Engineering projects advancing flight-ready aerospace systems and autonomy
Explore applied research, prototypes, and system demonstrations spanning aerospace concepts, UAV platforms, advanced materials, and modular architectures.
Our portfolio showcases how analytical rigor and rapid iteration converge to produce practical outcomes. Each project progresses through research, simulation, prototyping, and test—delivering evidence that informs confident decisions.
Aerospace System Concepts Development
We shape system concepts through trade studies, parametric modeling, and mission simulations to identify performance drivers and constraints. Outputs include architecture options, interface definitions, and early risk registers, enabling informed downselects and rapid transition into prototyping. Stakeholders receive visualizations, assumptions, and sensitivity analyses to guide decisions.
We validate assumptions with high-fidelity simulations and bench experiments, then refine requirements based on measured data. This iterative loop reduces uncertainty, focuses resources on high-impact work, and prepares teams for integration, flight test, and potential certification paths. Results are documented for traceability.
UAV Design and Prototyping
We develop custom UAVs tuned to mission needs, from endurance and payload capacity to agile maneuverability. Airframes are optimized for weight, stiffness, and manufacturability. We integrate sensors, compute, and communications with attention to EMI, thermal, and power constraints. Flight software emphasizes robust autonomy and contingencies. Ground tests precede disciplined flight envelopes, with telemetry informing revisions until performance requirements are consistently met.
Advanced Materials Exploration Programs
Our materials work investigates composite layups, lightweight alloys, and durable polymers to balance weight and strength in aerospace structures. Through lab testing, microscopy, and computational analysis, we characterize failure modes, environmental effects, and manufacturing variability. Findings drive design allowables, protective treatments, and process controls that increase reliability, extend service life, and reduce total cost of ownership. Results inform procurement and qualification strategies.
Modular Engineering Systems Projects
We design modular architectures that speed development and simplify upgrades. Standardized interfaces separate subsystems, enabling parallel workstreams and swappable components. This approach eases integration of new sensors, radios, and autonomy stacks while preserving safety cases. Documentation, interface control drawings, and acceptance tests keep teams aligned from prototype through production. The result is resilient baselines that welcome technology insertion without disruptive redesigns.
Collaborate with us to advance research into verifiable, fielded aerospace capabilities faster
Gain strategic momentum with transparent reporting, measurable milestones, and prototypes that inform confident decisions.
Address
35564 Westminster Street. Pleasant Hill, Oregon, 97455, USA