Systems Engineering
Systems engineering is the way we do business!
Quality cannot be compromised in the engineering of mission critical systems. CPC's systems engineering experts will draw from a diverse knowledge base to provide you with an overall best technical approach. We take an interdisciplinary approach to systems engineering.
Our model-based development approach enables discovery of essential attributes early in the development process. Design efforts start with a requirements definition analysis that includes functional and architectural models. Implementation models are constructed with full traceability to requirements and interim architectural abstractions of the system.
- Products include:
- Operations Analysis
- Requirements and Specifications
- Use Case Analysis and Logical Architecture Models
- Design Trades
- Interface Design
- Integration Plans
- Control System Design
- Single and Multi-Variable Systems Models
- Physics Based Simulation
- Custom DSP or FPGA Embedded Implementation
- MATLAB-SimuLink RealTime Design
- Linear Quadratic Regulator
- Optimal Terminal Constraints
- Minimum Time Linear Control
- Pole Placement Design
CPC's engineers specify, design, and implement a variety of control systems.
Sustainment System Design
We take a systems engineering approach to developing diagnostics, prognostics, condition-based
maintenance enablers, and networked logistics interfaces into systems. We have the engineers
and tools to develop models that support for failure analysis, testability analysis, sensor
design, and algorithm development.