Space and high-reliability systems
CCL applies safety engineering discipline, reliability analysis and fault-tolerant architecture thinking to demanding aerospace and space systems.
Reliability without unnecessary cost
Mitchell Couper’s space systems work includes scalable on-board computing, spacecraft power and control hardware, space robotics support systems and high-precision electronics for space research applications.
CCL can support architectures that use redundancy, diagnostics, deterministic control and TMR-inspired techniques where they provide a pragmatic alternative to relying solely on expensive radiation-hardened parts.
Relevant capability
- On-board computer and mission-critical control hardware
- Power and motor control for space mechanisms
- Reliability, FMEA, FMEDA, FMECA and FTA
- FPGA, embedded software and high-speed electronics
- AS9100 and DO-254 process context