The challenges of increasing electrical system content and complexity require the aerospace and defense industry to provide new capabilities to satisfy demanding missions. The efforts and risks of achieving compliance for electrical designs is increasing with complexity. The electrical model-based development environment (MBE) provides the ability to quickly and accurately analyze the configuration controlled, electrical digital twin for compliance.
The challenges of increasing electrical system content and complexity require the aerospace and defense industry to provide new capabilities to satisfy demanding missions. The efforts and risks of achieving compliance for electrical designs is increasing with complexity. The electrical model-based development environment (MBE) provides the ability to quickly and accurately analyze the configuration controlled, electrical digital twin for compliance.
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Electrical compliance is becoming more costly and manual reporting poses delays that can impact aerospace program profitability. Direct access to the digital twin enables flight phase analysis and scenarios. Engineers can then produce reports showing analysis results and design details to support the Type Certification and EIS milestones.
The many compliance challenges faced today can be mitigated by moving to a model-based environment. This lowers system program risk and delivers avenues of innovation in electrical and electronic content and integration. This evolution allows for the mitigation of compliance risks by evaluating all configuration of the electrical design in a variety of scenarios and conditions.
Our solution provides a unique set of tools to help de-risk programs and support electrical system compliance for faster time to market, enables the completion of electrical load analysis (ELA) earlier in the program allowing engineers to spend more time on more innovative tasks, and configures reporting to satisfy certifying authorities and achieve approvals faster.
Manage data, control processes, and use integrations to provide a comprehensive development flow. Manage changes and configurations, both between domains within the product development process and with all major MCAD and PLM tools.
Optimize electrical and electronic (E/E) architectures against targets such as cost, weight, and bandwidth. Define and consolidate functions. Create and analyze electrical, electronic, embedded software, and network specifications.
Re-use design data to create technical publications, document design changes, and enable electrical diagnostics and troubleshooting. Automate publication tasks such as wiring diagram repartitioning and graphics styling with multi language support.
Design and simulate electrical distribution systems with an interactive logical system and wiring design, as well as automated generative engineering. Integrate and verify electrical system implementations. Optimize electrical complexity, use live metrics, and advanced design rule checks to analyze electrical systems.
Design, engineer, and verify electrical harnesses for manufacture. Optimize harness costing, manufacturing, and assembly processes to boost performance, throughput and profitability. Develop accurate and optimized harness manufacturing documentation to increase efficiency.
Design and simulate electrical distribution systems with an interactive logical system and wiring design, as well as automated generative engineering. Integrate and verify electrical system implementations. Optimize electrical complexity, use live metrics, and advanced design rule checks to analyze electrical systems.
Design, engineer, and verify electrical harnesses for manufacture. Optimize harness costing, manufacturing, and assembly processes to boost performance, throughput and profitability. Develop accurate and optimized harness manufacturing documentation to increase efficiency.
How a digital twin of platform electrical system reduces program risk
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