Teacher Practical Guidance:

Career Connected Learning

Category: External

Rank Order

64

Effect Size

0.35

Achievement Gain %

13

How-To Strategies

BENEFITS


  • Students who participate in even one CCL activity are significantly more likely to be engaged at school and hopeful about their future.

 

  • CCL helps students see the “why” behind coursework, which research shows increases both performance and interest. p2c

 

  • About one in three high school students and one in four middle schoolers say CCL opportunities directly shaped their post-high-school plans.careertech

 

  • A 3-year study of California’s Linked Learning model (rigorous academics plus CTE and real-world experience) found participating students had higher attendance, were more likely to graduate, and earned more credits on average, with especially strong gains for students with lower prior achievement. files.eric.ed

 

  • CTE concentrators had a 94% average graduation rate in 2018, compared to the 85% national rate.p2c

 

  • North Carolina CTE dual-enrollment students were twice as likely to graduate high school and six times more likely to earn college credit while still in high school.files.eric.ed

 

  • New York City students in CTE-dedicated high schools had higher attendance and were more consistently on track for their diploma.files.eric.ed

 

  • CCL builds durable, employer-valued skills — communication, teamwork, critical thinking, problem-solving, and self-management — through hands-on and work-based experiences.

 

  • CTE students report greater career certainty, stronger career identity, more confidence transitioning to college, and more explicit goals compared to non-CTE peers.ingentaconnect

 

  • Students who complete work-based learning like internships build professional networks and social capital that open doors to future opportunities.

 

  • CTE participation has been linked to significant wage gains — for example, a 32% quarterly earnings boost for male graduates of Connecticut technical high schools, and $6,000/year higher earnings by age 25 for Massachusetts CTE completers who didn’t attend college.steinhardt.nyu

 

  • College graduates who completed a paid internship earned about $4,755 more in their first year than those who didn’t.jff

 

  • CTE concentrators show higher community college enrollment, higher employment rates, and higher wages overall.

 

 

 

HOW TO


Elementary

  • Connect careers to everyday life — a “Careers Around Us” bulletin board, hallway spotlights, or noticing jobs in places students visit like restaurants or doctor’s offices. kuder

 

  • Use storytelling — a weekly career-themed read-aloud with a short discussion about the profession featured, or a dedicated career section in the school library.kuder

 

  • Set up hands-on career centers with props (stethoscopes, safety goggles, clipboards) for role-play exploration.kuder

 

  • Integrate career awareness into existing instruction rather than a separate block, and spark curiosity through play and simple exploration activities before students reach middle school.gettingsmart

 

Middle School

  • Use a KWL chart (What do you know / want to know / learned) to structure students’ growing career awareness.careerconnectoregon

 

  • Invite community professionals for in-person or virtual talks, and have students research the speaker’s field beforehand and prepare questions.careerconnectoregon

 

  • Introduce job shadows, company tours, or simulations — short, structured exposure to real workplace activities.jff

 

  • Begin systematically developing career interest surveys and individual learning/career plans, per several state frameworks (e.g., Kentucky, Ohio).

 

High School

  • Offer job shadowing, co-ops, and apprenticeships tied to local labor demand, and promote these to students and families as credit-earning options.assets.ctfassets

 

  • Try micro-internships (one-hour or short-duration projects with local employers) and employee spotlights — brief talks connecting a real career to the day’s lesson.eschoolnews

 

  • Bring in localized labor market data — regional in-demand jobs, typical wages by education level, and return-on-investment comparisons (e.g., associate degree earnings vs. bachelor’s debt).p2c

 

  • Have students build a career portfolio documenting projects, skill evidence, and reflections — some platforms let this connect to profiles like LinkedIn — and request feedback from peers, teachers, and industry mentors.

