Data Science, BI & DWH

The founding context is shaped by real-world urgency - the defence relevance is not theoretical, and the technology is needed today.

The company operates precisely at the intersection of: research | real-world application | go-to-market execution

This is a setup for engineers who:

• are comfortable operating under uncertainty
• take ownership and drive things forward
• understand that technology only matters when it performs outside controlled environments, * A core part of your work is the analysis of real drone flights
• When you implement a change, it is deployed to the system, tested in real-world conditions, and you verify whether it performs reliably outside of ideal scenarios.

Examples:

• If a drone deviates from its trajectory after a 20 km flight, you dive into the logs, reconstruct the flight path, and identify whether the root cause lies in sensor errors, synchronization issues, or the underlying mathematical model
• If communication between components is unreliable, you analyze data flows between the onboard computer (e.g. Raspberry Pi) and the flight controller, ensuring that all systems operate consistently
• If visual odometry (camera-based motion estimation) degrades during aggressive maneuvers, you investigate whether the issue stems from vibration (noisy IMU data), poor synchronization between camera and IMU, or an inadequate motion model, * Startup character, but financially secured for the coming years, supported in part by Austrian funding programs and investors
• You can work from anywhere; meetings for technical exchange are held remotely
• You will join a genuinely supportive and kind team - a place where different life realities are understood and respected
• At the same time, the team works hard because it knows what it is building for: a strong mix of Silicon Valley mindset and pragmatism

Additional

• If a specific job title is important to you, that can be aligned - what matters more is the output
• Compensation is open for discussion; while this is a startup, salary is not just base pay - let's discuss overall packages and individual needs openly

• You have a strong academic background (bachelor/master), typically in robotics, computer science, technical physics, aerospace engineering, or a related technical discipline
• You bring at least 3 years of experience in robotics or autonomous systems (e.g. UAVs), including hands-on work with technologies such as ROS/ROS2, Visual-Inertial Odometry, or navigation stacks - ideally in drone-related projects
• You have experience in sensor fusion and localization, for example working with Kalman filters, IMU data, GNSS/GPS, camera, or LiDAR data in real-world applications
• You are proficient in embedded software development, with C++ skills and Linux-based environments, as well as experience using Python for data analysis
• You possess solid mathematical foundation and are able to reason about models and uncertainty in complex systems
• You are fluent in English and comfortable collaborating in an international team; knowledge of Ukrainian or Russian is a plus

EUR 4.600 EUR 6.000

Minimum salary

EUR 4.600 gross/month (on full-time basis)

Your possible salary

The salary is between EUR 4.600 and EUR 6.000 gross / month (on a full-time basis), depending on qualifications and professional experience.