The challenge
Support control-loading hardware across simulation platforms while addressing subsystem communication, deployment, and ongoing reliability.
Context and scope
Professional simulation engineering work spanning control-loading software architecture, hardware integration, deployment, and maintenance.
My responsibilities
- Held architectural responsibility for real-time C++ control-loading software.
- Integrated hardware subsystem communication across simulation platforms.
- Handled deployment, maintenance, and reliability troubleshooting at the hardware/software boundary.
Engineering approach
- Considered the hardware interface and simulation platform together rather than treating either side as an isolated component.
- Worked with platform-specific integration requirements within the broader C++ system.
- Investigated reliability issues across subsystem communication, deployment configuration, and hardware/software behavior.
Outcomes
- Integrated real-time C++ control-loading hardware functionality across simulation platforms.
- Supported deployment and ongoing operation through maintenance and reliability troubleshooting.
What this work illustrates
The hardware/software boundary is part of the system design. Platform differences need to remain explicit even when the underlying integration purpose is shared.