Overview - DO-254 (Airborne Electronic Hardware)

This course contains the use of artificial intelligence.

This online video course provides a comprehensive yet accessible introduction to the DO-254 standard, the internationally recognized guidance for the development assurance of airborne electronic hardware used in civil aircraft. The course is specifically designed for beginners who have little or no prior experience with DO-254 and who are looking for a clear, structured overview rather than in-depth implementation training.

Throughout the course, learners will gain an understanding of the purpose and background of DO-254 and its role in ensuring the safety and reliability of airborne electronic hardware. The course explains how DO-254 fits into the overall aircraft certification process and how it supports compliance with aviation authorities such as the FAA and EASA. Key concepts including Design Assurance Levels (DALs), hardware lifecycle processes, requirements capture, hardware design, verification, configuration management, process assurance, and certification liaison are introduced in a practical and easy-to-follow manner.

A continuous engineering example based on a flight control FPGA is used throughout the course to demonstrate how hardware requirements evolve into a certified airborne hardware design. This project-based approach helps learners understand not only the individual lifecycle activities, but also how they are connected within a complete DO-254 development program.

The course focuses on explaining what DO-254 requires and why these activities are essential rather than teaching vendor-specific FPGA implementation techniques or reproducing the official specification. Detailed hardware design methods, HDL coding practices, timing optimization, and advanced certification topics are intentionally kept at a high level so that the course remains accessible to engineers who are new to airborne hardware development.

By the end of the course, participants will understand the complete DO-254 hardware development lifecycle—from planning and requirements capture to implementation, verification, configuration management, hardware lifecycle data, and certification. They will also understand how objective engineering evidence supports the certification of airborne electronic hardware.

This course is ideal for hardware engineers, FPGA developers, embedded systems engineers, systems engineers, verification engineers, certification specialists, project managers, and anyone seeking a practical introduction to DO-254 and airborne hardware certification.