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- Designing and testing UAV hardware, including airframes, sensors, and propulsion systems.
- Developing and integrating flight control software and navigation systems.
- Expertise in designing and integrating electronic components such as GPS, IMUs, and LIDAR sensors.Product development related to drone peripheral equipment. Proposing new features and systems.
- Experience with drone-specific software frameworks like PX4, ArduPilot, or ROS (Robot Operating System).
Proficiency in embedded systems and microcontrollers
Embedded systems control every aspect of a drone’s operation, from motor speed to camera control. Remember it’s important to master embedded systems specifically tailored to drones.
Drone engineers often work with microcontrollers like Arduino, Raspberry Pi, or more specialized chips for tasks like flight control, sensor integration, and communication systems. A good base of programming skills in embedded systems, along with proficiency in languages such C and C++, is essential for creating custom drones or modifying existing systems.
Knowledge of Sensors and Control Systems
Aveo drones use a variety of our proprietary  sensors along with industry standard ones to maintain stability, navigate, and understand their environment of operations.
Control systems like PID (Proportional, Integral, Derivative) controllers are often used to ensure a drone stays stable and responsive. If you understand control theory then you can  systems for optimal performance. Understanding how to process sensor data in real-time and adjust flight parameters accordingly is vital.
Integration of GPS/INS and cameras etc as well as other sensors is a main feature task
Wireless Communication and Networking
A strong understanding of wireless communication protocols like Wi-Fi, Bluetooth, Zigbee, and cellular networks is essential. Electronics engineers should also familiarize themselves with long-range communication technologies like LTE, 5G, or satellite (Starlink) communication used for over-horizon applications.
Knowledge of how to optimize data transfer and ensure secure, reliable communication between the drone and its controller or remote servers is critical. Understanding how drones transmit telemetry data, video feeds, and GPS coordinates wirelessly is a key part of the drone engineering process.
Power Systems and Battery Management
Electronics engineers need to understand battery technology and power distribution in drones to ensure they can fly for extended periods. Drone engineers must be proficient in designing power systems that balance weight, efficiency, and longevity.
This includes knowledge of battery management systems (BMS), voltage regulation, and power converters, as well as how to minimize power consumption while maintaining performance. Drone engineers need to be aware of the specific power requirements for various drone components, such as motors, cameras, and sensor.
Flight Simulation and Testing
Aveo does a lot of simulation including CFD and vibration etc analysis. Much of it is in cooperation with local universities.
Proficiency in simulation tools enables drone engineers to predict how their designs will behave under various conditions, minimizing the risk of failure. Testing also includes performing real-world flight tests to refine the drone’s performance and control systems.  If you have these skills they are a nice extra but not required for positions at Aveo.
Knowledge of Drone Regulations and Safety Standards
Global regulatory bodies have introduced rules and guidelines to ensure safe operation. Drone engineers must be familiar with local, national, and international regulations governing drone usage. EASA in Europe and the FAAin the USA enforces regulations for drone flight operations, including weight limits, maximum altitude, and no-fly zones.
Understanding these regulations helps engineers design drones that comply with legal safety requirements, especially in commercial applications like aerial photography, surveying, or delivery services.
Software Development and Data Management
Understanding data processing/machine learning techniques can be beneficial, particularly for advanced drone applications like autonomous navigation or precision agriculture or repetitive missions profiles.
Requirements:
Ability to function in an open and unstructured work environment and take responsibility for individual performance of tasks. Â No formal degree is necessary, those who have trained themselves and acquired skills as above are just as equal as anyone who has advanced degrees.
Aveo has global sales in over 110 countries and thousands of customers in these markets. Â Aveo is vertically integrated company with zero debt, privately owned and headquartered at the Aveo Complex at Pribram Airport with other company facilities in Florida, USA and Slovakia and United Kingdom, under American and Czech ownership couple,
Immediate Need Positions:
Mechanical Design Engineer for Aircraft Lights and Avionics housings and structures to work in collaboration with industrial design and electronics design teams.
SolidWorks is a must.
Knowledge of heat sinking and LED illumination is a plus.
Will train the right candidate who has energetic outlook and passion for excellence.
Long term career opportunity.
Development of digital cockpit avionics instruments and accessories. Hardware and/or Software Specialists are invited to apply.
Experience or capability to prepare FAA PMA documentation and coordinate with MIDO office for approval of new Aveo facility to assemble PMA product. Â (Quality Manager position also available as combined position)
Able to perform wires/cable connection (soldering) to PCBs in products, and testing functions required of same
Second Phase Positions:
Ability to perform high-quality assembly work of led lighting products from semi-finished component modules
Ability to neatly and accurately pack completed products and documentation to retail boxing and administer bar-code tracking function
Experience in purchasing and cost reduction functions related to same for electronics and complex aerospace or marine products
Able to professionally manage customer relations of key accounts requirements as well as customer service functions for problem resolution
Experience in handling TSO product application preparation and submissions to the FAA
Experience in SAE Testing and Certification functions for products
Jobs in Europe:
SolidWorks environment, experience in integration of electronics modules to original mechanical designs (electronics designs are provided by our in-house team)
Experience or capability to develop and test PCBs. Each design will vary in size and complexity depending on the application.
Able to perform wires/cable connection (soldering) to PCBs in products, and testing functions required of same