Industrial Production Technologies Degree
Students study manufacturing processes, production planning, industrial automation, and quality management systems used in modern factories and production facilities. Graduates typically pursue careers as production technicians, manufacturing supervisors, process improvement specialists, and industrial maintenance managers. Hands-on manufacturing skills are in strong demand as American industry invests in advanced production technologies.
What Industrial Production Technologies Graduates Do
This degree prepares you to build, maintain, and improve the systems that make modern manufacturing happen. You could spend your days as a welder, physically fusing metal components for everything from bridges to pipelines. Or, as an electrical engineering technician, you’ll work with engineers to build and test prototypes for new electronic devices. In the rapidly expanding semiconductor industry, you’ll operate complex machinery within sterile cleanrooms to fabricate the microchips powering our world.
Careers often begin with mastering specific equipment and hands-on processes. With experience, you can advance to supervising a production team, managing quality control, or becoming a senior technician responsible for complex diagnostics. While growth in some traditional roles is steady, demand in areas like semiconductor processing is surging. A key advantage of this field is its resilience to automation; the core work requires physical skill and on-site problem-solving. This means AI has a limited impact on most day-to-day jobs, offering a level of security many desk jobs cannot.
Common Career Paths
Where Industrial Production Technologies graduates typically work, ranked by salary. Salary ranges show 25th–75th percentile spread. This field has roughly 69,900 combined openings per year.
| Career Path | Salary Range | Openings/yr | Growth | AI Risk |
|---|---|---|---|---|
| Engineering technologists and technicians, except drafters, all other | 5,700 | +1.5% | 24% | |
| Electrical and electronic engineering technologists and technicians | 8,400 | +0.6% | 41% | |
| Industrial engineering technologists and technicians | 6,300 | +1.7% | 39% | |
| Semiconductor processing technicians | 3,900 | +10.9% | 23% | |
| Welders, cutters, solderers, and brazers | 45,600 | +2.2% | 9% |
Source: BLS Occupational Employment & Wage Statistics, May 2024. Salary range shows 25th–median–75th percentile (national).
Best Schools for Industrial Production Technologies
Top 20 of 48 schools ranked by DegreeOutlook Score. Click any row for full AI scenario analysis and earnings projections.
| # | School | DW Score | Earnings | ROI |
|---|---|---|---|---|
| 1 | Weber State University Ogden, UT |
72 72–73 |
$75,281/yr | 35.3x |
| 2 | Lamar University Beaumont, TX |
71 70–71 |
$84,746/yr | 21.8x |
| 3 | Purdue University-Main Campus West Lafayette, IN |
70 69–70 |
$68,582/yr | 21.2x |
| 4 | Ferris State University Big Rapids, MI |
69 68–69 |
$78,820/yr | 15.7x |
| 5 | University of Northern Iowa Cedar Falls, IA |
69 69–69 |
$69,122/yr | 20.7x |
| 6 | University of Wisconsin-Platteville Platteville, WI |
69 69–69 |
$67,742/yr | 23.6x |
| 7 | Pittsburg State University Pittsburg, KS |
69 69–69 |
$64,703/yr | 24.7x |
| 8 | Central Connecticut State University New Britain, CT |
68 67–68 |
$74,889/yr | 15.7x |
| 9 | Northern Kentucky University Highland Heights, KY |
68 68–68 |
$67,641/yr | 18.4x |
| 10 | Minnesota State University-Mankato Mankato, MN |
68 67–68 |
$64,528/yr | 20.1x |
| 11 | East Carolina University Greenville, NC |
68 68–68 |
$63,324/yr | 25.3x |
| 12 | Shawnee State University Portsmouth, OH |
68 67–68 |
$57,682/yr | 22.1x |
| 13 | Ohio University-Main Campus Athens, OH |
66 65–66 |
$66,591/yr | 14.4x |
| 14 | Western Michigan University Kalamazoo, MI |
66 65–66 |
$63,665/yr | 13.9x |
| 15 | Saint Cloud State University Saint Cloud, MN |
65 65–65 |
$69,616/yr | 16.2x |
| 16 | Southeast Missouri State University Cape Girardeau, MO |
65 64–65 |
$56,951/yr | 18.4x |
| 17 | Tarleton State University Stephenville, TX |
65 65–66 |
$55,036/yr | 22.6x |
| 18 | Mississippi State University Mississippi State, MS |
64 63–64 |
$57,923/yr | 17.3x |
| 19 | Fitchburg State University Fitchburg, MA |
64 63–64 |
$56,336/yr | 16.6x |
| 20 | Brigham Young University-Idaho Rexburg, ID |
63 62–63 |
$85,411/yr | 44.9x |
Highest Earning Industrial Production Technologies Programs
Schools where Industrial Production Technologies graduates earn the most in their first year after graduation.
| School | 1-Year Earnings | DW Score |
|---|---|---|
| Brigham Young University-Idaho | $85,411/yr | 63 |
| Lamar University | $84,746/yr | 71 |
| California Polytechnic State University-San Luis Obispo | $78,938/yr | 59 |
| Ferris State University | $78,820/yr | 69 |
| Indiana State University | $78,215/yr | 60 |
| University of Southern Mississippi | $75,493/yr | 59 |
| Weber State University | $75,281/yr | 72 |
| Central Connecticut State University | $74,889/yr | 68 |
| Southern Illinois University-Carbondale | $73,283/yr | 63 |
| University of Dayton | $70,559/yr | 47 |
Best ROI for Industrial Production Technologies
Schools with the highest earnings-to-tuition ratio for Industrial Production Technologies.
| School | ROI Multiple | Earnings | DW Score |
|---|---|---|---|
| Brigham Young University-Idaho | 44.9x | $85,411/yr | 63 |
| Weber State University | 35.3x | $75,281/yr | 72 |
| East Carolina University | 25.3x | $63,324/yr | 68 |
| Pittsburg State University | 24.7x | $64,703/yr | 69 |
| California State University-Fresno | 24.5x | $42,807/yr | 59 |
| University of Wisconsin-Platteville | 23.6x | $67,742/yr | 69 |
| Tarleton State University | 22.6x | $55,036/yr | 65 |
| California State University-Los Angeles | 22.4x | $45,287/yr | 59 |
| Shawnee State University | 22.1x | $57,682/yr | 68 |
| Lamar University | 21.8x | $84,746/yr | 71 |
Related Majors
Explore similar fields of study.
Consider the Trade Route
Not sure a 4-year degree is the right path? Trade programs in Industrial Production Technologies offer shorter timelines, lower debt, and strong AI resilience for hands-on careers.