DO-254 Hardware Configuration Management Checklist

A comprehensive checklist for implementing and maintaining effective configuration management practices for airborne electronic hardware development in compliance with RTCA DO-254 standard.

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About This Checklist

The DO-254 Hardware Configuration Management Checklist is an indispensable tool for aerospace and defense organizations developing complex airborne electronic hardware. This checklist ensures rigorous control and traceability of hardware designs throughout their lifecycle, as mandated by the RTCA DO-254 standard. By implementing robust configuration management practices, companies can maintain design integrity, facilitate collaborative development, and streamline the certification process. This checklist addresses critical aspects such as version control, change management, and baseline establishment, helping teams to effectively manage hardware configurations and meet stringent regulatory requirements.

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Industry

Aerospace and Defense

Standard

DO-254 - Airborne Electronic Hardware

Workspaces

IT Infrastructure

Occupations

Configuration Manager
Hardware Development Lead
Quality Assurance Specialist
Systems Engineer
Certification Specialist
1
Is there a version control system in place for hardware configuration management?
2
Describe the change management process for hardware configurations.
3
What is the frequency of configuration audits conducted?
Min1
TargetAnnually
Max12
4
Is there evidence of design traceability in hardware configurations?
5
Are the quality assurance procedures for hardware configurations documented?
6
What is the acceptable defect rate threshold for hardware components?
Min0
Target5%
Max100
7
When was the last quality audit conducted for hardware configurations?
8
Have corrective actions been implemented based on the last audit findings?
9
Is there a formal risk assessment process for hardware configurations?
10
Describe the risk mitigation strategies in place for hardware configurations.
11
How many high-risk items are identified in the current hardware configuration?
Min0
Target0
Max100
12
When is the next scheduled risk review for hardware configurations?
13
Is the hardware configuration compliant with all applicable regulations?
14
Provide a summary of the documentation reviewed for compliance verification.
15
How many non-conformance issues were identified during the compliance audit?
Min0
Target0
Max100
16
When was the last compliance audit conducted for the hardware configurations?
17
Is there active participation from all relevant stakeholders in the Configuration Control Board?
18
Describe the process for submitting configuration change requests.
19
How many configuration change requests are currently pending approval?
Min0
Target0
Max100
20
When is the next scheduled meeting for the Configuration Control Board?

FAQs

The primary purpose is to ensure proper control and traceability of hardware designs throughout their lifecycle, in compliance with the RTCA DO-254 standard's configuration management requirements.

It supports the development process by providing a structured approach to managing design versions, controlling changes, and maintaining consistent documentation across all stages of hardware development.

Configuration managers, hardware development leads, and quality assurance personnel should be primarily responsible for implementing and overseeing the use of this checklist.

The checklist covers areas such as version control, change management, baseline establishment, configuration identification, and configuration status accounting.

By ensuring accurate tracking and control of hardware designs, configuration management helps prevent errors, maintains design integrity, and provides a clear history of changes, all of which contribute to the overall safety and reliability of airborne systems.

Benefits of DO-254 Hardware Configuration Management Checklist

Ensures compliance with DO-254 configuration management requirements

Improves traceability of hardware design changes and revisions

Facilitates efficient collaboration among development teams

Reduces errors and inconsistencies in hardware design documentation

Streamlines the certification process by maintaining clear configuration records