Across All Grade Levels

  • Map curriculum to career connections during planning time, then integrate into subjects students already take:

    • Science: labs tied to health care, engineering, or environmental careers

    • Math: algebra/statistics applied to finance, coding, or design

    • English: résumé writing, persuasive writing on workplace issues, career research assignments

    • Arts: pathways in graphic design, music production, digital mediaassets.ctfassets

 

  • Explicitly name the transferable skill a lesson builds (collaboration, critical thinking, communication, adaptability) rather than assuming students make the connection themselves — this “naming” step is one of the most cited practices for making career relevance stick.naceweb

 

  • Build in metacognitive reflection: ask students how they approached a problem, collaborated, or communicated, and where that skill transfers outside the classroom.naceweb

 

  • Use a recognized organizing structure like the National Career Clusters Framework (14 clusters) so career content isn’t ad hoc.p2c

 

  • Go beyond commonly known careers — showcase a wide variety of roles and industries so students see options beyond doctor/teacher/police officer.p2c

 

 Schools and Districts

  • Build authentic community partnerships — employers as speakers, internship providers, and after-school/summer partners — and reduce participation barriers so all students can access these experiences, not just high achievers.careerconnectoregon

 

  • Deliberately design for equity: recent research shows CTE and dual-enrollment participation often skews toward higher-achieving or specific demographic groups, so intentional outreach matters (from the CTE research discussed earlier).

 

  • Align curriculum, materials, interventions, and assessments around the same grade-level expectations so career connections build coherently across years rather than being one-off events.gettingsmart

 

  • Start early and sustain exposure — since research shows single interventions can fade within months, a schoolwide, multi-year approach matters more than isolated career days.

 

 

 

Ohio’s Career Connections Framework


Ohio has one of the of the most developed state models — organizes the work into four phases that build over a student’s K-12 journey and beyond: education.ohio

1.Awareness (elementary, roughly K-5): Students become familiar with careers through classroom activities connecting content to future work — e.g., workplace visits, guest speakers, career-related videos, or simple discussions naming strengths and interests.

 

2. Exploration (middle grades): Students explore career clusters and pathways, take self-assessments, and begin narrowing interests.

 

3.Preparation (high school): Students build a realistic plan, develop workplace skills, and take advanced or concurrent coursework.

 

4.Participation: Students engage in real-world experiences such as internships, job shadows, or work-based learning tied to a chosen path.

 

 

 

CHALLENGES


  • Weak or inconsistent employer partnerships are consistently cited as the top barrier. Building relationships with businesses willing to offer internships, externships, or mentoring is difficult, and paid learning experiences remain scarce overall — especially for high schoolers and early college students.

 

  • Because high-quality programs depend heavily on individual relationships between schools, counselors, and employers, they are notoriously hard to scale or replicate. Rural districts face this most acutely, since they have fewer and smaller employers to partner with. Link

 

  • Schools struggle to blend traditional schedules and culture with career-connected activities — coordinating transportation, timetabling, and work-based learning sites is a persistent operational headache.

 

  • Districts often can’t track whether program completers get hired, earn good wages, or go on to complete postsecondary credentials, making it hard to prioritize which pathways deserve investment. Link

 

  • CTE’s predecessor, vocational education, has a well-documented history of “tracking” — sorting low-income students, students of color, English learners, and students with disabilities into terminal, low-rigor vocational paths while wealthier and white students were tracked academically. Link

 

  • Transportation, technology access, and scheduling as concrete barriers for students “furthest from opportunity. Link

 

  • A long-running debate concerns whether career-focused coursework crowds out core academics. Evidence suggests that when students substitute CTE courses for academic ones without a strong integrated core, it can hurt both program completion and college-readiness.

 

  • A lingering stigma — CTE as a “dumping ground” for students not seen as college-bound — continues to affect enrollment, parent perception, and teacher/counselor expectations, even as programs have modernized. Link

 

  • Declining interest in four-year college hasn’t consistently translated into more students choosing career pathways instead — many students simply disengage from having any plan at all.

 

 

 

 

WHAT NOT TO DO


  • Don’t build a pathway around available staff or teacher convenience — link it to actual local labor-market data, employer needs, and in-demand state careers instead.envisionedplus

 

  • Don’t treat it as a compliance checklist to satisfy a state requirement. Programs designed as an afterthought rather than a real strategy tend to underdeliver — take real time to ideate and plan.

 

  • Don’t hand the whole project to a single career counselor. Leaving out educators, administrators, and principals from early planning produces pathways that don’t fit the actual school schedule or culture.envisionedplus

 

  • Don’t skip student and family input. Pathways built without understanding student interests and aptitudes see lower enrollment and weaker long-term engagement.

