A production engineer is responsible for monitoring the production operations, ensuring everyone's adherence to safety protocols, and evaluating the staff's performance, strategizing on maximizing productivity to deliver efficient results that would drive revenues and increase profitability. Production engineers inspect the reliability of production equipment and machinery, conducting preventive maintenance, and repair inconsistencies to prevent production delays. They also identify areas of improvement with the manufacturing processes and escalate best practices for improvement. A production engineer must be knowledgeable about technological advancements and incorporate ideas to minimize costs without sacrificing the quality of services.

Production Engineer Responsibilities

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

  • Prepare tooling and gauging for CNC turning centers, manage the tooling cabinets, and rapport with vendors for tool sharpening.
  • Complete DMAIC project and 8D that lead to the resolution of vibration issue, project result in a $2M save.
  • Lead work cells to become a team; Harmonize/unite/motivate assembly personnel using Kaizen approach.
  • Have prepared and used FMEA, PPAP documents and perform MSA studies.
  • Receive windows, doors and trim from transfer trucks and place in specific locations.
  • Support the establishment of current DMAIC document and statistical attachments as part of team.
  • Direct and train an improvement team in six sigma methodology to deliver 300K in annual savings.
  • Prepare sheet metal designs, sigma drawings, fix production problems, verify quality requirements are fallow.
  • Develop and mentore a rapidly growing group of production engineers engage in several DoD and NASA research programs.
  • Modify PLC programs and add error proofing for the addition of new part models to assembly and CNC machining lines.
Production Engineer Traits
Creativity involves thinking about a task or problem in an entirely new or different light.
Listening is an important part of the communication process as it allows you to understand information.
Math skills include being able to perform basic addition and subtraction, as well as solving for the unknown and visualizing data that will be helpful in the workplace.

Production Engineer Job Description

Between the years 2018 and 2028, production engineer jobs are expected to undergo a growth rate described as "faster than average" at 8%, according to the Bureau of Labor Statistics. So if the thought "should I become a production engineer?" Has crossed your mind, maybe you should take the growth rate into account. In addition, the number of production engineer opportunities that are projected to become available by 2028 is 23,800.

A production engineer annual salary averages $76,193, which breaks down to $36.63 an hour. However, production engineers can earn anywhere from upwards of $55,000 to $103,000 a year. This means that the top-earning production engineers make $48,000 more than the lowest-earning ones.

It's hard work to become a production engineer, but even the most dedicated employees consider switching careers from time to time. Whether you're interested in a more challenging position or just looking for a fresh start, we've compiled extensive information on becoming a chemical engineer, development engineer, engineer, and equipment engineer.

Production Engineer Jobs You Might Like

Production Engineer Resume Examples

Production Engineer Skills and Personality Traits

We calculated that 8% of Production Engineers are proficient in Continuous Improvement, Technical Support, and Sigma. They’re also known for soft skills such as Creativity, Listening skills, and Math skills.

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

  • Continuous Improvement, 8%

    Conducted time studies and created continuous improvement studies, creating benchmarks in the cell manufacturing processes and identify process improvement opportunities.

  • Technical Support, 5%

    Prioritized/balanced demanding technical support workload for a printed circuit board work center and development of hybrid circuit work center.

  • Sigma, 5%

    Completed Green Belt-equivalent Six Sigma training and offered cost savings through batch composition optimization and reduction in operational occurrences.

  • Process Control, 4%

    Monitored important parameters of the plant on a daily basis and identified deviations, fine-tuned process controls and suggested corrective measures.

  • Production Process, 4%

    Developed operational specifications and managed production process integrity.

  • CAD, 4%

    Supported engineers with vehicle study projects including panel gap analysis and vehicle dimension calculation with CAD software.

