High school Career and Technical Education (CTE) programs equip students for future careers. These forward-looking programs provide students with in-demand skills and work-based learning experiences. An evolution of traditional vocational education, CTE empowers students to solve real-world problems.
Career and Technical Education (CTE) prepares PreK–12 students for the workforce. High school CTE courses provide rigorous curriculum, connect to well-known career clusters, and help students explore different job roles and industries. Through hands-on learning, these classes help students identify the pathways they do and don’t want to pursue, providing clarity for what’s next.
Implementing practical, career-connected learning in grades 9–12 adds value for schools and communities. For the students, well-designed career and technical education programs provide a crucial bridge from education to high-value employment in industries our world relies on. From classes focused on professions in construction or engineering to offsite career centers for aviation or research, these approaches impart durable skills and provide workforce experiences that build a competitive edge in jobs and higher education.
“POE [Principles of Engineering] is an excellent class to help students decide if they are interested in engineering…. I also consider it a win if a student does not like the class at all. Figuring out that engineering isn’t the program for them while they are still in high school is an absolute plus.”
– Jodie K., PLTW Engineering Teacher in Ohio
CTE experiences should offer a structured sequence of rigorous courses that surface a variety of professions. Pathways often begin in middle and high school. However, starting earlier has proven benefits. Evidence shows earlier exposure to STEM education leads fewer students to opt out of those fields. Ultimately, CTE should teach future-ready skills, build career confidence, and expand career knowledge.
Students benefit from taking multiple CTE courses before entering the workforce. Research reveals how relevant, innovative programs create value for high school students:
Engagement in coursework improves
High school dropout rates go down
College enrollment rates increase
More students choose a STEM major
Wages are higher for up to seven years
Professional and transferable skills are a critical element of future-ready education. CTE programs combine classroom content, technical knowledge, and durable skills in exciting ways. Through hands-on learning students develop skills that help them adapt as work evolves, including:
Critical thinking
Problem solving
Communication
Teamwork
Creativity
Ethical reasoning
AI and data literacy
Relevant, work-based learning (WBL) equips students for entry-level positions and industry certifications. Building competencies and real-world job knowledge enhances students' readiness for college and career. Whether they pursue higher education or a profession, CTE programs give students a competitive edge even as work changes.
Effective CTE pathways also help communities build more resilient workforce pipelines when education and industry are aligned. District leaders can tap local businesses and state agencies to help ensure learning addresses local needs. Doing so adds value for students and communities, connecting education to the modern workforce and making experiences more accessible.
High-quality CTE programs include these key elements:
Evidence-based, classroom-ready curriculum backed by industry leaders
Development of high-demand and transferable skills employers want
Partnerships that provide access to locally relevant career experiences
Defined strategies for implementing and improving CTE programs
Curriculum-aligned professional development to support teachers
Cross-curricular CTE programs help students apply theoretical knowledge and create connections that aren't accessible in siloed learning environments. Project-based learning that naturally reinforces math, literacy, problem-solving, and communication skills creates continuity. And it's learning that enables students to see how knowledge enables real-world impact.
To create an adaptable and effective CTE program, school leaders need to establish a strong team of educators, build community support, and define how students will benefit. Once aligned on the strategy, schools can:
Implement flexible, project-based curriculum that connects to careers
Develop locally relevant career experiences in areas such as healthcare and advanced manufacturing
Create a plan to ensure continuous alignment with state-level CTE strategies
Districts can sustain career-connected learning through partnerships that provide apprenticeship and credentialing opportunities. The examples below explore how various CTE learning models support college and career readiness:
Two high schools implement biomedical science differently—both successfully. Learn about the approach
Four high schools expand career readiness by combining two proven programs. Check out their strategies
Career exploration in middle school prepares students for the next step of their educational journey. See the implementation
Adapting CTE programs to future careers ensures today’s students can succeed in tomorrow’s workplaces. Districts routinely update career pathways and classrooms with industry-standard tools and experiences to ensure local relevance. Across the country, schools are introducing artificial intelligence, biotechnology, and skilled trades courses to give the next generation must-have competencies.
The workforce will continue to change and school leaders must remain as adaptable as their students. By design, high school CTE experiences support economic growth and create pipelines for jobs students will need to fill in the future.
As districts across the U.S. expand CTE learning and career readiness, Project Lead The Way (PLTW) continues to be a program of choice. Want to see the impact of engaging, career-connected learning? Find a PLTW program near you.