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Engineering Technologies/Technicians, General Degree

Bachelor's Degree Intelligence Report · CIP 15.00

Part of Engineering/Engineering-Related Technologies/Technicians · Data sourced from O*NET, U.S. Dept. of Education College Scorecard & IPEDS.

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Structural ROI Scorecard

Source: U.S. Dept. of Education College Scorecard (Bachelor's, 4yr post-grad)
💵 Median Earnings (4yr)
$80,526
Annual, 4 years post-graduation
🎓 Median Student Debt
$26,325
Debt-to-Earnings: 0.33x
⚡ Structural Leverage Score
73/100
Salary + debt relief + career autonomy

🏆 Deep Specialization

Engineering Technologies/Technicians, General graduates flow into one concentrated career domain. This is a high-conviction major — if you love the field, the career pool is deep and specialized.

Engineering & Architecture

10 occupations mapped

🤖 AI Resilience
85/100 AI-Resilient
💡 Creativity
57/100 Moderate Creativity
🎯 Work Autonomy
68/100 Moderate Autonomy
🔥 Burnout Demand
51/100 Moderate Demand
🌱 THRIVE Index
60/100 Moderate Thrive
🏠 Remote Work
47/100 Mostly On-Site
🤝 Social Impact
40/100 Low Impact
Social Battery
🔬 Deep Focus Mode

The Reality Check

With median four-year earnings of $80,526 and student debt of $26,325, this degree offers a solid financial starting point. Your debt-to-income ratio is healthy—you can expect to clear that debt within two years of working, assuming disciplined spending. The dominant career cluster is Engineering & Architecture, which means you are not training to be an engineer; you are training to support engineers. Your work will involve hands-on troubleshooting, equipment calibration, and technical implementation. You will likely start in roles like engineering technician, field service technician, or quality assurance specialist. These jobs are geographically distributed—you can find work in manufacturing hubs, energy corridors, or construction-heavy regions. The pay is stable, but the ceiling is lower than a full engineering degree. You will not design systems; you will keep them running.

The Vulnerability Audit

The JobPolaris AI Resilience score of 85/100 reflects strong insulation from automation. Your work requires physical presence, diagnostic judgment, and real-time problem-solving—tasks that are expensive to automate and difficult to offload. This is a genuine advantage. The Burnout Demand score of 51/100 sits at moderate, meaning you will face periods of high pressure—production deadlines, equipment failures, shift work—but not a constant crisis environment. The real risk is career ceiling. With a bachelor's in engineering technologies, you may hit a promotion wall around the senior technician or supervisor level. To move into management or design, you will likely need additional certifications or a master's degree. Know this going in: the job is stable, but the ladder is shorter than in pure engineering.

The Thrive Verdict

You will thrive here if your Social Battery runs on Deep Focus Mode. This career rewards people who can concentrate for hours on a single problem—tracing a wiring fault, calibrating a sensor array, debugging a PLC program—without needing constant collaboration. The THRIVE Index of 60/100 (Moderate) indicates that satisfaction comes from mastery and tangible results, not from variety or creative expression. If you enjoy fixing things, working with your hands, and seeing immediate outcomes from your effort, this path fits. If you need frequent novelty, open-ended design, or high autonomy, look elsewhere. Your action step: before graduating, secure a summer internship in a manufacturing or field service setting. That experience will confirm whether this career matches your working style.

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