certificationNationally Recognized

Aircraft Electronics Technician Certification (AET)

The Aircraft Electronics Technician Certification validates the knowledge and skills necessary for technicians working with aircraft electronics. It covers a range of competencies including installation, troubleshooting, and maintenance of avionics equipment.

Total Cost

Estimated Budget

$5,325$30,325

Median Salary

Annual Earnings

$81,390

Job Growth

10-Year Outlook

8.2%

Training Hours

Total Program Duration

1900 hours

Who Needs This Credential?

This certification is required by technicians who install, maintain, or repair avionics equipment in aircrafts. It is also sought by those looking to enhance their employability and demonstrate professional competence in the aerospace industry.

Reciprocity for the AET certification varies, as it depends on employer recognition rather than state regulation.

National Center for Aerospace & Transportation TechnologiesASTM InternationalAerospaceNationally Recognized

Requirements

To earn the Aircraft Electronics Technician credential, candidates must complete specific educational and training requirements, and meet certain eligibility criteria. The certification process involves both theoretical and practical training in aircraft electronics.

Minimum Age
18
Minimum Education
High school diploma or equivalent
Training Hours
1900 hours
Background Check
Criminal history and prior employment verification

Other Requirements

Good vision, including color visionAbility to perform tasks requiring dexterity and fine motor skillsFAA regulation compliance knowledge

How to Become AET Certified

The process to become an Aircraft Electronics Technician involves 5-7 steps and typically takes about 18-24 months. The path includes education, hands-on training, exams, and certification from a recognized authority.

1

Complete Basic Education

Obtain a high school diploma or GED. This foundational step is required for further specialized training in aircraft electronics.

Varies Free

Ensure to focus on subjects like mathematics and physics, which are relevant to electronics.

2

Attend an FAA-Approved Training Program

Enroll in a Federal Aviation Administration (FAA) approved avionics or aeronautics training program. These programs offer specific courses tailored to aircraft electronics.

18-24 months $20,000 - $40,000

Choose a program that best fits your career goals and offers hands-on training.

3

Obtain Practical Experience

Gain practical experience through internships or entry-level jobs. This experience is crucial for understanding real-world applications of your training.

6-12 months Free

Seek internships that provide diverse experience with different aircraft systems.

4

Pass Certification Exams

Prepare for and pass the FAA certification exams. These exams test your knowledge and skills in aircraft electronics.

1-3 months $150 - $300 per exam

Regularly review FAA study materials and consider joining a study group.

5

Apply for the AET Certification

After passing the exams, apply for the Aircraft Electronics Technician (AET) certification through a recognized certifying body, such as the National Center for Aerospace and Transportation Technologies (NCATT).

1 month $100 - $200

Ensure all paperwork and documentation are correctly submitted.

6

Continuous Education and Recertification

Stay updated with the latest technology and regulations by pursuing continuous education and periodically recertifying as required by industry standards.

Every 24 months Varies

Attend workshops and seminars to stay current with new technologies.

Cost Breakdown

The cost of becoming an Aircraft Electronics Technician varies based on training program selection and location. Key cost drivers include the length and depth of training programs, as well as geographic factors. Financial aid and employer sponsorship options are often available to help mitigate these expenses.

Training Program$5,000$30,000
Exam Fee$175
Application Fee$50
Background Check$100
Total Estimated Cost$5,325$30,325

💰 Financial Aid Available

Many employers offer sponsorship or reimbursement programs for employees pursuing certification as Aircraft Electronics Technicians, especially if it is relevant to their current job or a potential promotion.

Salary & Career Outlook

Entry Level

$55,000

Median Salary

$81,390

Experienced

$95,000

Job Outlook: 8.2%

The growth in the Aircraft Electronics Technician field is driven by advancements in avionics technology and the increasing complexity of aircraft systems, which require skilled technicians for maintenance and upgrades. Additionally, the expansion of the aviation industry and the need for more efficient and safer aircraft contribute to the demand for these professionals.

AirportsAircraft Manufacturing Facilities

Exam Information

The Aircraft Electronics Technician exam assesses the knowledge and skills necessary for certification in aircraft electronics. It includes a comprehensive written test focusing on various aspects of avionics. Preparation can be done through specific study guides and training courses designed for this exam.

Aircraft Electronics Technician (AET) Certification Exam

Administered by National Center for Aerospace & Transportation Technologies (NCATT) • Fee: $175

Written test
100 questions2 hoursPassing: 70%
Retake policy: Candidates can retake the exam after a 30-day waiting period if they fail on their first attempt.

Career Advancement Paths

Industry Insights

Data from Bureau of Labor Statistics & O*NET

Aircraft Electronics Technicians: Positioned for a 3.1% Growth Amidst AI Revolution

Current Employment

Projected

Growth Rate

+3.1%

New Positions

What's Driving Demand

The projected growth in the Aircraft Electronics Technician field is driven by an increase in global air travel, advancements in aircraft technology, and stringent aviation safety regulations.

Technological advancementsIncreased air travelRegulatory changes

The Aircraft Electronics Technician profession is on a steady climb with an expected employment growth of 3.1% from 2024 to 2034, increasing from 169,956,100 to 175,167,900. This growth, although moderate, reflects a stable demand for these skilled professionals in the aviation industry. The rise of AI and automation presents both challenges and opportunities for technicians. AI's integration in diagnostics and maintenance can streamline operations, potentially reducing the demand for routine manual tasks but increasing the need for tech-savvy technicians. Demographic shifts and evolving policies also play crucial roles, influencing training frameworks and job availability. For aspiring technicians, now is the time to gain AI fluency to leverage these technological shifts effectively.

Long-Term Outlook

AI & Automation

medium disruption risk

AI is set to transform the Aircraft Electronics Technician role by automating routine maintenance and diagnostics. This shift will require technicians to manage more complex AI-driven systems, making advanced technical skills more valuable.

Changes are already underway and will become more significant over the next decade

Demographics

An increase in global mobility and aging aircraft fleets demand more sophisticated maintenance skills from technicians.

Key factor: Global mobility

Policy & Regulation

Regulations focusing on aircraft safety and environmental standards are tightening, necessitating higher compliance and expertise from technicians.

Safety regulationsEnvironmental compliance

Industry Shifts

The aviation industry is seeing a shift towards more sustainable and efficient aircraft, which requires technicians to continuously update their skill sets.

Sustainable aviation technologyAdvanced diagnostics tools

Top Skills

Equipment Maintenance

85/100

Troubleshooting

88/100

Operation Monitoring

80/100

Bottom Line

For those interested in technology and aviation, becoming an Aircraft Electronics Technician offers a stable career path, especially for early adopters of AI in the field.

State-by-State Variations

Aircraft Electronics Technician requirements can vary significantly by state, influenced by local regulations and industry demands.

Most Strict

Most Accessible

Reciprocity: Reciprocity between states is not uniform; technicians often need to meet additional criteria or undergo testing when moving between states with differing requirements.

Renewal Requirements

Aircraft Electronics Technicians must renew their certification every two years to ensure they remain knowledgeable about the latest technology and safety standards in the industry. Renewal involves completing specified continuing education and paying a renewal fee, which is crucial for maintaining the integrity and safety of aviation electronics.

Renewal Period

every 2 years

Renewal Cost

Varies by institution and training provider

CE Hours

16 hours

CE Topics: Aviation Safety, Technological Updates

Late renewal may incur additional fees and require extra continuing education credits.

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