A quality engineer's responsibilities include ensuring that the manufacturing processes are efficient and accurate, documenting findings that would raise concerns, conducting quality tests while observing parameters, and implementing changes as necessary to meet the highest quality standards. Quality engineers need to have excellent problem-solving and observation skills to detect any irregularities and possible malfunctions. They also must be able to communicate effectively with the clients for feedbacks and corrective adjustments, address complaints, and immediately resolve any inconsistencies made.

Quality Engineer Responsibilities

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

  • Lead internal and customer 8D iniatives using the 6-Sigma DMAIC approach to problem solving.
  • Manage and develop QA lab personnel, ensuring reliable food safety and manufacturing quality support.
  • Manage information for Mercedes W166 program to/from SQE's, program team, site staff, and customer.
  • Manage aerospace resolver manufacturing transfer from out-of-state acquisition.
  • Lead multinational technical team through planning and execution phases of the quality and reliability assessment program.
  • Demonstrate expertise in managing physical and virtual resources using Jenkins infrastructure to efficiently execute automate tests while logging results.
  • Provide validation support by applying manufacturing quality tools like FMEA, DFMEA, OQ, PQ, control plans, SPC.
  • Assist in implementing quality standards and audit procedures to renew ISO certification.
  • Compile and review PPAP and APQP documentation including dimensional measurement data for customer submission.
  • Use MiniTab to run design of experiments.
Quality 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.
Problem-solving skills is the way that one is able to effectively solve a problem in a timely manner.

Quality Engineer Job Description

Perhaps the hardest question to answer when deciding on a career as a quality engineer is "should I become a quality engineer?" You might find this info to be helpful. When compared to other jobs, quality engineer careers are projected to have a growth rate described as "faster than average" at 8% 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 quality engineer by 2028 is 23,800.

On average, the quality engineer annual salary is $74,328 per year, which translates to $35.73 an hour. Generally speaking, quality engineers earn anywhere from $58,000 to $94,000 a year, which means that the top-earning quality engineers make $36,000 more than the ones at the lower end of the spectrum.

It's hard work to become a quality 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 an auditor/quality, product development engineer, process engineer, and project engineer.

Quality Engineer Jobs You Might Like

Quality Engineer Resume Examples

Quality Engineer Skills and Personality Traits

We calculated that 8% of Quality Engineers are proficient in Product Quality, Continuous Improvement, and ISO. They’re also known for soft skills such as Creativity, Listening skills, and Problem-solving skills.

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

  • Product Quality, 8%

    Verify all Certificates of Conformity, ensure a clear understanding, interpretation of engineering drawing, process specifications and product quality.

  • Continuous Improvement, 6%

    Involved in customer relationship engineering for quality assurance where customer complaints were analyzed through continuous improvement activities (Value Analysis).

  • ISO, 5%

    Spearheaded ISO 9002 registration for one manufacturing facility and served as a key contributor for registering 2 additional locations.

  • Quality Standards, 5%

    Provide quality and inspection requirements to purchase orders to outsourced processes to ensure vendors comply with quality standards and customer requirements.

  • Data Analysis, 4%

    Provided statistical expertise and data analysis for projects involving the design, development, or validation of new or existing products/processes.

  • Sigma, 4%

    Implemented use of six sigma tools by production personnel to monitor manufacturing process health and identify continuous improvement opportunities.

Some of the skills we found on quality engineer resumes included "product quality," "continuous improvement," and "iso." We have detailed the most important quality engineer responsibilities below.

