NSF / DOE SBIR Phase I — Concept Brief Excerpt
Volatile-Templated Ceramics Concept Brief
What this excerpt demonstrates
- Executive decision summary — fundable concept vs. unfundable framing
- Correct proposal frame — process-intelligence platform, not device pitch
- NSF / DOE funding-fit analysis mapped to reviewer criteria
- Phase I aim structure with defined go/no-go criteria per work package
- Characterization stack — what must be measured and in what order
Excerpt document
Download excerpt PDF →Review summary
The concept addresses a materials-process R&D problem: volatile removal, sacrificial templating, salt/flux segregation, and controlled burnout are normally treated as defect-control problems in ceramic processing. This concept brief reframes them as microstructure-design variables with measurable functional consequences. The causal chain the concept validates is:
The brief identifies the correct proposal frame (process-intelligence platform, not device pitch), maps the concept to NSF and DOE Phase I review criteria independently, and defines four work packages that retire one uncertainty class each: thermal behavior, microstructure reproducibility, functional response linkage, and commercial architecture downselect.
The excerpt shows the decision summary, Phase I aim structure, go/no-go criteria, and funding-fit analysis. The full private concept brief goes deeper on work-package logic, experimental stack, and commercialization architecture.
Full concept brief available privately upon request. Contact [email protected] with subject: Volatile-templated ceramics concept brief request.