At Bermondsey Electronics,we support the aerospace sector with robust embedded systems, developed and tested using advanced aerospace engineering software to meet rigorous safety standards.
We take the protection and checks of our products very seriously, and we understand that this is key to a successful embedded security system.
Our team is dedicated to maintaining the regulations set by both the EU and US governing bodies.
The aerospace industry follows several ISO standards; these standards aim to contribute to the overall performance and reputation of aerospace companies, making them more attractive to customers, investors, and stakeholders while promoting a culture of excellence and responsibility.
From initial concept to final implementation, every step of our aerospace software engineering development process is carefully monitored and validated to mitigate risks and ensure compliance.
We utilise state-of-the-art aerospace engineering software and best practices to conduct thorough quality control checks, including rigorous testing and validation procedures.
We developed an ARINC429 handheld diagnostic tool for use on the ground. The device plugs in to a vehicle and reports current readings live. This allows technicians to diagnose the vehicle.
Later the system was reconfigured as a MIL-STD-1553 diagnostic device. We leveraged the existing code and test systems to accelerate the design, ultimately lowering the total development cost of the system. Our HIL testing experience allowed us to inject signals into the system and verify the various subsystems in situ, without having a vehicle on hand for testing.
The role of aerospace software engineering is to design, develop and test, real-time safety-critical software. An aerospace software engineer will work to develop embedded aircraft software and stand-alone applications used in aircraft support. They help to develop and test tools that support the creation of aerospace related software.
Aerospace engineering software is essential for designing, testing, and validating embedded systems used in aircraft. It enables engineers to verify system performance, and ensure compliance with strict aerospace standards. These tools help streamline the development of reliable and high-performance control, communication, and monitoring systems.
Testing and validation are critical in aerospace, and engineering software provides advanced simulation and diagnostic capabilities to ensure systems operate safely under extreme conditions. Engineers use these tools to perform hardware-in-the-loop (HIL) testing, and analyse data to detect potential issues early in the development cycle.
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