
Project Plan - SRET

Overview
A project plan to explore the commercial potential for SRET to mitigate COVID-19.
Project Goals and Deliverables:
Learn by Doing with a focus on capital efficiency
Confirm the concept fundamentals as documented in the research paper SRET
Explore the limits of the critical success factors
Time-to-Kill
Kill Zone
Model the key variables wrt to target application specifications + 2nd order factors
Consider environmental multiphysics modelling
Capital Efficiency:
The value of this opportunity has a significant time factor [see Market Analysis and Recommendations] The project was designed with four major tracks that can be run in series or parallel to balance risk with a time-to-market advantage.
Model
To create a robust foundation/tool
Start with TWU research parameters
Confirm model with surrogate
Expand model to incorporate application design parameters
RF + first order environmental factors
Test
Surrogate to confirm concept/model, explore key design parameters
Target to confirm performance for commercial opportunity
Market
Monitor the progress of the pandemic for need, opportunity, threats.
Commercial
IP due diligence
Lead customer engagement:
Project Plan (outline, last updated: 2020-09-09)
Overview
Create detailed plan
Resources
Budget
Schedule
SRET Assesment Summary (update)
Experts (qualify and recruit)
RF (MC?, JR?)
Virologist / aerobiologist (Linsey Marr?)
Experienced wetlab technician (Harvard Life Sciences?)
Applied mathemetician/physicist (multiphysics modelling)
CST (DE)?
EMC Group (IT)?
(former PHG team?)
Modeling
Virus
RF
Transform (+ novel inputs)
Environment (RF heatmaps?)
PoP Testing
Test configuration / site
Test surrogate
Test target
Product prototype
Key components
Key design variables
Business Case
SWOT
Business model
IP clearance
Commercial
Market trends
Target industry
Lead application
Lead customer
Summary
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SoW: Modeling
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SoW: Test / PoP, Surrogate
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SoW: Test / Target
