Motion Control & Network Centric Systems Design, Integration & Engineering
 

Curtiss-Wright has aerospace and defense systems engineering expertise in Motion Control, Sensors, and Network Centric Systems. We have extensive experience in platform level system integration and embedded hardware optimization, with a wide range of military and commercial experience, including DO-178B and DO-254.

We work closely with our customers to validate the requirements, environment, and operating concepts and to provide a solution that meets technical and cost objectives. Systems Engineering leads and conducts internal design reviews with the customer and other Curtiss-Wright engineering disciplines in order to demonstrate compliance to the customer specification.

The systems team has many years of experience in developing system-level concepts, conducting trade studies and analysis, requirements definition & traceability, requirements allocation and compliance tracking, interface control definition, system integration, and design verification and validation.

  • System level architecture and concepts development
  • Trade studies, analysis and white paper development
  • Requirements definition, allocation and traceability
  • Embedded hardware/software design, development and optimization
  • System architectural pedigree on major ground, air and naval platforms
  • VITA standards and VICTORY architecture
  • System integration on the platform and with other systems
  • Design verification and validation
  • Embedded hardware and software optimization for SWaP + specific throughput performance requirements

We work to validate our customer requirements, environment and operating concepts and provide a solution that meets our customer's technical and cost objectives.

  • System architecture design and development
  • Embedded computing hardware and software design
  • Requirements Management
  • EMI Analysis
  • Control System Analysis/Simulation
  • DO-178B / DO-254 Certifiable Systems
  • Power Management and Distribution

Infocenter

Reducing Development Time for High-Speed Embedded Data Collection A Curtiss-Wright customer required a high performance storage solution with at... MORE> Open Systems Common HBCT Electronics VICTORY Architecture Approach The paper describes the COTS approach, the relevant open standards, application... MORE> COTS Encryption for Data-at-Rest This white paper outlines how two-layer encryption can be leveraged with COTS... MORE> Scalable, High-Fidelity 360-Degrees, Situational Awareness Support System This paper presents the key requirements for a Situational Awareness solution that... MORE> The commonality of COTS solutions for UUVs and UAVs There is significant commonality between unmanned aerial vehicle (UAV) and UUV... MORE> Integrating Video Sources Integrating new cameras with existing helicopter cameras and displays can prove... MORE> Reducing Complex Integration Efforts with SWaP-C Optimized Video Switching This white paper discusses how small form factor Video Management Solutions allow... MORE> Bridging Legacy Fibre Channel and Modern Ethernet Clients with iSCSI and NAS This whitepaper discusses the history of Fibre Channel (FC) and how FC emulation... MORE> Enabling VICTORY Data Bus Network for an Armored Ground Vehicle A major systems integrator with proven successes developing combat vehicles for... MORE> Secure Router/Processor for Airborne Multi-Link Communications Gateway A major U.S. system integrator required an airworthy secure IP network router and... MORE> Ultra-Small Form Factor Mission Systems: Great Things Come in Small Packages The military and aerospace market maintains an insatiable appetite for smaller,... MORE> Versatile Power Supply with XMC Sites Enables 3U VPX Architectures Embedded architectures are increasingly migrating to 3U with XMC mezzanines. The... MORE>
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