Avionics Certification

Global Avionics certification courses, services and solutions for commercial, military, general aviation, or UAM application

The team you need to secure your aircraft airworthiness

Avionics Certification Courses

Understand “the big picture”

Acquire a certification solution for any application of Avionics and meet the standards of every design assurance level (DAL-D through DAL-A).

Bring transparency to your project

We show you the most effective and compliant ways to record each project phase so that you ensure your project data is verifiable at every step.

Aerospace Solutions

Keep projects up-to-date

Stay current on the guidelines, tech, and tools needed to comply with current aviation standards with expert Certification Specialists.

Aerospace Training PDF

Put trust in your projects

Avionics Certification Courses ExpertsSleep easier with Avionics experts. ConsuNova has certified more projects than all our competitors, combined. Even better, our reputation in all Avionics certification courses and solutions is impeccable.
Avionics Certification Courses Address any Avionics need. We have the knowledge, skills, and tools to certify all hardware, software, systems, and equipment for any project, whether it’s civil & military, UAV/UAM/eVTOL, general Aviation, or large-scale commercial Aircraft.
Avionics
“ConsuNova provided exceptional support generating requirements and verification criteria for several complex logic devices, using design data as input. They were easy to work with, knowledgeable in the subject area, and performed the highest quality work on schedule.”

Stephen M. | Director of Engineering, Trimble

No more countless contractors

Avionics Certification ProcessGet a single source of truth. You’re assigned the right experts, FAA DERs and/or EASA CVEs, throughout your entire project certification. Third-party management is a thing of the past.
Avionics Certification Project ScopeEnd scope creep. ConsuNova Specialists are authorized to approve and recommend systems and equipment for all aviation applications. Your projects run faster, and as such, more cost-effectively.

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Aviation Certification
Avionics pdf downloads
“ConsuNova’s comprehensive Avionics training was simply outstanding. Their DERs were very knowledgeable and provided invaluable perspective on the challenges of using multi-core processors.”

Greg H. | Software Engineer, Blue Origin

The most comprehensive Avionics certification courses and services available

Certification Services

  • Compliance support 14 CFR Part 23, Part 25, Part 27, Part 29

  • Certification of Engines (Part 33)

  • Multi-Core A(M)C 20-193 Certification Support

  • STC/TC Compliance, Guidance and Strategy Development

  • FAA / EASA / MIL Liaison for all branches/agencies

FAA DER Services

  • Develop Certification Plans: PSCP, PSAC, PHAC

  • Independent Compliance or Certification Reviews

  • Perform Certification Audits

  • PMA/TSO Compliance, Advice & Strategy

  • Act on behalf of the FAA to approve or recommend approval of technical data 8110-3

EASA CVE Services

  • Develop Certification Plans: PSCP, PSAC, PHAC

  • Independent Compliance or Certification Reviews

  • Perform Certification Audits

  • EASA Coordination and Technical Exchanges

  • Part 21 and ETSO Compliance, Advice & Strategy

The Avionics Certification Process Walkthrough

Key stages and best practices for this crucial component in Avionics and aerospace development.

Step 1: Pre-Application Phase

Objective: To outline the certification goals and scope.

  • Initial Meeting: Manufacturers meet with regulatory bodies (like the FAA or EASA) to discuss the intended certification, potential issues, and the regulatory framework.
  • Certification Plan Submission: A detailed certification plan is submitted, outlining the project scope, timelines, and compliance methods.

Step 2: Formal Application

Objective: To formally start the certification process.

  • Documentation: Submission of all required technical documentation, including system descriptions, safety assessments, and test plans.
  • Validation: Regulatory authorities review the submitted documents to ensure completeness and compliance with the relevant standards.

Step 3: Design and Development

Objective: To develop and refine avionics systems according to certification requirements.

  • Design Implementation: Execution of design according to the specifications outlined in the certification plan.
  • Testing Protocols: Development and implementation of testing protocols to validate the functionality and safety of the avionics systems.

Step 4: Testing and Validation

Objective: To demonstrate that the avionics systems meet all regulatory requirements.

  • Laboratory Testing: Conducting rigorous lab tests to ensure systems perform as expected under various scenarios.
  • Flight Testing: Implementing flight tests to validate performance in real-world conditions.

Step 5: Certification Review

Objective: To review all test results and finalize the certification.

  • Data Evaluation: Comprehensive review of testing data and performance outcomes to ensure compliance with all standards.
  • Certification Meeting: A final meeting with the regulatory body to discuss findings and address any remaining issues.

Step 6: Certification Issuance

Objective: To receive formal certification if all criteria are met.

  • Approval: If the avionics systems meet all safety and performance standards, the regulatory body issues a certification.
  • Documentation: Receipt of formal certification documents, marking the official approval of the avionics systems for use.

Step 7: Post-Certification

Objective: To ensure ongoing compliance and address any emerging issues.

  • Continued Airworthiness: Implementation of measures to maintain the certified status of the avionics systems, including regular updates and modifications.
  • Surveillance and Audits: Regular checks and audits by the regulatory body to ensure continuous compliance with the standards.

Best Practices for Avionics Certification:

  • Early Engagement: Engage with regulatory bodies early in the development process to clarify requirements and expectations.
  • Thorough Documentation: Maintain comprehensive and clear documentation throughout the process to facilitate reviews and approvals.
  • Proactive Issue Resolution: Address potential issues promptly and collaboratively with the regulatory body to avoid delays in the certification process.

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