Cut electronics learning debt with a single PCB workflow from class to product

Cut electronics learning debt with a single PCB workflow from class to product targets a $2.0B = 5.0M potential users x $400 ARPU/year. Calculation: 5M = global hobbyists, students and early hardware teams likely to pay for pro features, content or institutional licences; $400 ARPU covers subscription, course packs, and tooling. total addressable market with medium saturation and a year-over-year growth rate of 12-18% estimated growth in education and maker-tooling adoption driven by hardware startups and maker communities.

Key trends driving demand: open-source EDA adoption -- KiCad maturation and community growth reduces switching friction and enables standardized curricula; hardware startup growth -- more early-stage hardware teams need repeatable workflows from prototype to production; cheaper fabrication -- lower prototyping costs increase iteration and demand for manufacturable-first education; cloud tooling and APIs -- plugin ecosystems and cloud CAM make automated checks and templates feasible.