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When Your Kid Doesn't Want College: Evidence-Based Alternatives
Research on apprenticeships, trade schools, bootcamps, and military paths shows outcomes that rival four-year degrees — when the right factors are in place.
A plumber in Columbus, Ohio started his apprenticeship at 18. At 24, he was licensed and earning $82,000 a year. His friend, who spent four years at a regional university studying business, graduated at 22 with $54,000 in student loan debt and a starting salary of $48,000. By the time the business graduate pays off his loans — around age 38, at minimum payments — the plumber will have been debt-free and building net worth for 14 years.
This isn’t an argument that college is bad. It’s an argument that the question “should my kid go to college?” deserves a more careful analysis than most families give it, and that the answer isn’t the same for every kid, every major, or every family financial situation. When a teenager says they don’t want to go to college, the evidence-based response isn’t alarm — it’s inquiry.
Key Takeaways
- Median earnings for electricians, plumbers, and HVAC technicians in their late 20s now exceed median earnings for bachelor’s degree holders in many common majors when student loan payments are subtracted (Georgetown Center on Education and the Workforce, 2021).
- Registered apprenticeships have a completion rate of 87% and a post-completion employment rate of 94%, according to the U.S. Department of Labor.
- Coding bootcamp graduates report median starting salaries of $67,000, but outcomes vary widely by program quality and employer recognition — research on specific programs matters.
- The military’s GI Bill remains one of the strongest ROI pathways in American education, covering full tuition at most public universities after service.
- Community college followed by transfer to a four-year institution produces outcomes largely equivalent to four-year-only enrollment, at significantly lower average cost.
What the Earnings Research Actually Shows
The claim that “college graduates earn more” is statistically true in aggregate. The Bureau of Labor Statistics’ 2024 data shows median weekly earnings of $1,493 for bachelor’s degree holders versus $899 for high school diploma holders. But this aggregate comparison obscures enormous variation.
Georgetown’s Center on Education and the Workforce has done the most granular analysis. Their 2021 report “Good Jobs That Pay Without a BA” found that 30 million jobs in the U.S. pay median salaries of $55,000 or more and don’t require a four-year degree. These are not shrinking jobs. Many — in skilled trades, transportation, construction management, healthcare technology — are actively expanding due to demographic factors (retiring tradespeople) and capital investment (infrastructure spending).
The debt-adjusted calculation shifts the picture further. A student who attends a four-year university, graduates in four years (only 41% do, according to the National Student Clearinghouse), and carries the national average debt of $37,000 at a 6.5% federal interest rate will pay approximately $25,000 in interest alone over a standard 10-year repayment. The total cost of that credential rises substantially before you consider opportunity cost — the earnings missed during four years of school.
A registered apprentice, by contrast, earns while learning. The Department of Labor reports that apprentices earn an average of $15/hour during apprenticeship and $25+/hour after — and enter the workforce four years earlier.
The Paths and Their Actual Outcomes
Registered Apprenticeships
The most underappreciated pathway in American career development. Registered apprenticeship programs are formally recognized by the U.S. Department of Labor and available in over 1,000 occupations — not just construction trades. Growing industries include cybersecurity, healthcare IT, advanced manufacturing, and data analytics.
Key facts parents often don’t know:
- Apprentices are employees from day one — they earn wages and benefits while learning.
- Programs typically run 1–5 years, depending on the trade.
- Completion rates are substantially higher than for community college (87% vs. approximately 42%).
- Graduates earn a credential recognized by employers without an academic transcript.
Trade School and Vocational Education
Trade school (also called career and technical education at the post-secondary level) encompasses everything from cosmetology to electrical technology to diagnostic medical sonography. Program length ranges from several months to two years.
The research on trade school and vocational education outcomes shows strong median returns for programs in high-demand fields. The critical variable is program quality and regional employer demand — a welding certificate from a school with strong employer relationships in a manufacturing hub produces dramatically different outcomes than the same certificate from a program in an oversupplied market.
