Test Systems Design

We analyze the testing needs of aircraft, mission systems, and subsystems in depth, delivering end-to-end test system solutions including test hardware, software, simulation environments, field deployment, and integration laboratories. Throughout every phase of the project, we prioritize quality, safety, and certification requirements while adhering to internationally accepted standards.

Within the scope of test systems design, we provide:

• Comprehensive analysis to increase the testability of avionics subsystems, hardware–software components, and flight systems

• Integration laboratories designed and installed to replicate real operational environments for avionics and flight systems

• Portable test platforms, enabling lightweight and mobile test systems for field conditions, allowing testing in near-flight environments

• Unit-level and system-level test stations for standalone and integrated testing, including hardware, software, and fully integrated system test plans

• Documentation, test procedures, traceability, and data reporting infrastructures aligned with the lifecycle of test systems

• Support for modernization of existing test infrastructures and their adaptation to new platforms

In every test system design project, we follow these steps:

• We begin by defining the scope: Which platform, mission profile, and subsystems will be tested?

• We determine hardware–software interfaces, simulation models, I/O requirements, and control system infrastructure

• We coordinate hardware selection, software development, system integration, and field implementation

• We ensure the test system itself is testable and that measurement accuracy is guaranteed

• We maintain traceability, configuration management, change control, and maintenance/support processes throughout the lifecycle

• A team with expertise in both hardware and software for avionics test system design

• Capability to deliver advanced technical solutions such as HIL testing, real-time simulation, and high-channel-density data acquisition systems

• Competence in developing customer-specific test architectures and building modular, scalable, and sustainable test systems

• A quality-, safety-, and certification-driven approach to the entire test system design process

• Full compliance with common avionics data buses and communication protocols such as ARINC 429 and MIL-STD-1553