Avionics Engineer

Job Description:

An avionics engineer designs, develops, and maintains the electronic systems and components used in aircraft for communication, navigation, and control.

Job Category:
Automotive & Aviation

What you will do:

As an avionics engineer, you will be:

  • Creating and designing electronic systems for aircraft, including communication, navigation, and control systems
  • Integrating avionics components into the aircraft’s overall structure, ensuring seamless functionality
  • Conducting rigorous testing of avionics systems to ensure reliability, safety, and compliance with aviation regulations
  • Overseeing the maintenance, troubleshooting, and repair of avionics systems to ensure operational efficiency
  • Programming and developing software for avionics systems, including flight control and navigation software
  • Analysing data from avionics systems to identify performance trends, anomalies, and areas for improvement
  • Developing and implementing upgrades or modifications to enhance avionics systems based on technological advancements or regulatory changes
  • Ensuring avionics systems adhere to aviation regulations and safety standards
  • Working closely with other engineering teams, such as mechanical and aeronautical engineers, to ensure seamless integration of avionics systems
  • Staying updated with emerging technologies and trends in avionics to drive innovation
  • Creating detailed technical documentation for avionics systems, including specifications, diagrams, and procedures
  • Providing technical support to aviation personnel, pilots, and maintenance teams during avionics-related issues


You will need:

  • knowledge in electronics, aerospace engineering principles, computer science, mathematics and data analysis
  • knowledge in navigation systems, control systems, software development, embedded systems and aviation industry
  • knowledge in aircraft regulations, safety standards and risk management
  • knowledge in communication and ethical considerations

As well as:

Illustration of employee looking at workspace

Entry Requirements:

While specific GCSE subjects may not be strict requirements for becoming an avionics engineer, focusing on the following subjects can provide a solid foundation for pursuing a career in avionics engineering:

  1. Mathematics: Strong mathematical skills are essential for calculations and understanding engineering concepts.
  2. Physics: Understanding principles of physics is crucial for comprehending avionics systems and their functionality.
  3. Design and Technology: Learning about engineering principles, design concepts, and technical drawings.
  4. Computer Science: Familiarity with programming languages and software tools used in avionics design.
  5. Science: Knowledge of science subjects, such as physics and chemistry, can be beneficial for understanding engineering principles.
  6. Information Technology: Proficiency in using technology and software tools relevant to engineering.
  7. English: Strong communication skills, both written and verbal, are important for documentation and collaboration

While these subjects provide a helpful foundation, pursuing higher education in aerospace engineering, electronics engineering, or a related field is typically necessary to become an avionics engineer.

To become an avionics technician, you generally need the following qualifications and requirements:


A high school diploma or equivalent is typically required. Completing a post-secondary avionics maintenance program or an electronics-related program is advantageous.


Obtaining an avionics certification from an accredited aviation maintenance school is often required. Depending on the country, this might include certifications such as an Aircraft Electronics Technician (AET) certificate.

Practical Experience

Gaining hands-on experience through internships, apprenticeships, or entry-level positions is valuable.

Physical Fitness

Meeting the physical requirements necessary for the job.

Background Check

Some aviation employers might require background checks for security clearance.

Working Hours and Environment:

Avionics engineers typically work regular office hours in design labs, offices, or research centers, collaborating with colleagues and using specialized tools and technology for aircraft system design, often with potential for additional hours during critical project phases or urgent tasks.

Career Path & Progression:

A typical career path for an avionics engineer often begins with entry-level design or testing roles, then progresses to more specialized positions such as avionics systems engineer, senior engineer, or project lead, with further opportunities to move into management, research, or even consulting roles within the aviation industry.