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Physical making / fixingPhysical making / fixing
Avionics Technician
Avionics technicians keep aircraft electronics working safely. They install, fix, and test the systems that help planes navigate, communicate, and fly properly.
No degree needed for many routesApprenticeship route
AI impact: low£££ payApprenticeship route
12
AI impact
how much AI is reshaping it
Robin · your guide
Curious about being a avionics technician? Here's the honest picture - what you'd really do, what you'd earn, and every way in. No need to decide anything yet.
What you'd actually do
As an Avionics Technician, you look after the electronic systems inside aircraft - the systems that help the plane navigate, the radios pilots use to talk to air traffic control, and the computers that help the plane fly smoothly. These systems are critical, so your work has to be precise and safe.
You spend time checking that all the electronics are working correctly. If something goes wrong, you use special tools to work out what the problem is, then you fix it or replace the broken part. You work closely with engineers and pilots, and you keep careful records of everything you do. The work is hands-on and technical - you need to understand how circuits work and be good at solving problems under pressure.
1Conduct routine inspections and maintenance of avionics systems and instruments.
2Diagnose and troubleshoot electronic systems using specialized testing equipment.
3Repair and replace faulty components, ensuring compliance with safety regulations.
4Collaborate with engineers and pilots to resolve technical issues and improve system performance.
5Document maintenance activities and report on the status of avionics systems.
6Stay updated on the latest technologies and regulations in the aviation sector.
7Perform software updates and calibrations on avionics systems.
8Ensure adherence to safety protocols and quality assurance standards.
Career progression & pay
01
Getting in
Junior Avionics Technician
£26,000 - £32,000
Level 3 Diploma in Aviation Maintenance or equivalent.
In this entry-level role, you will assist senior technicians in the maintenance and repair of avionics systems. You will gain hands-on experience and develop your skills in troubleshooting and diagnostics.
02
Building up
Mid-Level Avionics Technician
£34,000 - £42,000
HND or degree in avionics, aerospace engineering, or related field.
As a mid-level technician, you will take on more complex tasks, including the installation of new systems and leading small teams. Your expertise will be crucial in ensuring compliance with aviation regulations.
03
At the top
Senior Avionics Technician
£48,000+
Extensive experience in avionics, with relevant certifications (e.g., EASA Part 66).
In a senior role, you will oversee avionics projects, mentor junior staff, and liaise with regulatory bodies. Your leadership will be essential in maintaining high safety standards and operational efficiency.
Degrees that lead here via Engineering and Technology
Acoustics
Skyborne Aviation Training Limited
Advanced Manufacturing and Operations
Coleg Sir Gar
Aero-Mechanical Engineering
University of Strathclyde
Aero-Mechanical Engineering
University of Strathclyde
Aeronautical and Aerospace Engineering
The University of Leeds
Aeronautical and Aerospace Engineering
The University of Leeds
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Who hires - top UK employers
BAE Systems
A leading global defence, security, and aerospace company.
Airbus
A major player in the aerospace industry, known for innovation and technology.
Rolls-Royce
A world leader in power systems and propulsion, particularly in aviation.
AI & the future of this job
Avionics technicians work in a highly regulated, safety-critical environment where physical dexterity, hands-on fault diagnosis and regulatory accountability are non-negotiable. AI can assist with fault prediction software and maintenance record analysis, but it cannot physically inspect wiring looms, replace line-replaceable units or sign off airworthiness documentation in place of a licensed human technician. The aviation industry's certification frameworks, particularly CAA and EASA licensing, create a strong structural barrier against automation displacing the core role. Demand is also underpinned by a global pilot and maintenance technician shortage that is forecast to persist well into the 2030s.
Within 5 Years
Minor workflow assistance
AI-driven predictive maintenance tools will become standard across commercial fleets, flagging likely component failures before they occur and reducing the volume of reactive fault-finding work. This makes scheduling more efficient but does not reduce headcount, it redirects technician time toward more complex diagnostics. Documentation and compliance reporting will be partly automated, cutting administrative burden. The hands-on, licensed core of the role is untouched.
Within 10 Years
Smarter tools, same hands
Augmented reality diagnostic overlays and AI-assisted wiring schematics will likely be routine workshop tools within a decade, helping technicians locate faults faster and reducing error rates. More sophisticated digital twin systems will allow real-time monitoring of aircraft health, but human sign-off on physical maintenance remains a legal and regulatory requirement. The skills premium will shift toward technicians who can interpret AI-generated diagnostic data rather than those who resist it. Overall employment in the sector is expected to grow, not contract.
Within 20 Years
Growing role, evolving specialism
The rise of electric vertical take-off and landing aircraft, urban air mobility platforms and next-generation autonomous commercial jets will create entirely new avionics specialisms requiring retraining and upskilling. Regulatory bodies will adapt, but the fundamental requirement for certified human technicians to physically maintain and approve airworthy aircraft is deeply embedded in international aviation law and unlikely to be legislated away. Robotics capable of performing the intricate, variable physical tasks of aircraft maintenance remains a distant prospect. Technicians who invest in continuous learning around new propulsion and avionics architectures will find themselves in a strong market position.
How to stay ahead
Pursue dual certification early
Aim for both CAA Part-66 licensing and a relevant academic qualification such as an HND or BEng. Dual-qualified technicians command higher salaries and have far greater mobility across MRO providers, airlines and defence contractors. Employers often fund this in part, so negotiate training support into any early job offer.
Build fluency in predictive maintenance systems
Familiarise yourself with platforms like Airbus Skywise, Boeing AnalytX or equivalent fleet health monitoring tools. Technicians who can interpret AI-generated maintenance alerts and translate them into physical action will be prioritised as airlines invest heavily in these systems. This is a genuine skill differentiator within the next five years.
Target emerging aircraft platforms
Electric and hybrid-electric propulsion systems, urban air mobility and next-generation avionics suites represent the growth frontier of the industry. Getting in early on training programmes linked to these platforms, many of which are offered through manufacturers and specialist MRO providers, positions you ahead of a wave of technician demand that traditional training pipelines are not yet equipped to meet.
Consider a defence sector pathway
Military avionics roles offered through the RAF, Army Air Corps or defence contractors like Leonardo and Thales tend to offer structured progression, funded qualifications and security clearance that substantially raises long-term earning potential. Defence programmes are also insulated from commercial aviation downturns, providing career stability during any cyclical disruption in the civil sector.
How to get in - your routes
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