Telemetry synchronization
Exploring how geographically separated telemetry test sources can stay coordinated, using software models to study timing, reference loss, and verification.
Independent research & engineering
Exploring heat,
signals, and
systems.
Taking complex engineering questions back to first principles. Exploring what’s possible through models, careful analysis, and practical development.
Explore our work Quakertown, Pennsylvania Looking ahead.
ENGINEERING IN VIEWFIG. 01
Heat, through a different lens.
ONE ENGINEERING MINDSET.
Thermal systems / Synchronization / Sensor fusion
01 Current research
New directions.
The same curiosity.
A brief look at the questions shaping our current, early-stage research.
Sensor fusion & parallel computing
Research into modular multicore processing that brings multiple sensor inputs together, with a focus on processing latency and track consistency.
02 Earlier explorations
A foundation in
thermal engineering.
Concepts that continue to inform how we think about protection, materials, and system constraints.
AEROSPACE MATERIALS
Thermal protection
Earlier concepts explored lightweight, expendable protection for small reentry systems, pairing layered materials with transient heat-transfer modeling.
BATTERY SAFETY
Thermal barriers
Exploratory work on thin, insertable barriers for lithium-ion battery packs, intended to limit heat transfer while preserving electrical isolation.
03 Our approach
Understand. Model.
Question. Refine.
Start with the constraints.
Define the question, the operating conditions, and what a useful answer would look like.
Make the idea tangible.
Build models and early prototypes to explore behavior, tradeoffs, and the limits of an approach.
Let evidence guide the next step.
Challenge assumptions, compare results, and refine the path toward meaningful validation.
04 Get in touch
Good engineering
starts with a question.
For technical discussions, research collaborations, or an early-stage idea, get in touch.