 

  • Don’t launch district-wide before piloting. The recommended sequence is pilot → build internal champions → scale → sustain, not scaling immediately.careerconnectedlearning

 

  • Don’t leave roles and expectations vague with employer partners — unclear communication between schools (who don’t understand industry needs) and employers (who don’t understand school constraints) is a top reason partnerships stall.envisionedplus

 

  • Don’t wait for employers to make the first move while also waiting for a full student cohort before approaching employers — this circular standoff is what stalls many programs; someone has to commit first, usually the school, with a small pilot cohort.workshift

 

  • Don’t assume light-touch employer involvement (one career fair, one guest speaker) constitutes a real partnership — the strongest outcomes require sustained relationships, not one-off events.

 

  • Don’t let CTE/pathway placement happen informally through counselor discretion or “who seems like a good fit” — this is exactly the mechanism that produced the historical tracking.

 

  • Don’t skip monitoring enrollment and completion data by race, income, disability, and language status.

 

  • Don’t message any pathway as “for kids not going to college.” Every pathway should keep the door open to postsecondary options, not close it.jff

 

  • Don’t let students substitute away core academic coursework for career electives without a strong integrated core — this measurably hurts both academic outcomes and completion rates.files.eric.ed

 

  • Don’t launch without a plan to track outcomes (employment, wages, postsecondary enrollment).

How-To Resources

ARTICLES


Link – ARTICLE (TNP) What is career connected learning?

 

Link – ARTICLE (Everfli) How career-connected learning and prepare students

 

Link – ARTICLE (P2C) Success through career connected learning

 

Link – ARTICLE (YouScience) Career connections

 

Link – ARTICLE (Bain) Maximize career connected learning

 

Link – ARTICLE (IES) Growing impact of career pathways

 

Link – ARTICLE (JJF) Career connected learning at community colleges

 

Link – ARTICLE (Kuder) 5 strategies to bring CTE awareness in elementary school

 

Link – ARTICLE (GS) Transforming CTE

 

Link – ARTICLE (eschoolnews) Tools and ideas to engage students in CTE

 

Link – ARTICLE (NACEB) Value of faculty connecting lessons to careers

 

Link – ARTICLE (p2c) 8 ways to build strong career connected learning environment

 

Link – ARTICLE (WorkShift) The catch 22 of career connected learning

 

Link – ARTICLE (Columbia) Has career pathway shed its pernicious past?

 

Link – ARTICLE (Envision) 6 common career pathway mistakes

 

Link – ARTICLE (JFF) 10 questions to ask about CTE

 

Link – BOOK (Springer) A review of career and technical education in the US

 

 

 

RESEARCH / REPORTS / GUIDES


Link – RESEARCH (ScienceDirect) Effectiveness of career choice interventions

 

Link – REPORT (Assets) Principal playbook for CTE

 

Link – REPORT (AdvanceCTE) Research round-up

 

Link – REPORT (IES) What we know about the impact of CTE

 

Link – REPORT (NYC) Career connected learning: impact

 

Link – REPORT (OCED) Innovation in career pathways across 5 countries

 

Link – REPORT (NEPC) Tracking and the future of career and technical education: Avoiding the errors of the past

 

Link – REPORT (WA.) CCW report

 

Link – REPORT (AspenInst.) Jobs for the future

 

Link – GUIDE (CCL) Guide to career connected learning

 

CTE Concentration and High School Success (2025)
Michael Shoemaker, Journal of Career and Technical Education — quantitative study of 931 students at one high school comparing CTE concentrators (2+ courses in one pathway) to non-concentrators. Concentrators had higher ACT scores, higher science exam scores, higher GPA, significantly better attendance, and higher graduation rates; no significant effect on office referral. Link

 

CTE-Focused Dual Enrollment (RAND, published 2025)
Study of North Carolina students using propensity-score weighting; about 9% of students took CTE dual enrollment courses in 11th/12th grade. Participation was positively associated with more college credits earned in high school, higher graduation rates, and higher college enrollment within a year of graduating; participation gaps across student subgroups were smaller than for traditional college-transfer dual enrollment. rand

 

High School CTE Effects on Employment, Wages, and Attainment
Michael LaForest (Penn State), Journal of Human Capital — used a dynamic structural model with national longitudinal data. Found trade CTE (vs. general/business CTE) improves wages and employment and raises high school graduation odds, but reduces university graduation odds; simulations suggest adding vocational certification would improve labor-market outcomes further. Link

 

