Cost to Start an Engineering For Kids Franchise in 2026

Per Engineering For Kids' current Franchise Disclosure Document (FDD), required under the FTC Franchise Rule (16 CFR Part 436), total estimated initial investment runs $79K–$167K. Key cost categories include:

• Initial franchise fee: $35,950
• Curriculum materials and initial STEM supply kit: $10K–$25K
• Robotics kits, engineering materials, and hands-on project components: $8K–$20K
• Vehicle (existing or new — for mobile program delivery): $0–$25K
• Vehicle branding and signage: $1K–$5K
• Technology systems (scheduling, registration, parent communication): $1K–$3K
• Office/home office setup (for mobile-primary operators): $2K–$8K
• Pre-opening training (travel and expenses): $2K–$6K
• Grand opening marketing: $5K–$15K
• Insurance (general liability and commercial vehicle if applicable): $3K–$8K
• Licenses, permits, and background checks: $1K–$4K
• Working capital reserve: $10K–$25K

Engineering For Kids is listed on the SBA Franchise Directory, qualifying franchisees for expedited SBA loan eligibility. Common financing paths include:

• SBA 7(a) loan: Covers the franchise fee, initial curriculum and equipment kits, marketing, and working capital — the $79K–$167K total range falls well within 7(a) parameters for a service-based franchise startup.
• SBA Microloan: For operators starting at the lower end of the investment range, SBA Microloan intermediaries offer up to $50K — potentially sufficient to fund the initial curriculum kit, marketing, and working capital for a mobile-first launch.
• Equipment financing: Robotics kits, engineering materials sets, and a branded program vehicle can be financed separately as equipment or commercial vehicle loans with the assets as collateral.
• Business line of credit: A revolving working capital facility for curriculum kit replenishment, marketing spend ahead of camp seasons, and cash flow management between school program billing cycles.

Engineering For Kids is well suited for operators with a STEM background, education experience, or a passion for hands-on youth programming. Former teachers, engineers, and parents with STEM careers are common franchisee profiles — they bring content credibility that resonates with both school administrators (who decide on school program contracts) and parents (who enroll their children in after-school and camp programs). The mobile model is well suited for operators who prefer a home-based or low-overhead business structure and are comfortable with relationship sales to schools and community organizations. Multi-territory operators can scale by hiring additional instructors to run parallel programs without the fixed cost of center expansion.

SBA lenders underwriting an Engineering For Kids application ($79K–$167K) evaluate the mobile and center-based STEM enrichment model against SBA SOP 50 10 8 creditworthiness criteria. Key underwriting factors:

• School contract revenue as the DSCR anchor: School district and individual school enrichment program contracts provide structured, invoice-able recurring revenue — the most credible DSCR evidence for a mobile children's education franchise. A single school program contract covering weekly in-school STEM enrichment across multiple classrooms can represent $20K–$60K in annual contracted revenue. Applicants who enter with executed or letter-of-intent school contracts substantially strengthen their DSCR projection and reduce ramp-period risk in the lender's cash flow model.
• Curriculum kit and equipment collateral discount: Engineering For Kids' primary capital items are the initial STEM curriculum kit, robotics kits, and engineering materials sets. These have limited secondary-market liquidity — specialized educational equipment with brand-specific curriculum is difficult to resell outside the franchise system. Lenders apply a 20–40% liquidation advance rate on curriculum and educational equipment. For a mobile-first operator with no vehicle being financed, collateral coverage relies substantially on personal assets.
• 8–10% royalty applied across all revenue channels: The 8–10% royalty applies to school programs, after-school enrollment, camps, and birthday parties — the full revenue mix. Lenders confirm the royalty is included in the operating expense model for each channel, including camp revenue that is seasonal and less predictable than ongoing school program contracts. The combined royalty and marketing fund contribution must be stress-tested against a scenario where camp revenue underperforms.
• Multi-channel revenue seasonality: Engineering For Kids' revenue mix includes school programs (semester-structured, predictable), after-school enrollment (monthly recurring), camps (summer/holiday peaks), and parties (event-driven). Lenders model seasonal cash flow explicitly — the winter holiday break and summer period create uneven cash flow that the working capital reserve must cover. Applicants with a diversified channel mix reduce lender concern about single-channel revenue concentration.
• Mobile-first model lowers the DSCR floor: The absence of a facility lease — for mobile-primary operators — significantly reduces fixed overhead and lowers the revenue breakeven threshold. Lenders recognize this cost structure advantage: without rent, the DSCR is less sensitive to early-stage revenue variability. Operators planning to add a physical center later are flagged for a higher fixed-cost structure going forward, which the lender notes as a future credit risk for expansion financing.