usi manufacturing engineering

Last Updated on July 29, 2023

Manufacturing engineers are a vital part of the marketplace and the products we use on a daily basis. Professionals in this field help companies produce high-quality goods at the most cost-efficient prices. Manufacturing engineers work in a wide range of industries, including oil, food and drinks, plastics, and pharmaceuticals.View Schools

Read more about usi manufacturing engineering, Types Of Manufacturing Engineering, industrial and manufacturing engineering salary, manufacturing engineer salary per hour, senior manufacturing engineer salary, and manufacturing engineer salary entry level.

How to Become a Manufacturing Engineer |

Types Of Manufacturing Engineering

  • 7.1 Mechanics.
  • 7.2 Kinematics.
  • 7.3 Drafting.
  • 7.4 Machine Tools and Metal Fabrication.
  • 7.5 Computer Integrated Manufacturing.
  • 7.6 Mechatronics.
  • 7.7 Textile engineering.
  • 7.8 Advanced composite materials.

What Does A Manufacturing Engineer Do?

As a manufacturing engineer in any industry, you will be involved in the entire scope of the manufacturing process. You’ll monitor different aspects of product development, make changes to production procedures, and strive to continually improve the way manufacturing operates. Companies in all industries are consistently looking for ways to increase production and profits. These companies need manufacturing engineers to come up with ways to make production more efficient and reliable, while reducing manufacturing costs.

Important Facts About Manufacturing Engineers

Key SkillsCreativity, problem-solving, mathematical aptitude, communication
Work EnvironmentOffice setting, with field visits
Professional CertificationPE (Professional Engineer); not mandatory
Similar OccupationsEngineering manager, cost estimator, health & safety engineer

Duties and Responsibilities

As a manufacturing engineer, you’re directly involved in designing, planning, and analyzing different aspects of a company’s production methods. For example, you may coordinate and make improvements to quality control or implement new strategies for product assembly. You might design better production tools or use computer-aided manufacturing software to enhance operations. You’ll also troubleshoot products for inefficiencies and make improvements throughout the process.


Bachelor’s degree programs in manufacturing engineering typically last four years and equip students with the math and science skills to solve production issues in the industry. You may take courses like engineering design and economics, manufacturing processes, calculus, and problem solving.

Master’s degree programs typically last two years beyond undergraduate programs and focus more on theory and research in the field. In such programs, you can expect to complete coursework in engineering management and analysis, experimental design and advanced computer-aided design. Many programs also require you to complete an internship or capstone project at a company or manufacturing plant.

Career Outlook

The U.S. Bureau of Labor Statistics (BLS, projects that the employment of industrial engineers, such as manufacturing engineers, will likely grow by about ten percent between 2019 and 2029. This represents faster-than-average growth compared to other occupations. Jobs were expected to open up as engineers retire or move into management positions. Another factor of the employment increase is the growing need for companies to reduce production costs and increase productivity. In May 2020, the BLS noted that industrial engineers earned a median annual salary of $88,950.

Manufacturing Engineering Salary

As of May 16, 2021, the average annual pay for a Manufacturing Engineer in the United States is $76,427 a year.

Just in case you need a simple salary calculator, that works out to be approximately $36.74 an hour. This is the equivalent of $1,470/week or $6,369/month.

While ZipRecruiter is seeing annual salaries as high as $102,500 and as low as $42,000, the majority of Manufacturing Engineer salaries currently range between $66,000 (25th percentile) to $84,500 (75th percentile) with top earners (90th percentile) making $95,000 annually across the United States. The average pay range for a Manufacturing Engineer varies greatly (by as much as $18,500), which suggests there may be many opportunities for advancement and increased pay based on skill level, location and years of experience.

Based on recent job postings on ZipRecruiter, the Manufacturing Engineer job market in both Lagos, NG and the surrounding area is very active. A Manufacturing Engineer in your area makes on average $76,427 per year, or the same as the national average annual salary of $76,427. ranks number 1 out of 50 states nationwide for Manufacturing Engineer salaries.

To estimate the most accurate annual salary range for Manufacturing Engineer jobs, ZipRecruiter continuously scans its database of millions of active jobs published locally throughout America.

Top 10 Highest Paying Cities for Manufacturing Engineer Jobs

We’ve identified 10 cities where the typical salary for a Manufacturing Engineer job is above the national average. Topping the list is Sunnyvale, CA, with Santa Cruz, CA and Santa Rosa, CA close behind in the second and third positions. Santa Rosa, CA beats the national average by $11,932 (15.6%), and Sunnyvale, CA furthers that trend with another $14,813 (19.4%) above the $76,427 average.

Significantly, Sunnyvale, CA has a very active Manufacturing Engineer job market as there are several companies currently hiring for this type of role.

With these 10 cities having average salaries higher than the national average, the opportunities for economic advancement by changing locations as a Manufacturing Engineer appears to be exceedingly fruitful.

Finally, another factor to consider is the average salary for these top ten cities varies very little at 7% between Sunnyvale, CA and Dickinson, ND, reinforcing the limited potential for much wage advancement. The possibility of a lower cost of living may be the best factor to use when considering location and salary for a Manufacturing Engineer role.

