April 10, 2026
Maximize Perkins Funding for STEM to CTE Pathways
Learn how to leverage Perkins V funds for zSpace AR/VR technology to bridge the gap between STEM and CTE without the high cost of consumable materials.
Understanding the STEM to CTE Transition
The journey from a middle school science student to a high school student earning an industry-recognized credential is often fragmented. STEM education focuses on the "why"—scientific principles—while CTE focuses on the "how"—practical application. AR VR in technical education serves as the connective tissue between these two worlds.
When students use zSpace, they manipulate 3D models of complex systems, such as hydraulic pumps or wiring harnesses. This immersive environment allows for a seamless STEM to CTE transition, where students explore career clusters in a high-engagement setting before committing to specific vocational tracks.
How zSpace Creates Value from Perkins Funding
To qualify for Perkins funding for CTE, programs must demonstrate effectiveness and alignment with workforce needs. zSpace provides a unique value proposition by offering a single platform that supports dozens of industry pathways, from automotive and welding to HVAC and health sciences. This versatility ensures that the investment impacts a broad range of students, satisfying the "scope" requirement of federal grants.
Hands-On Practice Without Consumable Costs
One of the most significant burdens on CTE budgets is the cost of "consumables"—copper wire, welding rods, and medical supplies used once and discarded. zSpace fundamentally changes this equation by providing an environment for unlimited hands-on practice without consumable costs.
In a virtual environment, a student can practice a weld or a dissection a hundred times until they achieve mastery. There is no waste, no safety risk, and no additional cost for every repetition. This "fail-safe" environment allows students to build muscle memory and confidence before they ever step into a physical lab.
The Data: NC State and Subject Matter Retention
The effectiveness of immersive technology is backed by rigorous research. A study conducted by North Carolina State University (NC State) evaluated zSpace and found that students showed a significant improvement in subject matter retention compared to traditional learning methods. This data is crucial for administrators justifying Perkins expenditures through evidence-based results.
Conclusion
By leveraging Perkins funding for CTE to implement zSpace, districts can provide high-quality technical education without the recurring costs of traditional labs. Interested in seeing zSpace in action? Contact us today to schedule a demo.