Category: Educational Resources | Published by: PhillyCTE | Date: April 17, 2026
When a cosmetology student at a Philadelphia CTE high school told her instructor she didn’t need to learn coding because she planned to open her own salon, her instructor didn’t argue. She had the student research how much it would cost to hire a web developer for a small business site. The price tag changed the conversation — and the student’s engagement with the digital skills module. That’s project-based learning done right in a CTE setting: relevant, employer-connected, and tied to a real career outcome.
What PBL Looks Like in CTE — Not Just Classrooms
Yaritza Villalba and Francisco, educators featured by Next Generation Learning Challenges, outline three strategies for implementing PBL: prioritize skill acquisition over memorization, know your students deeply, and build in flexibility and student choice. Each one has a natural CTE application that goes beyond what traditional classroom PBL achieves — because in CTE, the “project” already has a real-world destination.
Strategy 1: Skills Over Memorization
Villalba, teaching history, shifted from date-and-fact recall to having students analyze cause and effect and construct arguments as historical figures. In STEM, her co-author focuses on computational thinking over syntax memorization.
In a CTE lab, this principle is foundational. A student in an automotive technology program doesn’t memorize diagnostic codes — they learn to use scan tools, interpret data, and troubleshoot systematically. The skill is the assessment. The credential (ASE certification, for example) tests applied knowledge, not recall.
For CTE instructors, this means designing projects around competencies rather than content coverage. A HVAC project shouldn’t be “learn these refrigerant types.” It should be “diagnose and repair this malfunctioning system” — with the refrigerant knowledge acquired as a tool within the task, not as a prerequisite worksheet.
Strategy 1: Skills Over Memorization
CTE programs that use industry credentials as their assessment framework have an inherent advantage here. NCCER’s module system treats each competency as a discrete, observable skill — not a knowledge category. When a student in an electrical program can terminate a 100-amp panel to industry standards, that’s the assessment. There’s no written test that substitutes for it, and there’s no way to memorize your way to a correct termination.
OSHA 10 certification follows the same logic. The credential tests applied safety knowledge — how to recognize a hazard, how to respond, when to stop work. A student who’s internalized safety protocols through repeated practice in a supervised lab environment doesn’t need to recall rules from a handbook. The practice is the preparation. Instructors who understand this build lab sequences that develop the muscle memory for safety alongside the technical skills.
For instructors designing PBL units, this means the project rubric should be built from the observable actions a student must demonstrate — not the concepts they must recall. The credential framework makes this concrete: what specifically does an assessor watch for when they evaluate this competency?Know Your Students’ Career Goals
Villalba brings hip-hop into history lessons because her students care about music. Her co-author connects coding to a future hairstylist’s business needs. This isn’t gimmickry — it’s relevance, and it’s the difference between a student who shows up and one who completes the program.
Philadelphia’s CTE programs serve students across dozens of career pathways — from construction trades to health sciences to information technology. The more an instructor knows about where a student is headed — apprenticeship, direct employment, postsecondary training — the more precisely they can tailor projects to that trajectory.
A student headed for a registered apprenticeship with IBEW Local 98 needs a project that builds electrical theory and code compliance skills. A student planning to enter the culinary workforce needs projects that simulate commercial kitchen production timelines and health department standards. Same PBL framework. Different destination.
Strategy 3: Flexibility and Student Choice
Both educators emphasize giving students voice in how they demonstrate learning. Villalba uses choice boards; her co-author adjusts projects based on student interest.
In CTE, this maps to multiple demonstration pathways for the same competency — a core principle of competency-based education. A carpentry student might demonstrate blueprint literacy by building a scale model, framing a full-scale wall section, or completing a digital plan review using construction management software. The competency standard is identical. The demonstration pathway reflects the student’s strengths and goals.
This approach also aligns with how industry evaluates workers. Employers don’t care how you learned to read a schematic. They care whether you can do it accurately on a job site. CTE programs that build in choice are preparing students for exactly that reality.
Making It Work in Philadelphia
The Philadelphia School District’s CTE programs are already structured around industry standards and credential pathways. PBL doesn’t require a curriculum overhaul — it requires reframing existing competency tasks as projects with student agency, employer connection, and real-world output.
Start with one unit. Replace a lecture-and-quiz sequence with a scoped project that ends in a demonstrable product — a wiring installation, a patient intake simulation, a welded joint system inspected to code. Let students choose their approach within the project parameters. Build in a milestone reflection tied to their credential checklist. Then iterate.
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Originally reported by Yaritza Villalba and Victor, NGLC | nextgenlearning.org
CTE Application: These strategies support PDE CTE instructional standards and can be integrated into existing competency-based task lists across all Philadelphia CTE career clusters. Programs aligned with Perkins V quality indicators can use PBL structures to strengthen the work-based learning and industry credential components of their annual plans.
