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Chemistry Degree

Bachelor's Degree Intelligence Report · CIP 40.05

Part of Physical Sciences · 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)

$65,120

Annual, 4 years post-graduation

🎓 Median Student Debt

$24,000

Debt-to-Earnings: 0.37x

⚡ Structural Leverage Score

65/100

Salary + debt relief + career autonomy

🔀 Fork in the Road — Two Distinct Career Paths

Chemistry graduates split into distinct career clusters with meaningfully different psychometric demands. Understanding which fork fits your brain type is the entire game.

🔑 Primary Path

Computer & Mathematical

13 occupations mapped

🤖 AI Resilience

82/100 AI-Resilient

💡 Creativity

60/100 Moderate Creativity

🎯 Work Autonomy

72/100 Moderate Autonomy

🔥 Burnout Demand

45/100 Balanced

🌱 THRIVE Index

65/100 Moderate Thrive

🏠 Remote Work

70/100 Remote-Friendly

🤝 Social Impact

37/100 Low Impact

Social Battery

🔬 Deep Focus Mode

Published Career Profiles

Penetration Testers Information Security Engineers Digital Forensics Analysts Blockchain Engineers

🔀 Alternative Path

Life, Physical & Social Science

6 occupations mapped

🤖 AI Resilience

84/100 AI-Resilient

💡 Creativity

51/100 Moderate Creativity

🎯 Work Autonomy

66/100 Moderate Autonomy

🔥 Burnout Demand

52/100 Moderate Demand

🌱 THRIVE Index

62/100 Moderate Thrive

🏠 Remote Work

48/100 Mostly On-Site

🤝 Social Impact

41/100 Low Impact

Social Battery

🔬 Deep Focus Mode

The Reality Check

A Chemistry degree is a high-utility credential that forces an early choice. With median earnings of $65,120 and debt at $24,000, your return on investment is stable but not explosive. You are entering a "Fork-in-the-Road" career where you must decide between the physical laboratory and the computational desk. Your Structural Leverage score of 65/100 indicates that while your skills are specialized, you lack the massive market-moving power of an engineer.

You will likely find yourself in either the Life Sciences or the Computer and Mathematical cluster. In the lab, you are a technician of the physical world; in the math cluster, you are a data architect. Neither path offers an immediate windfall, but both provide a middle-class floor that is increasingly rare for non-professional degrees. You are paying for stability, not a lottery ticket.

The Vulnerability Audit

Your strongest shield is an AI Resilience score of 82–84/100. This reflects the reality that while AI can simulate molecular structures, it cannot yet manage the physical volatility of a wet lab or the nuanced troubleshooting of chemical manufacturing. You are safe from immediate automation, but you face a different risk: the career ceiling.

With Autonomy scores hovering between 66 and 72, you will likely work under strict regulatory oversight or rigid protocols. The risk here isn't being replaced by a robot; it is being sidelined by standard operating procedures that limit your Creativity score (51–60). If you stay in the lab, prepare for a career where your output is governed by safety codes and peer reviews rather than individual flair.

The Thrive Verdict

You will thrive here if your Social Battery is set to "Deep Focus Mode." This career is built for the person who finds satisfaction in the quiet precision of a titration or the logic of a complex dataset. The THRIVE Index of 62–65/100 suggests a career of steady, moderate satisfaction rather than high-stakes adrenaline.

The ideal profile for this degree is a methodical problem-solver who values job security and "flow state" work over social interaction or rapid upward mobility. To maximize your career trajectory, bridge the gap between the two paths by pairing your chemical knowledge with Python or SQL to move into high-autonomy computational roles.