Engineers who design, develop, and test the electronic systems that control drones. A critical role in ensuring the reliability and performance of UAVs.
Avionics Engineers in the drone industry are responsible for the design, development, and testing of the electronic systems that control unmanned aerial vehicles (UAVs). These systems include navigation, communication, and control mechanisms, which are essential for the safe and efficient operation of drones. Avionics Engineers work across a range of sectors, from defence and security to agriculture and aerial surveying, collaborating with multidisciplinary teams to innovate and solve complex technical challenges.
A typical week for an Avionics Engineer is split between design work, testing, and collaboration with other engineering teams.
Based on advertised midpoints across the 3 UK listings priced in pounds in the last 12 months. Base salary only.
% of 1 listings posted in the last 12 months that mention each skill, extracted from job descriptions.
A typical UK progression for avionics engineers. Years are guidance — strong people move faster, and many senior folks sidestep into research, product or management.
Assist in the design and testing of avionics systems, working under the guidance of more experienced engineers.
Take ownership of specific avionics projects, leading design and testing efforts, and collaborating with cross-functional teams.
Lead major avionics projects, manage a team of engineers, and provide technical direction and mentorship.
Oversee the entire avionics engineering function, drive strategic initiatives, and influence company-wide technical decisions.
There's no single route, but most people follow some version of these steps.
Start with a strong educational background in electrical or aerospace engineering, focusing on avionics and control systems.
Gain hands-on experience through internships or entry-level roles, working on real-world avionics projects.
Focus on UAV-specific avionics, learning about the unique challenges and technologies in the drone industry.
Take on leadership roles, managing avionics projects and mentoring junior engineers.
Contribute to the strategic planning and innovation of avionics systems, driving the company's technical vision.
Becoming a recognised expert in the field, providing consultancy and advisory services to other organisations.
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The Software Engineer will work on the complete development lifecycle of flight safety and navigation systems, from concept and algorithm design to system integration and testing. You will collaborate with a multidisciplinary team to deliver high-performance solutions, maintain high-quality code, and produce comprehensive documentation.
The Mechanical Design Engineer will be responsible for the design and development of advanced cargo drone systems, creating detailed CAD models and drawings, performing structural analyses, and supporting prototyping and testing. The role involves close collaboration with internal and external teams to ensure designs meet performance, robustness, and customer requirements.
This role involves working on complex RF signal data for defence and security applications, specifically in the areas of ML modelling for RF signal characterisation and modification. You will lead applied RF engineering work, advance signal processing pipelines, and develop next-generation prototype technologies using Python, digital signal processing, and RF hardware.
This role involves designing and integrating optical systems, including lasers, lenses, and cameras, to protect critical infrastructure from threats like drone incursions. You will work closely with a multidisciplinary team to take products from concept to production, leveraging both theoretical knowledge and practical engineering skills.
As a Senior Mechatronics Engineer, you will work on cutting-edge drone detection and tracking systems, combining optical systems and machine learning. Your responsibilities include mechanical design, prototyping, and PCB-level electronics design, with hands-on time in workshops and at customer sites.
The Stress Engineer will perform structural and vibration analysis on UAV airframes, working closely with the Airframe Lead and Senior Stress Engineer to ensure the structural integrity and safety of the systems. Responsibilities include FEA simulations, stress reporting, and collaborating with design and testing teams.
A degree in electrical, aerospace, or mechanical engineering is typically required, with a focus on avionics and control systems.
Key skills include strong technical knowledge in electronics and control systems, proficiency in CAD software, and excellent problem-solving abilities.
Industries such as defence, aerospace, agriculture, and aerial surveying are major employers of Avionics Engineers.
Avionics Engineers often work in a combination of office, laboratory, and field settings, collaborating with multidisciplinary teams.
Salary ranges can vary widely based on experience and location. For more detailed information, refer to the salary section on this page.
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