Career-Connected Learning in Middle School (Gallup-NHLI, 2025)
Gallup and the New Hampshire Learning Initiative surveyed middle schoolers on career-connected learning (CCL) exposure. Students participating in CCL were more likely to be engaged at school and hopeful about their future; hands-on experiences and mentorship correlated with greater career awareness — though 53% of students wanted more CCL opportunities than they currently have access to. gallup

 

 

 

PROGRAMS


Link – PROGRAM (Ohio) Ohio Career connections framework

 

Link – PROGRAM (Virginia) Career connections

 

Link – PROGRAM (Kentucky) Career connections documents

 

Link – PROGRAM (KentISD) Career connections pathway

 

Link – PROGRAM (Iowa) Iowa career connected learning

 

Link – PROGRAM (OER) Engage

 

Link – PROGRAM (Oregon) CTE guide

 

 

VIDEO


Link – VIDEO (YouTube) Career connected learning: K-12

 

Link – VIDEO (YouTube) Creating pathways

 

Link – VIDEO (Edmentum) Reimagining the future of career connected learning

 

Link – VIDEO (YouTube) Career connections

 

Link – VIDEO (YouTube) Proving what’s possible in career connected learning

 

Link – VIDEO (TED) Schools urgently need a redesign

 

Link – VIDEO (TED) How should people choose careers?

 

Link – VIDEO (YouTube) Mapping coursework to career connected skills

 

Link – VIDEO (TED) Kevin Fleming TED talks

 

 

 

 

 

THOUGHT LEADERS


Anthony P. Carnevale — Georgetown Center on Education and the Workforce (CEW) Director of Georgetown’s CEW, Carnevale is one of the most cited researchers connecting education pathways to labor-market outcomes. His work, including reports like “What Works: Ten Education, Training, and Work-Based Pathway Changes That Lead to Good Jobs” and “Career Pathways: Five Ways to Connect College and Careers,” is foundational for data-driven arguments about which pathways actually pay off, disaggregated by race, gender, and class (Georgetown CEW; ERIC).files.eric.ed+1

 

Robert B. Schwartz — Harvard Graduate School of Education. Senior research fellow and professor emeritus at Harvard, Schwartz co-authored the influential 2011 “Pathways to Prosperity” report and has spent over a decade championing rigorous, apprenticeship-inclusive pathways as an alternative to the “college-for-all” default. He co-led the Pathways to Prosperity Network with Jobs for the Future across 11 states (Harvard GSE; Harvard DASH). Link

 

Nancy Hoffman — Jobs for the Future (JFF). Senior advisor and co-founder of the Pathways to Prosperity State Network at JFF, Hoffman has spent years helping states and regions build high-school-to-credential pipelines, particularly for low-income students. Her writing, including “Let’s Get Real” for the Lumina Foundation, focuses on combining rigorous academics with real workplace exposure (Jobs for the Future; Lumina Foundation). Link

 

Kimberly Green — Advance CTE. Executive Director of Advance CTE (the national association of state CTE directors), Green has worked on federal and state CTE policy for nearly three decades and is a go-to voice on how career-connected learning gets translated into actual state systems and funding structures (Advance CTE; PDK International). Link

 

 

 

DIGITAL TOOLS


  • Pathful — combines career exploration, interest assessments, course/graduation planning, work-based learning, and CTE management on one connected student record; recently absorbed JobreadyWBL and .pathful

 

  • Xello — strong student-facing exploration experience with scientifically validated assessments, popular for engagement but doesn’t natively connect exploration to real opportunities.texedu+1

 

  • SchooLinks — all-in-one platform covering K-5 through district-wide work-based learning management, with employer portals and real-time tracking.schoolinks

 

  • Naviance — the long-standing default (installed in roughly 40% of U.S. high schools), especially strong for districts already on PowerSchool.texedu

 

  • Kuder Navigator (grades 6-12) — research-backed career assessments, graduation planning, and job-prep resources, available in English and Spanish.kuder

 

  • MaiaLearning and Scoir — lighter-weight, more affordable alternatives focused on career exploration and college planning.

 

  • Kuder Galaxy (PK-5) — game-based career awareness with videos and rewards covering 120+ careers.kuder

 

  • Pathful Junior — age-appropriate interest surveys and video library for younger grades.pathful

 

  • Learning Blade — STEM and career exploration platform with missions tied to state career-readiness standards.

