By the end of the course participants will be able to:
• Define a Space Health problem that aligns with their core business and a clear patient or customer outcome.
• Build and iterate a Space Health GTM Canvas with segments, value, channels, pricing, and KPIs.
• Quantify market size and prioritize segments with a simple, defensible method.
• Select a viable use case from microgravity R&D, in Space biomanufacturing, telemedicine in extreme environments, or satellite data, and write a one page concept card.
• Map the regulatory route at a high level, including FDA or EMA pathway, IRB or HSRB needs, GxP touchpoints, and data privacy basics.
• Complete an export control quick screen and know when to escalate to legal.
• Identify, score, and shortlist partners and platforms, and prepare a concise outreach brief.
• Draft key commercial and legal terms for a pilot, including IP and data rights, milestones, and TRL gates.
• Model unit economics and pricing, estimate ROI and payback, and set success thresholds.
• Structure a funding plan across internal budget, CVC or VC, grants, and public private options, with a two paragraph investment thesis.
• Build a risk register and heatmap with mitigations and a simple governance cadence.
• Produce an 18 month execution roadmap with resources, timeline, and go or no go gates.
• Deliver an 8 minute board pitch that links Space work to near term terrestrial ROI and next steps.