Coding Bootcamps
The outcomes research on coding bootcamps is more mixed. Course Report’s 2023 survey of bootcamp graduates found median starting salaries around $67,000 for those employed in software roles. But employment rates vary from 60% to 90% depending on the program, and outcome reporting standards across the industry have historically been inconsistent.
What distinguishes bootcamp graduates who get hired: prior evidence of technical problem-solving (which is why building a portfolio before applying matters enormously in this pathway), completion of capstone projects that demonstrate real-world application, and geographic proximity to hiring markets.
Military Service
The military offers a pathway that many parents underestimate because the conversation stops at “the military.” It shouldn’t.
Military service produces: structured skill development, leadership experience, security clearances (valuable in defense, intelligence, and government contracting), and — most significantly — the GI Bill, which covers full tuition, housing, and a book stipend at most public universities. Post-9/11 GI Bill recipients who use benefits at in-state public universities graduate with minimal or no debt.
Research from the National Bureau of Economic Research has found positive long-term earnings effects from military service, particularly for men from lower socioeconomic backgrounds who gain skills and credentials through service that they may not have accessed otherwise.
Community College and Transfer
The “two-year then transfer” pathway is statistically the most efficient path to a four-year degree for cost-conscious families. Community college costs an average of $3,800 per year in tuition (vs. $10,900 at four-year public institutions), and transfer agreements (especially California’s TAG system and similar state-level programs) guarantee admission to four-year universities for students who meet GPA requirements.
Research from the Community College Research Center at Teachers College, Columbia University finds that community college transfer students who complete their associate’s degree before transferring graduate at rates comparable to native four-year students — contrary to the persistent myth that transfer students underperform.
| Pathway | Avg. Time to Employment | Avg. Debt at Entry | Median Earnings at Year 5 | Completion Rate |
|---|---|---|---|---|
| 4-year degree (public) | 4-6 years | $28,000-$37,000 | $52,000 (varies enormously by major) | 59% in 6 years |
| Community college + transfer | 3-5 years | $8,000-$15,000 | Similar to 4-year if same major | ~42% transfer |
| Registered apprenticeship | 1-5 years | $0 | $55,000-$85,000 (trade-dependent) | 87% |
| Trade school (vocational) | 6 months-2 years | $6,000-$20,000 | $35,000-$70,000 (field-dependent) | Varies widely |
| Coding bootcamp | 4-6 months post-completion | $10,000-$20,000 | $60,000-$75,000 (if employed in field) | ~80% complete; 70-90% employment |
| Military + GI Bill | 4-8 years total | Near $0 | Highly variable; significant benefits | High enlistment completion |
How to Have This Conversation Without Conflict
Career counseling research on adolescent decision-making identifies one consistent pitfall: when parents frame the conversation as “convince me you have a plan,” teenagers respond defensively rather than reflectively. The research on autonomy-supportive parenting (from self-determination theory) shows that adolescents make better decisions — and articulate their reasoning more clearly — when they feel their perspective is being genuinely explored rather than evaluated.
Practically: start with curiosity, not concern. “What is it about college that doesn’t appeal to you?” is a better opening than “Are you sure about this?” Listen for whether the resistance is about the idea of college generally, a specific financial concern, social anxiety, or a genuine clarity about an alternative path — these have very different implications.
The career readiness question is worth raising directly: what does the job market look like in the field you’re interested in, and what credential does that market actually require? Some fields genuinely require a degree. Many don’t. The answer varies.
What Career Exploration Research Says About Readiness at 17
One finding that parents find uncomfortable but researchers agree on: most 17-year-olds are not developmentally ready to make a well-grounded lifetime career decision. Adolescent brain development — specifically the prefrontal cortex involved in long-term planning and consequence evaluation — continues maturing into the mid-20s.
This doesn’t mean teenagers can’t make good choices. It means the quality of the choice depends heavily on the quality of the information and experience they’ve had access to. A 17-year-old who has job-shadowed three different tradespeople, spent a summer in a construction internship, and talked to licensed electricians about their day-to-day work is in a completely different position than one who simply “doesn’t want to go to college” because school has been unpleasant.
