhile, there are 44 job openings at Tesla and 41 at GlobalFoundries.

    But if you're interested in companies where you might earn a high salary, equipment engineers tend to earn the biggest salaries at Magellan Midstream Partners, Google, and Apple. Take Magellan Midstream Partners for example. The median equipment engineer salary is $156,371. At Google, equipment engineers earn an average of $155,879, while the average at Apple is $152,637. You should take into consideration how difficult it might be to secure a job with one of these companies.

    View more details on equipment engineer salaries across the United States.

    Some other companies you might be interested in as a equipment engineer include Boeing, IBM, and Motorola Solutions. These three companies were found to hire the most equipment engineers from the top 100 U.S. educational institutions.

    For the most part, equipment engineers make their living in the technology and manufacturing industries. Equipment engineers tend to make the most in the energy industry with an average salary of $128,064. The equipment engineer annual salary in the automotive and construction industries generally make $123,413 and $116,170 respectively. Additionally, equipment engineers who work in the energy industry make 24.7% more than equipment engineers in the manufacturing Industry.

    The three companies that hire the most prestigious equipment engineers are:

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    What Mechanical Engineers Do

    Mechanical Engineers oversee the development of various mechanical devices in different industries. Most of the responsibilities will revolve around crafting, improving, or designing technologies by utilizing extensive expertise in the subject; they identify and detect errors, provide in-depth analysis, and resolve issues. They are often in designated offices, but they can also work on-site and travel if necessary. Furthermore, Mechanical Engineers usually function in a group or team setting, often supervised by personnel in higher positions.

    In this section, we compare the average equipment engineer annual salary with that of a mechanical engineer. Typically, mechanical engineers earn a $23,740 lower salary than equipment engineers earn annually.

    While their salaries may differ, one common ground between equipment engineers and mechanical engineers are a few of the skills required in each craft. In both careers, employees bring forth skills like project management, new equipment, and cad.

    As far as similarities go, this is where it ends because an equipment engineer responsibility requires skills such as "equipment performance," "semiconductor," "high volume," and "preventive maintenance." Whereas a mechanical engineer is skilled in "engineering design," "electrical systems," "facility," and "engineering drawings." So if you're looking for what truly separates the two careers, you've found it.

    Mechanical engineers tend to make the most money in the professional industry by averaging a salary of $87,060. In contrast, equipment engineers make the biggest average salary of $128,064 in the energy industry.

    On average, mechanical engineers reach similar levels of education than equipment engineers. Mechanical engineers are 2.9% more likely to earn a Master's Degree and 0.7% more likely to graduate with a Doctoral Degree.

    What Are The Duties Of a Mechanical Design Engineer?

    A mechanical design engineer specializes in designing various mechanical devices that will be vital in developing machinery or large structures. One of their primary responsibilities revolves around conducting thorough research and analysis, establishing layouts and prototypes, producing progress reports, and working alongside fellow engineers and skilled professionals. Typically assigned in an office setting, a mechanical design engineer must visit construction sites or factories to test and observe equipment qualities. Furthermore, during production, there are instances when a mechanical engineer must coordinate with suppliers, contractors, and clients.

    The next role we're going to look at is the mechanical design engineer profession. Typically, this position earns a lower pay. In fact, they earn a $25,221 lower salary than equipment engineers per year.

    While the salary may be different for these job positions, there is one similarity and that's a few of the skills needed to perform certain duties. We used info from lots of resumes to find that both equipment engineers and mechanical design engineers are known to have skills such as "project management," "cad," and "technical support. "

    But both careers also use different skills, according to real equipment engineer resumes. While equipment engineer responsibilities can utilize skills like "equipment performance," "semiconductor," "high volume," and "new equipment," some mechanical design engineers use skills like "engineering design," "engineering drawings," "creo," and "gd."

    Mechanical design engineers may earn a lower salary than equipment engineers, but mechanical design engineers earn the most pay in the automotive industry with an average salary of $83,798. On the other side of things, equipment engineers receive higher paychecks in the energy industry where they earn an average of $128,064.

    When it comes to the differences in education between the two professions, mechanical design engineers tend to reach similar levels of education than equipment engineers. In fact, they're 3.1% more likely to graduate with a Master's Degree and 0.7% more likely to earn a Doctoral Degree.

    How a Research And Development Engineer Compares

    Research and development engineers generally execute research and tests on product ideas, develop new products, and perform redesigns. They are employed in many industries, including manufacturing, electrical, and science-based companies. Their duties vary and depend on the industries they work in. Responsibilities of these engineers include developing new technologies, designing products, and managing the projects until they are completed. Additionally, they lead the project team members to manage their schedules, design the project plans, and collaborate with key departments in developing new products.

    The research and development engineer profession generally makes a lower amount of money when compared to the average salary of equipment engineers. The difference in salaries is research and development engineers making $2,266 lower than equipment engineers.

    While looking through the resumes of several equipment engineers and research and development engineers we discovered that both professions have similar skills. These similarities include skills such as "project management," "new equipment," and "cad," but they differ when it comes to other required skills.

    Some important key differences between the two careers are a few of the skills necessary to fulfill responsibilities. Some examples from equipment engineer resumes include skills like "equipment performance," "semiconductor," "high volume," and "preventive maintenance," whereas a research and development engineer might be skilled in "python," "c #," "hardware," and "prototype. "

    Interestingly enough, research and development engineers earn the most pay in the technology industry, where they command an average salary of $108,600. As mentioned previously, equipment engineers highest annual salary comes from the energy industry with an average salary of $128,064.

    Research and development engineers typically study at higher levels compared with equipment engineers. For example, they're 9.7% more likely to graduate with a Master's Degree, and 3.6% more likely to earn a Doctoral Degree.

    Description Of a Chemical Engineer

    A chemical engineer provides support for chemical operations and testing new processes. The processes they successfully come up with are used to make different products from gas, oil, food, and drink. It is their job to assist in designing new chemical processes and make improvements. They implement fresh ideas to improve standard quality and efficiency. They must be good planners and schedulers of project activities to help chemical technicians to achieve their project objectives and provide technical support to maintain safe, stable, and reliable operations.

    Now, we'll look at chemical engineers, who generally average a lower pay when compared to equipment engineers annual salary. In fact, the difference is about $17,727 per year.

    According to resumes from both equipment engineers and chemical engineers, some of the skills necessary to complete the responsibilities of each role are similar. These skills include "project management," "new equipment," and "process engineering. "

    Each job requires different skills like "equipment performance," "semiconductor," "high volume," and "preventive maintenance," which might show up on an equipment engineer resume. Whereas chemical engineer might include skills like "chemistry," "facility," "co-op," and "chemical process."

    Chemical engineers earn a higher salary in the energy industry with an average of $108,961. Whereas, equipment engineers earn the highest salary in the energy industry.

    The average resume of chemical engineers showed that they earn similar levels of education to equipment engineers. So much so that the likelihood of them earning a Master's Degree is 4.2% more. Additionally, they're more likely to earn a Doctoral Degree by 2.6%.