Canada Pays Its Mechanical Engineers Some of the Highest Salaries in the  World - Skilled Worker
CityAnnual SalaryMonthly PayWeekly PayHourly Wage
Sunnyvale, CA$91,240$7,603$1,755$43.87
Santa Cruz, CA$90,397$7,533$1,738$43.46
Santa Rosa, CA$88,359$7,363$1,699$42.48
Williston, ND$86,579$7,215$1,665$41.62
Manhattan, NY$86,352$7,196$1,661$41.52
Barnstable Town, MA$85,682$7,140$1,648$41.19
Cambridge, MA$85,524$7,127$1,645$41.12
San Mateo, CA$84,869$7,072$1,632$40.80
Arlington, VA$84,802$7,067$1,631$40.77
Dickinson, ND$84,283$7,024$1,621$40.52

We found at least five jobs related to the Manufacturing Engineer job category that pay more per year than a typical Manufacturing Engineer salary. Top examples of these roles include: Contract Manufacturing Manager, Director Manufacturing, and Principal Manufacturing Engineer.

Importantly, all of these jobs are paid between $24,918 (32.6%) and $42,072 (55.0%) more than the average Manufacturing Engineer salary of $76,427. If you’re qualified, getting hired for one of these related Manufacturing Engineer jobs may help you make more money than that of the average Manufacturing Engineer position.

Job TitleAnnual SalaryMonthly PayWeekly PayHourly Wage
Contract Manufacturing Manager$118,499$9,875$2,279$56.97
Director Manufacturing$110,016$9,168$2,116$52.89
Principal Manufacturing Engineer$106,846$8,904$2,055$51.37
Operations Manufacturing$102,745$8,562$1,976$49.40
Director Manufacturing Engineering$101,345$8,445$1,949$48.72

Accredited by ABET.

Bachelor of Science in Mechanical Engineering (BSME) program is Accredited by the Engineering Accreditation Commission (EAC) of ABET,

As a mechanical engineer, you conceive and design mechanical devices and systems for applications in transportation, HVAC, manufacturing, consumer products and more. From work on smaller components, such as latches on automobiles and heat exchangers in refrigerators, to larger machines, such as terrestrial vehicles and spacecraft, opportunities for you are practically everywhere.

Strength in math is essential.

Your aptitude for advanced mathematics—starting with and building on calculus—is essential to achieving any degree in engineering. See the course requirements for a baccalaureate degree in mechanical engineering.

For an engineering-related program that is less math-intensive, consider advanced manufacturing or industrial supervision. These emphasize hands-on skills in the application of machines and systems for industry.

Did you know? The median annual pay for mechanical engineers is $87,370. U.S. Bureau of Labor Statistics (2018).

Bolster your resume with experience.

As you study, apply what you learn in extracurricular engineering activities, internships and co-ops to gain a head start on a career.

  • USI’s team of engineering students designed and built a CubeSat for NASA; it was deployed into orbit in early 2019.
  • Apply for acceptance in USI’s Technology Commercialization Academy and join a student team which work to develop a marketable product for the Naval Surface Warfare Center, Crane Division.
  • Take part in the annual robotics competition sponsored by the Institute of Electrical and Electronic Engineering (IEEE). You work with fellow students to design, construct and maneuver a robot through a prescribed course. Read about USI’s 2017 championship robotics team.

In 2016, the College won funding for an advanced engineering challenge: to design, test, deploy and monitor a satellite for NASA. A team of engineering students developed the UNITE CubeSat over the span of about 30 months. Work conformed to NASA criteria, which included more than 100 tests of hardware and systems. NASA launched UNITE on a Space-X rocket in December 2018 and it was deployed from the International Space Station in January 2019. The satellite relays information on location, temperature and plasma and will do so until reentry into the atmosphere terminates its mission. In May it reached a milestone—over 100 orbits.

The Pott College of Science, Engineering, and Education offers first-rate preparation for STEM-related careers and graduate programs.

Pott College students who apply to graduate school (including medical school) have a 95% acceptance rate, while those who enter the job market have an outstanding employment record. Pott College degrees prepare you to work in fast-growing fields such as engineering, teaching, healthcare, sports management and scientific research. Many of our students have job offers waiting for them before graduation.

A STEM degree from USI gives you big advantages in the job market.

Our science, engineering and teaching degrees offer unique advantages you won’t find in most other college STEM programs. All bachelor’s degree programs in the Pott College of Science, Engineering, and Education emphasize:

  • Small class sizes. USI’s low student-to-faculty ratio ensures personalized instruction with lots of faculty face time.
  • Hands-on experience. Our science, engineering and teaching programs combine lab-intensive coursework with internships, work placements, academic research and other professional learning opportunities.
  • Superior facilities. Our multimillion-dollar science labs and engineering centers let you work directly with advanced technology—the same equipment you’ll encounter in the workplace.
  • Experienced faculty. You’ll take every course with seasoned faculty—never a graduate student.
  • Workplace preparation. In addition to building subject-matter expertise, you’ll develop analytical, problem-solving and communication skills that help you stand out in the job market.

To find out how the Pott College of Science, Engineering, and Education can prepare you for the best jobs and graduate school opportunities, contact USI Admissions at 800-467-1965.

Find the science degree, engineering degree or teaching degree that’s right for you.

The Pott College offers 24 bachelor’s degrees, three master’s degrees, and one doctorate degree. Get more information about the subject area that most interests you:

  • Biology degrees
  • Chemistry degrees
  • Engineering degrees
  • Geology and physics degrees
  • Kinesiology and sport degrees
  • Mathematics degrees
  • Teaching degrees

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