Systems & MBSE
Architecture, requirements, hazard-aware modeling, and model-based systems engineering practices suited to regulated and safety-critical environments.
Product stack and services for high-hazard cell robotics — sensing, twin, gated AI, forward deployed engineering, additive, and systems consulting.
Embedded capacity for systems engineering, software, verification, and MBSE at the facility or cell.
Architecture, requirements, hazard-aware modeling, and model-based systems engineering practices suited to regulated and safety-critical environments.
Bring-up across robot, tooling, sensing, and operator interfaces — including HIL/SIL-oriented integration patterns from surgical robotics experience.
Test strategy that treats teleop and autonomy as gated capabilities: evidence before promotion, configuration control, and operator-visible criteria.
Experience building and leading SW/V&V delivery organizations, Agile/DevOps visibility, and multi-vendor coordination — applied at engagement scale.
Three layers that make remote-handling robotics observable, trainable, and promotable.
Capture cell and robot state at rates useful for remote handling, operator awareness, and closed-loop review — the foundation for twin and AI training data.
A living operational picture for situational awareness, rehearsal, and post-run analysis — not a static CAD dump.
Human-in-the-loop teleop and autonomous modes. Behaviors advance only when they pass agreed tests — suitable for high-hazard cells where demos are not enough.
Capabilities that reinforce forward deployed engineering and RaaS — see dedicated pages for detail.
In-house FDM printer farm for fixtures, jigs, brackets, and rapid iteration supporting robotics integration.
Additive Manufacturing →MBSE, architecture, HIL/SIL, V&V, and safety-critical SE for medical device and nuclear contexts — delivered as forward deployed engineering services.
Systems Engineering Consulting →Engineering habits from industries where verification evidence matters.
Team background includes work aligned with safety-critical and regulated contexts such as IEC 62304, ISO 13485, NQA-1, 10 CFR 50, and FDA/MDR expectations.
Actively seeking design partners for forward deployed engineering and RaaS engagements.
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