Engineering-Related Technologies Degree
Students study applied technical skills across multiple engineering disciplines, gaining broad competency in testing, prototyping, project management, and technical communication. Graduates typically pursue careers as engineering technicians, technical project coordinators, field engineers, and manufacturing specialists across various industries. This versatile technical background provides flexibility to work in multiple engineering sectors.
What Engineering-Related Technologies Graduates Do
This degree puts you at the practical heart of engineering projects. You’ll be the one on-site using GPS and GIS to map a construction zone as a surveying technician, or in the lab testing the performance of a new mechanical prototype as an engineering technologist. These technician roles are common starting points. With experience and certifications, you can advance to a lead surveyor, taking on more complex project management and signing off on legal property maps.
The career landscape is varied. While demand for surveyors and cartographers is growing, creating clear pathways for advancement, other roles face headwinds. Traditional drafting, for example, is shrinking due to software automation. This points to the broader impact of AI. With moderate exposure across these careers, technology will automate significant chunks of routine data collection and analysis. This doesn't eliminate the jobs, but it changes them. You'll spend less time on manual measurement and more time verifying AI-generated models, solving on-site problems, and making critical judgments that require human expertise.
Common Career Paths
Where Engineering-Related Technologies graduates typically work, ranked by salary. Salary ranges show 25th–75th percentile spread. This field has roughly 22,700 combined openings per year.
| Career Path | Salary Range | Openings/yr | Growth | AI Risk |
|---|---|---|---|---|
| Cartographers and photogrammetrists | 1,000 | +6.4% | 52% | |
| Engineering technologists and technicians, except drafters, all other | 5,700 | +1.5% | 24% | |
| Surveyors | 3,900 | +4.4% | 53% | |
| Mechanical engineering technologists and technicians | 3,200 | 0.0% | 28% | |
| Drafters, all other | 1,300 | -6.9% | 0% | |
| Surveying and mapping technicians | 7,600 | +4.5% | 50% |
Source: BLS Occupational Employment & Wage Statistics, May 2024. Salary range shows 25th–median–75th percentile (national).
Best Schools for Engineering-Related Technologies
2 schools ranked by DegreeOutlook Score. Click any row for full AI scenario analysis and earnings projections.
| # | School | DW Score | Earnings | ROI |
|---|---|---|---|---|
| 1 | California State University-Fresno Fresno, CA |
58 57–58 |
$78,518/yr | 27.1x |
| 2 | University of Florida Gainesville, FL |
54 53–55 |
$59,013/yr | 22.1x |
Highest Earning Engineering-Related Technologies Programs
Schools where Engineering-Related Technologies graduates earn the most in their first year after graduation.
| School | 1-Year Earnings | DW Score |
|---|---|---|
| California State University-Fresno | $78,518/yr | 58 |
| University of Florida | $59,013/yr | 54 |
Best ROI for Engineering-Related Technologies
Schools with the highest earnings-to-tuition ratio for Engineering-Related Technologies.
| School | ROI Multiple | Earnings | DW Score |
|---|---|---|---|
| California State University-Fresno | 27.1x | $78,518/yr | 58 |
| University of Florida | 22.1x | $59,013/yr | 54 |
Related Majors
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Consider the Trade Route
Not sure a 4-year degree is the right path? Trade programs in Engineering-Related Technologies offer shorter timelines, lower debt, and strong AI resilience for hands-on careers.