Architectural Engineering Technologies/Technicians Degree

Bachelor's Degree Intelligence Report · CIP 15.01

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)

$82,320

Annual, 4 years post-graduation

🎓 Median Student Debt

$23,359

Debt-to-Earnings: 0.28x

⚡ Structural Leverage Score

75/100

Salary + debt relief + career autonomy

🏆 Deep Specialization

Architectural Engineering Technologies/Technicians 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

5 occupations mapped

🤖 AI Resilience

80/100 AI-Resilient

💡 Creativity

55/100 Moderate Creativity

🎯 Work Autonomy

64/100 Moderate Autonomy

🔥 Burnout Demand

49/100 Balanced

🌱 THRIVE Index

57/100 Challenging

🏠 Remote Work

45/100 Mostly On-Site

🤝 Social Impact

38/100 Low Impact

Social Battery

🔬 Deep Focus Mode

The Reality Check

With a Bachelor’s in Architectural Engineering Technologies/Technicians, you are not training to be a traditional architect. You are the technical backbone—the person who turns design concepts into buildable systems. The median four-year earnings of $82,320 put you ahead of many bachelor’s graduates, and the $23,359 median debt is manageable. You can expect a solid middle-class lifestyle within a few years of graduation, provided you land a role in the Engineering & Architecture cluster—your only dominant path.

This is a deep specialization degree, meaning you have one clear career lane. That lane is stable but narrow. Your job market is concentrated in construction, engineering consulting, and government infrastructure. You will likely start as a drafter, CAD technician, or field engineer assistant. Advancement requires licensure (e.g., as an Engineering Technician) or a master’s degree. The earnings are real, but you must be willing to work in office and field settings—this is not a remote-friendly career.

The Vulnerability Audit

Your JobPolaris AI Resilience of 80/100 is high, meaning automation will not replace you soon. You work with physical systems, building codes, and site-specific problems—tasks that resist full automation. However, the Burnout Demand score of 49/100 (Balanced) hides a specific risk: project deadlines. You will face periods of intense overtime, especially before permit submissions or construction milestones. The Autonomy score of 64/100 (Moderate) means you will have a supervisor reviewing your work regularly. Career ceiling is real—without licensure or management experience, you cap out around $90,000. The vulnerability is not obsolescence; it is stagnation.

The Thrive Verdict

You thrive here if you are a Deep Focus Mode worker. You prefer uninterrupted time to solve technical problems, read blueprints, or run simulations. The THRIVE Index of 57/100 (Challenging) means this career will test your patience with repetitive tasks and regulatory red tape. The ideal candidate is methodical, detail-obsessed, and comfortable with being wrong on paper before being right in the field. If you want to build real things and dislike abstract brainstorming, this path fits. Your next move: target a co-op or internship in MEP (mechanical, electrical, plumbing) engineering—that is where the highest starting salaries and fastest advancement live.