  • Creativity can be considered to be the most important personality trait for a quality engineer to have. According to a quality engineer resume, "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." Quality engineers are able to use creativity in the following example we gathered from a resume: "review & approve device history records for release of finish goods to inventory participate in iso/internal/corporate & fda audits. "
  • Another trait important for fulfilling quality engineer duties is listening skills. According to a quality 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 quality engineers are able to utilize listening skills: "communicated directly with fda and iso regarding field corrections and removals and responses to audit findings. "
  • Problem-solving skills is also an important skill for quality engineers to have. This example of how quality engineers use this skill comes from a quality engineer resume, "in designing facilities for manufacturing and processes for providing services, these engineers deal with several issues at once, from workers’ safety to quality assurance." Read this excerpt from a resume to understand how vital it is to their everyday roles and responsibilities, "documented, investigated, and resolved customer complaints in siebel per fda quality system regulations and department procedures. "
  • In order for certain quality engineer responsibilities to be completed, the job requires the skill "speaking skills." According to a quality engineer resume, "industrial engineers sometimes have to explain their instructions to production staff or technicians before they can make written instructions available" As an example, this snippet was taken directly from a resume about how this skill applies: "addressed fda response letters concerning validating and acceptance criteria for attaching the mcs. "
  • As part of the quality engineer description, you might find that one of the skills that might be helpful to the job is "writing skills." A quality engineer resume included this snippet: "industrial engineers must prepare documentation for other engineers or scientists, or for future reference" This skill could be useful in this scenario: "demonstrated regulatory knowledge through writing effective fda and moh responses. "
  • While "math skills" is listed last on this skills list, don't underestimate its importance to quality engineer responsibilities. The skill is described by this resume snippet, "industrial engineers use the principles of calculus, trigonometry, and other advanced topics in mathematics for analysis, design, and troubleshooting in their work." Here is an example of how this skill is used, "develop quality plans, procedures using statistical quality control statistics, lean manufacturing concepts, six-sigma tools and analyses. "
  • See the full list of quality engineer skills.

    After discovering the most helpful skills, we moved onto what kind of education might be helpful in becoming a quality engineer. We found that 70.3% of quality engineers have graduated with a bachelor's degree and 12.7% of people in this position have earned their master's degrees. While most quality engineers have a college degree, you may find it's also true that generally it's possible to be successful in this career with only a high school degree. In fact, our research shows that one out of every eight quality engineers were not college graduates.

    Those quality engineers who do attend college, typically earn either mechanical engineering degrees or business degrees. Less commonly earned degrees for quality engineers include electrical engineering degrees or industrial engineering degrees.

    Once you've obtained the level of education you're comfortable with, you might start applying to companies to become a quality engineer. We've found that most quality engineer resumes include experience from Aerotek, Abbott Laboratories, and Danaher. Of recent, Aerotek had 46 positions open for quality engineers. Meanwhile, there are 29 job openings at Abbott Laboratories and 28 at Danaher.

    But if you're interested in companies where you might earn a high salary, quality engineers tend to earn the biggest salaries at Salesforce, Live Nation Entertainment, and Dell. Take Salesforce for example. The median quality engineer salary is $116,493. At Live Nation Entertainment, quality engineers earn an average of $115,247, while the average at Dell is $114,550. You should take into consideration how difficult it might be to secure a job with one of these companies.

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

    If you earned a degree from the top 100 educational institutions in the United States, you might want to take a look at General Electric, Lockheed Martin, and Boston Scientific. These three companies have hired a significant number of quality engineers from these institutions.

    The industries that quality engineers fulfill the most roles in are the manufacturing and technology industries. But the highest quality engineer annual salary is in the technology industry, averaging $85,351. In the health care industry they make $82,059 and average about $72,935 in the manufacturing industry. In conclusion, quality engineers who work in the technology industry earn a 17.6% higher salary than quality engineers in the automotive industry.

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

      What Auditor/Qualitys Do

      A quality auditor is responsible for inspecting the company's services and products, ensuring its adherence to business requirements and internal regulations. Quality auditors analyze the efficiency of operational functions and production processes to maintain high-quality deliverables with the utmost consideration for the safety and security of the production staff. They run quality checks for the outputs, create findings reports, and strategize methodologies to enhance stability by utilizing standard testing parameters. A quality auditor must have excellent communication and organizational skills, as they may also recommend opportunities to generate more resources and increase revenues.

      In this section, we compare the average quality engineer annual salary with that of an auditor/quality. Typically, auditors/quality earn a $48,898 lower salary than quality engineers earn annually.

      While their salaries may differ, one common ground between quality engineers and auditors/quality are a few of the skills required in each craft. In both careers, employees bring forth skills like product quality, corrective actions, and continuous improvement.

      There are some key differences in responsibilities as well. For example, a quality engineer responsibilities require skills like "data analysis," "supplier performance," "process control," and "control plans." Meanwhile a typical auditor/quality has skills in areas such as "medicaid," "powerpoint," "regulatory agencies," and "medical records." This difference in skills reveals how truly different these two careers really are.

      Auditors/quality tend to make the most money in the automotive industry by averaging a salary of $36,589. In contrast, quality engineers make the biggest average salary of $85,351 in the technology industry.

