Eliminate electronics "learning debt" by teaching PCB skills that scale from class to product

Eliminate electronics "learning debt" by teaching PCB skills that scale from class to product targets a $6.0B = 5M learners (universities + vocational + hobbyists + professionals) x $1,200 LTV (courses, tooling, certification, institution packages) total addressable market with medium saturation and a year-over-year growth rate of 12% estimated growth in hardware/embedded edtech and maker economy adoption.

Key trends driving demand: AI-assisted design -- automates feedback and accelerates learning loops, enabling scalable lab grading and personalized hints; Open-source maturity -- KiCad's growing acceptance across hobbyists and companies reduces friction for a single toolchain curriculum; Remote/hybrid labs -- universities and bootcamps need cloud-capable, hands-on electronics experiences accessible remotely; Maker-to-market -- more students and indie teams push projects toward commercial PCBs, increasing demand for transferable skills.