Basic Apprenticeship Resource Model

• Tuition pays for tools for participant, some prototyping materials, facility improvements, and 3 month runway.
• Worst case design:
  • $12/hr and 3000 hours means 15 days of work, 200 hours each, done over 3 months. 3000 hours at $12=$36k in build time.
  • Stipend allowable per apprentice: $12k per month of crew, $500/apprentice/month
• Industry standard design:
• 15 days of work over 3 months is low, with 10 hour per week rate. Can increase 3x to match industry standards for hours worked while in college
• At industry standard rate - we are at $1500/month stipend, competitive with lower end of graduate student stipend [1]
• Palatability - for young people, this could work. For old people with a family, it won't.
• Risk - 3000 hours is low risk, 3 months per house.
  • At 2000 hours - 2 months per house
  • At 1000 hours - 1 month per house. Now we get into logistics and organizational infrastructure requirements for scaled building:
    • Automated design and blueprint generation required.
    • Turnkey blueprints required for streamlined code provision
    • 3rd party inspector required at the 1000 hour, and possibly 2000 hour, case. Not needed in 3000 hour case.