      The education levels that auditors/quality earn is a bit different than that of quality engineers. In particular, auditors/quality are 17.9% less likely to graduate with a Master's Degree than a quality engineer. Additionally, they're 0.1% less likely to earn a Doctoral Degree.

      What Are The Duties Of a Product Development Engineer?

      A Product Development Engineer is responsible for creating and testing new product designs. They collaborate with market researchers to evaluate market needs, existing competition, and potential costs.

      Now we're going to look at the product development engineer profession. On average, product development engineers earn a $1,367 higher salary than quality engineers a year.

      Not everything about these jobs is different. Take their skills, for example. Quality engineers and product development engineers both include similar skills like "product quality," "corrective actions," and "iso" on their resumes.

      In addition to the difference in salary, there are some other key differences that are worth noting. For example, quality engineer responsibilities are more likely to require skills like "continuous improvement," "quality standards," "quality system," and "supplier performance." Meanwhile, a product development engineer might be skilled in areas such as "product development," "cad," "solidworks," and "project management." These differences highlight just how different the day-to-day in each role looks.

      Product development engineers may earn a higher salary than quality engineers, but product development engineers earn the most pay in the technology industry with an average salary of $84,575. On the other side of things, quality engineers receive higher paychecks in the technology industry where they earn an average of $85,351.

      When it comes to the differences in education between the two professions, product development engineers tend to reach higher levels of education than quality engineers. In fact, they're 7.3% more likely to graduate with a Master's Degree and 0.1% more likely to earn a Doctoral Degree.

      How a Process Engineer Compares

      A Process Engineer is responsible for coming up with innovative ways to process particular raw materials into different kinds of products. They can also modify various existing machines or maintain their quality by monitoring its functions and conducting tests and examinations. A Process Engineer must do numerous analyses and research to gather data that would help determine possible improvements or decisions to uphold. Furthermore, A Process Engineer also has the task of procuring and installing new equipment, collecting and interpreting data, assessing risks, and ensuring that tasks are done safely.

      The process engineer profession generally makes a higher amount of money when compared to the average salary of quality engineers. The difference in salaries is process engineers making $4,572 higher than quality engineers.

      Using quality engineers and process engineers resumes, we found that both professions have similar skills such as "product quality," "corrective actions," and "continuous improvement," but the other skills required are very different.

      As mentioned, these two careers differ between other skills that are required for performing the work exceedingly well. For example, gathering from quality engineers resumes, they are more likely to have skills like "quality system," "supplier performance," "process control," and "management system." But a process engineer might have skills like "procedures," "facility," "project management," and "troubleshoot."

      Additionally, process engineers earn a higher salary in the technology industry compared to other industries. In this industry, they receive an average salary of $94,006. Additionally, quality engineers earn an average salary of $85,351 in the technology industry.

      Process engineers are known to earn similar educational levels when compared to quality engineers. Additionally, they're 1.4% more likely to graduate with a Master's Degree, and 3.4% more likely to earn a Doctoral Degree.

      Description Of a Project Engineer

      A Project Engineer develops the plan that the entire team or company will undertake. The project engineer develops the plans, strategies, and goals of a project and then gives it to the management for approval and allocation. The Project Engineer will also recommend material, equipment, and the type of personnel needed. This position is integral in the smooth flow of any project, so hiring someone to hold this position will decide the success of a project.

      The fourth career we look at typically earns lower pay than quality engineers. On average, project engineers earn a difference of $5,919 lower per year.

      According to resumes from both quality engineers and project engineers, some of the skills necessary to complete the responsibilities of each role are similar. These skills include "iso," "sigma," and "fmea. "

      Even though a few skill sets overlap, there are some differences that are important to note. For one, a quality engineer might have more use for skills like "product quality," "corrective actions," "continuous improvement," and "quality standards." Meanwhile, some project engineers might include skills like "project management," "construction projects," "autocad," and "submittals" on their resume.

      Now, let's take a closer look at the financials in each career. The energy industry tends to pay more for project engineers with an average of $85,618. While the highest quality engineer annual salary comes from the technology industry.

      Project engineers reach similar levels of education when compared to quality engineers. The difference is that they're 2.1% more likely to earn a Master's Degree more, and 0.9% more likely to graduate with a Doctoral Degree.