 

  • WBL Tracker — automated hour tracking, employer database, and smart student-opportunity matching with compliance reporting.wbltracker

 

  • YouScience Work-Based Learning — matches students to internships/job shadows based on aptitude and interest data from the Brightpath platform.youscience

 

  • Golden Path Compass — WBL approvals, applications, agreements, and e-signatures in one place, plus employer-outreach support.goldenpath

 

  • CareerPrepped — free resource from the Association for Career and Technical Education.eschoolnews

 

  • O*NET OnLine — free U.S. Department of Labor occupational database with skills matching and detailed occupation profiles, good as a no-cost supplement to paid platforms.worldmetrics

 

  • MagicSchool — AI-powered teacher tool for building career-connected lesson content and differentiated materials.dpi.wi

References

Bonilla, S. (2020). The dropout effects of career pathways: Evidence from California. Economics of Education Review, 34

 

Bozick, R., Gonzalez, G. C., Lanna, S., & Mean, M. (2019). Preparing New York City high school students for the workforce: Evaluation of the Scholars at Work program. Rand Corporation. https://www.rand.org/pubs/research_reports/RR2488.html

 

Brunner, E. J., Dougherty, S. M., & Ross, S. L. (2023). The effects of career and technical education: Evidence from the Connecticut Technical High School System. Review of Economics and Statistics, 105(4), 867–882.

 

Brunner, E., Dougherty, S., & Ross, S. L. (2022). Industry choice within industry earning effects (NBER Working Paper 30408). National Bureau of Economic Research.

 

Castellano, M., Sundell, K. E., & Richardson, G. B. (2017). Achievement outcomes among high school graduates in college and career readiness programs of study. Peabody Journal of Education, 92(2), 254–274.

 

Castellano, M., Richardson, G. B., Sundell, K., & Stone, J. R., III. (2017). Preparing students for college and career in the United States: The effects of career-themed programs of study on high school performance. Vocations and Learning, 10, 47–70.

 

Castellano, M., Sundell, K., Overman, L. T., & Aliaga, O. A. (2012). Do career and technical education programs of study improve student achievement? Preliminary analyses from a rigorous longitudinal study. International Journal of Educational Reform, 21(2), 98–118.

 

Ecton, W. G., & Dougherty, S. M. (2021). Heterogeneity in high school career and technical education outcomes. Educational Evaluation and Policy Analysis, 45(1), 157–181.

 

Hodge, E., Dougherty, S., & Burris, C. (2020). Tracking and the future of career and technical education: How efforts to connect school and work can avoid the past mistakes of vocational education. National Education Policy Center. http://nepc.colorado.edu/publication/cte

 

Kemple, J. J., Unterman, R., Dougherty, S. M., Sludden, J., & Kamin, S. J. (2023). NYC as a laboratory for learning about career and technical education: Lessons from CTE-dedicated high schools. The Research Alliance for New York City Schools. https://eric.ed.gov?id=ED626096

 

Maxwell, N., Belotti, J., Schochet, P., Burkander, P., Whitesell, E., Dillon, E., Inanc, H. Geckeler, C., & Gonzalez, R. (2019). Building college and career pathways for high school students: Youth CareerConnect. Mathematica. https://eric.ed.gov/?id=ED618302

 

Neild, R. C., Boccanfuso, C., & Byrnes, V. (2015). Academic impacts of career and technical schools. Career and Technical Education Research, 40(1), 28–47.

 

Rosen, R., Alterman, E., Treskon, L., Parise, L., Dixon, M., & Wuest, C. (2023). P-TECH 9-14 Pathways to Success: Implementation, Impact, and Cost Findings from the New York City P-TECH 9-14 Schools Evaluation. MDRC. https://eric.ed.gov/?id=ED632477

 

Susan C. Whiston, Yue Li, Nancy Goodrich Mitts, Lauren Wright. (2017). Effectiveness of career choice interventions: A meta-analytic replication and extension,
Journal of Vocational Behavior,Volume 100, p.175-184,

Career Connected Learning

 

DEFINITION

Career connections refers to instructional routines, strategies, or activities that link academic content and classroom learning to real-world careers, helping students see the relevance of what they’re studying and start building awareness of future career and education options.

DATA

3 – Meta-analysis reviews

143 – Research studies

159,000 – Students in studies

3 – Confidence level

 

QUOTES

Career-connected learning works best as a continuum that starts early, integrates into existing instruction rather than being bolted on, and progresses through recognizable stages: awareness, exploration, preparation, and experience.