Aveo Engineering Group

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traineeship Info

Internship Info

ORGANIZATION INFO

Aveo Engineering Group is a global leader in the aerospace and vehicle avionics sectors, renowned for its development of advanced drones, rockets, and high-precision avionics systems. The company’s work spans the design, development, and testing of innovative unmanned aircraft and related technologies, with core expertise in product development for drone peripheral equipment and the creation of new features and systems driven by cutting-edge engineering and creativity.

Founded in 2002, Aveo began with a focus on aerospace lighting and avionics technologies, quickly earning a reputation for excellence and innovation. Over the years, it has expanded its portfolio to include a wide range of avionics and vehicle systems, securing more than 50 patents worldwide with over 70 more pending. With engineering and manufacturing centres across Europe, Asia, and the United States, Aveo has steadily grown into a global enterprise pushing the boundaries of flight technology.

The company’s multidisciplinary team brings together specialists in mechanical, aeronautical, simulation, electronic, and software engineering. As its markets continue to grow exponentially, Aveo offers a dynamic and collaborative environment where talented individuals can apply their imagination and technical expertise to real-world aerospace challenges—while contributing to the future of next-generation flight systems.

MENTOR(S) FROM THE ORGANIZATION

Štěpán Hamouz

Electronic And Software Chief Engineer

NTU

Alumni

Anton Bondariev

Mechanical Chief Engineer

NTU

Alumni

VACANCIES

Mentor(s)/ Co-supervisor(s)

Štěpán Hamouz

Electronic And Software Chief Engineer

co-supervisor

Brief Introduction of the Department

The department is responsible for the design and prototype production of electronics, software, and firmware for all Aveo products. Its work spans the creation of schematics and PCB layouts, component selection and assembly, and the preparation of electronic systems for environmental and EMC testing. The team also develops software for Linux and Android platforms, supporting seamless integration across Aveo’s product lines.

The department operates within an international engineering network that includes team members based in the United States, Germany, and Slovakia. Together, they collaborate to deliver innovative, high-performance technologies that meet the rigorous standards of modern aerospace and automotive applications.

Department Staff Number

5-10 people

Internship Job Description

Role Overview
Interns will support a range of activities related to UAV (unmanned aerial vehicle) hardware, software, and systems development. Applicants may contribute to any of the following areas, depending on their skills and comfort level:

Primary Responsibilities

Designing and testing UAV hardware, including airframes, sensors, and propulsion systems
Developing and integrating flight-control software and navigation systems for ground, water, and airborne platforms
Assisting with the design and integration of electronic components such as GPS, IMUs, and LiDAR sensors
Contributing to product development for drone peripheral equipment, including proposing new features and system improvements
Working with drone-specific software frameworks such as PX4, ArduPilot, or ROS (Robot Operating System)

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Additional Opportunities (Depending on Skill Level)

Embedded Systems and Microcontrollers
Interns may work with embedded systems that control UAV operations, including motor control, sensors, cameras, and communication modules. Tasks may involve microcontrollers such as Arduino, Raspberry Pi, or specialized flight-control chips. Programming in languages such as C or C++ may be involved.

Sensors and Control Systems
The role may include work with both proprietary and industry-standard sensors. This can involve sensor integration, real-time data processing, control-theory applications (including PID control), and system calibration for optimal flight performance. Integration of GPS/INS, cameras, and other sensor systems is a core task.

Wireless Communication and Networking
Interns may support work involving wireless communication protocols such as Wi-Fi, Bluetooth, Zigbee, and cellular networks. Exposure to long-range communication technologies such as LTE, 5G, or satellite systems (including Starlink) is possible, especially for BVLOS and over-the-horizon operations.

Power Systems and Battery Management
Work may include support in designing or testing UAV power systems, understanding battery technologies, power distribution, voltage regulation, power-conversion systems, and battery-management systems (BMS). Interns may also help evaluate how to balance weight, efficiency, and flight duration.

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Preferred Intern Education Level

Master Students
Doctoral Students

Preferred Intern Skill Sets or Qualities

Basic understanding of electronics, including the ability to read schematics and measure electrical values
Experience with Arduino or Raspberry Pi is an advantage
Ability to design simple microcontroller-based PCBs and develop accompanying firmware is an advantage

Internship Period

From June 15 to August 31, 2026 (adjustable at the discretion of the organisation)

Others

Expected working hours per week: 37.5 hours
Salary/Financial Support: CZK 11000 per month & Voyage of Aspiration Intern Scholarship
Lunches provided on working day