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ARP4754A Compliance Checklist for Aviation Systems Development

This checklist is designed to ensure compliance with SAE ARP4754A guidelines in the development of aviation systems, covering all aspects from planning to verification.

ARP4754A Compliance Checklist for Aviation Systems Development

by: audit-now
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About This Checklist

The ARP4754A Compliance Checklist is an essential tool for ensuring the safety and reliability of aviation systems development. This comprehensive checklist aligns with the SAE ARP4754A standard, which provides guidelines for development of civil aircraft and systems. By systematically addressing key aspects of the development process, this checklist helps aviation professionals mitigate risks, enhance safety, and streamline certification processes. Implementing this checklist can significantly reduce errors, improve documentation, and ensure compliance with regulatory requirements in the aviation industry.

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Industry

Aerospace and Defense

Standard

SAE ARP4754A - Aircraft Development Process

Workspaces

Aircraft Development Facility

Occupations

Systems Engineer
Safety Analyst
Certification Specialist
Quality Assurance Professional
Avionics Engineer
1
Is the project compliant with the ARP4754A standard?

Select the compliance status.

To ensure adherence to industry standards for safety-critical systems.
2
What is the risk assessment score for the system?

Enter the risk assessment score (0-10).

To evaluate the risk level associated with the system.
Min: 0
Target: 0
Max: 10
3
Summarize the findings of the safety assessment.

Provide a summary of findings.

To document the results of the safety analysis.
4
When was the safety assessment completed?

Select the completion date.

To track the timeline of safety assessments.
5
What is the safety criticality level of the system?

Select the criticality level.

To classify the system based on its safety importance.
6
Has the avionics software review been completed?

Indicate whether the review has been completed.

To confirm that necessary software reviews are performed to ensure safety.
7
How many issues were identified during the avionics assessment?

Enter the total number of identified issues.

To quantify issues that need resolution for compliance.
Min: 0
Target: 0
8
What was the date of the last compliance audit for avionics?

Select the date of the last audit.

To ensure regular audits are conducted for compliance.
9
What is the current compliance status of the avionics systems?

Select the compliance status.

To determine if avionics systems meet required safety standards.
10
Provide a summary of any Engineering Change Proposals (ECPs) related to the system.

Enter a detailed summary of ECPs.

To document changes that may impact system safety and compliance.
11
What is the total number of testing hours logged for the system?

Enter the total hours spent on testing.

To assess the adequacy of testing performed for system validation.
Min: 0
Target: 0
12
What is the current verification status of the system?

Select the verification status.

To verify if all system requirements have been validated.
13
When was the last review conducted for system engineering?

Select the date of the last review.

To ensure regular reviews are scheduled and performed.
14
Is there a documented Safety Management System in place?

Indicate if the SMS is documented.

To ensure that a formal SMS is established for safety oversight.
15
Has safety training been completed by all relevant personnel?

Select the training completion status.

To confirm that personnel are trained in safety protocols.
16
How many safety incidents have occurred in the past year?

Enter the total number of safety incidents.

To assess the safety performance of the organization.
Min: 0
Target: 0
17
When was the last safety audit conducted?

Select the date of the last safety audit.

To ensure regular safety audits are performed for compliance.
18
What are the comments from the latest design review?

Provide any comments or notes from the design review.

To document feedback and observations from the review process.
19
What was the outcome of the last design review?

Select the outcome of the design review.

To evaluate if the design meets the necessary requirements.
20
How many action items were identified during the last design review?

Enter the total number of action items.

To track unresolved issues that require attention.
Min: 0
Target: 0
21
When is the next scheduled design review?

Select the date for the next design review.

To ensure that design reviews are planned regularly.

FAQs

The primary purpose is to ensure that aviation systems development processes comply with the SAE ARP4754A standard, which provides guidelines for the development of civil aircraft and systems.

This checklist should be used by aviation systems engineers, safety analysts, certification specialists, and quality assurance professionals involved in the development of aircraft systems.

The checklist should be applied throughout the entire development lifecycle, including planning, requirements definition, design, implementation, integration, and verification stages.

By ensuring compliance with ARP4754A, the checklist helps identify and mitigate potential safety risks, improve system reliability, and enhance the overall safety of aircraft systems.

Yes, while the core elements should remain consistent with ARP4754A, the checklist can be tailored to address specific project requirements, aircraft types, or company processes.

Benefits of ARP4754A Compliance Checklist for Aviation Systems Development

Ensures compliance with SAE ARP4754A guidelines

Reduces risks in aviation systems development

Streamlines certification processes

Improves documentation and traceability

Enhances overall safety and reliability of aircraft systems