The practical implication: the conversation isn’t about making the final decision at 17. It’s about designing the next two years to generate better information for a decision at 19 or 20.
What to Watch For Over the Next 3 Months
Month 1: Ask your child to name three adults working in the field they’re interested in. If they can’t name three, the interest is insufficiently developed to make a major decision around. Use the next month to help them get that exposure.
Month 2: Research one specific pathway together — not a general category, but a specific program. For apprenticeships, go to apprenticeship.gov and find registered programs near you. For trade school, identify one program, visit if possible, and talk to graduates.
Month 3: If your child is still interested and informed, start the application process — many trade and apprenticeship programs have application cycles that differ from college. Missing an apprenticeship application deadline can mean a full year’s delay.
Red flag: A teenager who doesn’t want college AND can’t articulate any specific alternative is not ready to make a decision. The next move is more exposure and exploration, not pressure in either direction.
Frequently Asked Questions
Is it true that employers are dropping degree requirements?
Yes, increasingly. IBM, Google, Apple, and many large employers have dropped four-year degree requirements for many roles, replacing them with skills-based assessments. However, the shift is concentrated in tech, finance, and a few other sectors — healthcare, education, and many licensed professions still require specific credentials. Research the specific field and employer, not the trend in aggregate.
What if my child chooses a non-college path and regrets it?
Most non-college pathways are not permanent locks. Community college, transfer programs, and adult learner programs at universities all exist precisely because people’s paths aren’t linear. The GI Bill can be used for college after military service. Many tradespeople return to college for management or engineering degrees later. The idea that one decision at 17 forecloses options is mostly wrong.
How do I know if a trade school is legitimate?
Look for accreditation from recognized bodies: for most vocational programs, ACCSC (Accrediting Commission of Career Schools and Colleges) is the relevant agency. Check graduation rates and employment rates — both should be published (the NCES College Navigator is useful for this). Talk to graduates, not just the admissions office.
Are coding bootcamps worth it in 2026?
For some students, yes — but the variance is high enough that you need to research specific programs. Look for bootcamps with income-share agreements or money-back guarantees (these align the bootcamp’s incentive with student employment outcomes), verified graduate employment data (not self-reported), and employer partners in your geographic area. In markets where bootcamp-trained developers are well-accepted (major metro areas, certain tech employers), outcomes can be strong.
About the author
Ricky Flores is the founder of HiWave Makers and an electrical engineer with 15+ years of experience building consumer technology at Apple, Samsung, and Texas Instruments. He writes about how kids learn to build, think, and create in a tech-saturated world. Read more at hiwavemakers.com.
Sources
- Georgetown Center on Education and the Workforce. (2021). Good Jobs That Pay Without a BA. Georgetown University. https://cew.georgetown.edu/cew-reports/nogaps/
- U.S. Department of Labor, Employment and Training Administration. (2024). Apprenticeship.gov Program Statistics. https://www.apprenticeship.gov/about-apprenticeship/data-and-statistics
- Bureau of Labor Statistics. (2024). Education Pays: Earnings and Unemployment Rates by Educational Attainment. U.S. Department of Labor. https://www.bls.gov/emp/chart-unemployment-earnings-education.htm
- National Student Clearinghouse Research Center. (2023). Completing College: National and State Reports. NSC. https://nscresearchcenter.org/completing-college/
- Community College Research Center. (2019). What We Know About Transfer. Teachers College, Columbia University. https://ccrc.tc.columbia.edu/what-we-know-about-transfer.html
- Goldin, C., & Katz, L. F. (2008). The Race Between Education and Technology. Harvard University Press. https://www.hup.harvard.edu
- Course Report. (2023). Coding Bootcamp Market Research Study. Course Report. https://www.coursereport.com/reports/2023-coding-bootcamp-market-size-study