"continuous improvement," "technical support," and "sigma" aren't the only skills we found production engineers list on their resumes. In fact, there's a whole list of production engineer responsibilities that we found, including:

  • The most important skills for a production engineer to have in this position are creativity. In this excerpt that we gathered from a production engineer resume, you'll understand why: "industrial engineers use creativity and ingenuity to design new production processes in many kinds of settings in order to reduce the use of material resources, time, or labor while accomplishing the same goal." According to resumes we found, creativity can be used by a production engineer in order to "developed global system for raw materials inventory control. "
  • Another trait important for fulfilling production engineer duties is listening skills. According to a production engineer resume, "these engineers often operate in teams, but they also must solicit feedback from customers, vendors, and production staff." Here's an example of how production engineers are able to utilize listening skills: "communicated with raw material vendors on forecast and quality, assuring raw materials are received on -time and available for production. "
  • Another skill that is quite popular among production engineers is math skills. This skill is very critical to fulfilling every day responsibilities as is shown in this example from a production engineer resume: "industrial engineers use the principles of calculus, trigonometry, and other advanced topics in mathematics for analysis, design, and troubleshooting in their work." This example from a resume shows how this skill is used: "design tools: orcad, autocad, pads, solidworks, pspice, mathcad"
  • A production engineer responsibilities sometimes require "problem-solving skills." The responsibilities that rely on this skills are shown by this resume excerpt: "in designing facilities for manufacturing and processes for providing services, these engineers deal with several issues at once, from workers’ safety to quality assurance." This resume example shows how this skill is used by production engineers: "proposed storage solution options based on customers technical requirements; forecasted required project inventory levels and obtained raw materials. "
  • As part of the production engineer description, you might find that one of the skills that might be helpful to the job is "speaking skills." A production engineer resume included this snippet: "industrial engineers sometimes have to explain their instructions to production staff or technicians before they can make written instructions available" This skill could be useful in this scenario: "used expert knowledge of sap wms system to solve problem, developed efficiency opportunities and addressed customer requirements. "
  • Lastly, this career requires you to be skillful in "writing skills." According to production engineer resumes, "industrial engineers must prepare documentation for other engineers or scientists, or for future reference." This resume example highlights how production engineer responsibilities rely on this skill: "report writing of raw materials usage semi finished goods and finished goods.11. "
  • See the full list of production engineer skills.

    We've found that 76.0% of production engineers have earned a bachelor's degree. Furthermore, 9.4% earned their master's degrees before becoming a production engineer. While it's true that most production engineers have a college degree, it's generally possible to become one with only a high school degree. In fact, one out of every nine production engineers did not spend the extra money to attend college.

    Those production engineers who do attend college, typically earn either mechanical engineering degrees or chemical engineering degrees. Less commonly earned degrees for production engineers include electrical engineering degrees or petroleum engineering degrees.

    Once you've obtained the level of education you're comfortable with, you might start applying to companies to become a production engineer. We've found that most production engineer resumes include experience from Facebook, Catalent, and Apple. Of recent, Facebook had 72 positions open for production engineers. Meanwhile, there are 9 job openings at Catalent and 3 at Apple.

    If you're interested in companies where production engineers make the most money, you'll want to apply for positions at Suncor Energy, The Walt Disney Company, and EXCO Resources. We found that at Suncor Energy, the average production engineer salary is $138,664. Whereas at The Walt Disney Company, production engineers earn roughly $129,839. And at EXCO Resources, they make an average salary of $129,256.

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

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

    For the most part, production engineers make their living in the manufacturing and energy industries. Production engineers tend to make the most in the energy industry with an average salary of $116,276. The production engineer annual salary in the manufacturing and retail industries generally make $88,337 and $85,458 respectively. Additionally, production engineers who work in the energy industry make 55.6% more than production engineers in the automotive Industry.

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

      What Chemical Engineers Do

      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.

      In this section, we take a look at the annual salaries of other professions. Take chemical engineer for example. On average, the chemical engineers annual salary is $2,595 lower than what production engineers make on average every year.

      While the salaries between these two careers can be different, they do share some of the same responsibilities. Employees in both production engineers and chemical engineers positions are skilled in technical support, sigma, and process control.

      There are some key differences in responsibilities as well. For example, a production engineer responsibilities require skills like "continuous improvement," "cad," "solidworks," and "java." Meanwhile a typical chemical engineer has skills in areas such as "chemistry," "facility," "co-op," and "data analysis." This difference in skills reveals how truly different these two careers really are.

      Chemical engineers tend to make the most money in the construction industry by averaging a salary of $105,123. In contrast, production engineers make the biggest average salary of $116,276 in the energy industry.

      The education levels that chemical engineers earn is a bit different than that of production engineers. In particular, chemical engineers are 3.1% less likely to graduate with a Master's Degree than a production engineer. Additionally, they're 7.4% more likely to earn a Doctoral Degree.

      What Are The Duties Of a Development Engineer?

      A Development Engineer is responsible for the development and validation of products, systems, and components. They are also responsible for quality control of work and continuous improvement of engineer activities.

      The next role we're going to look at is the development engineer profession. Typically, this position earns a higher pay. In fact, they earn a $4,285 higher salary than production 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 production engineers and development engineers are known to have skills such as "technical support," "sigma," and "cad. "

      While some skills are similar in these professions, other skills aren't so similar. For example, several resumes showed us that production engineer responsibilities requires skills like "continuous improvement," "process control," "production process," and "new equipment." But a development engineer might use skills, such as, "python," "c #," "software development," and "javascript."

      On average, development engineers earn a higher salary than production engineers. There are industries that support higher salaries in each profession respectively. Interestingly enough, development engineers earn the most pay in the technology industry with an average salary of $102,147. Whereas, production engineers have higher paychecks in the energy industry where they earn an average of $116,276.

      In general, development engineers study at higher levels of education than production engineers. They're 7.9% more likely to obtain a Master's Degree while being 7.4% more likely to earn a Doctoral Degree.

      How an Engineer Compares

      Engineers are highly trained professionals who determine the feasibility of various projects, usually related to the construction industry. They are considered experts in mathematics and science, two disciplines that they need to use in designing and coming up with plans for projects. They should also be well-versed in different construction or industrial materials, and they ensure that appropriate materials are used for the project. They also ensure that the projects meet the requirements of the groups that hired them. They create spaces that would both address the needs of the end-users and the industry standards. They also ensure that the projects they make would stand the test of time.

      Let's now take a look at the engineer profession. On average, these workers make lower salaries than production engineers with a $4,512 difference per year.

      While looking through the resumes of several production engineers and engineers we discovered that both professions have similar skills. These similarities include skills such as "technical support," "cad," and "solidworks," but they differ when it comes to other required skills.

      There are many key differences between these two careers as shown by resumes from each profession. Some of those differences include the skills required to complete responsibilities within each role. As an example of this, a production engineer is likely to be skilled in "continuous improvement," "sigma," "process control," and "production process," while a typical engineer is skilled in "python," "cloud," "c++," and "c #."

      Interestingly enough, engineers earn the most pay in the technology industry, where they command an average salary of $94,633. As mentioned previously, production engineers highest annual salary comes from the energy industry with an average salary of $116,276.

      When it comes to education, engineers tend to earn similar education levels than production engineers. In fact, they're 1.2% less likely to earn a Master's Degree, and 2.3% less likely to graduate with a Doctoral Degree.

      Description Of an Equipment Engineer

      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.

      Equipment engineers tend to earn a higher pay than production engineers by about $1,671 per year.

      According to resumes from both production engineers and equipment engineers, some of the skills necessary to complete the responsibilities of each role are similar. These skills include "continuous improvement," "technical support," and "sigma. "

      Even though a few skill sets overlap, there are some differences that are important to note. For one, a production engineer might have more use for skills like "production process," "java," "capital projects," and "afe." Meanwhile, some equipment engineers might include skills like "equipment performance," "semiconductor," "high volume," and "project management" on their resume.

      Equipment engineers earn a higher salary in the energy industry with an average of $98,309. Whereas, production engineers earn the highest salary in the energy industry.

      Equipment engineers reach lower levels of education when compared to production engineers. The difference is that they're 6.4% more likely to earn a Master's Degree less, and 0.0% more likely to graduate with a Doctoral Degree.