Front-End Software Engineer QML/Qt
July 8, 2024

Location: Bayonne, France
Team: Development
Starting date: As soon as possible

ADAXIS is a robotics software company which unlocks the potential of new manufacturing processes. Our technologies make industrial robotics accessible and usable for everyone. We want to contribute to a more robust, resilient, and sustainable industry.

Our principal product, AdaOne, lets users exploit robotic arms as flexible 3D printers for metal, plastics, composites, and concrete. It includes everything required to transform a robotic arm into a 3D printer: program generation, simulation, and real-time supervision. AdaOne is used worldwide by a broad variety of entrepreneurs, researcher and manufacturers in the aerospace, aeronautics, energy, transportation, and retail industries to manufacture and repair complex and innovative parts. Our community pushes the boundaries of innovative industry every day through their collaboration with ADAXIS.


We are seeking a software engineer to join our development team and help surpass the limits of how robotic arms can be used for additive manufacturing. You will join a multidisciplinary team responsible for developing our software AdaOne. Your focus will be our front-end architecture where you will collaborate with UX/UI designers and back-end developers to create responsive and intuitive applications.


Suitable candidates have a confirmed record of application development in C++, extensive experience in developing user interfaces using JavaScript like and a strong understanding of the Qt framework. The understanding of QML interfaces with C++ backend components in order optimize and debug QML code to ensure high performance and responsiveness. You will participate in code reviews to maintain high code quality standards and stay up-to-date with the latest industry trends and technologies related to QML and Qt. Proficient, or at least acquainted, with design and prototyping tools like Figma and having some experience in creating custom graphics and icons would be a significant advantage.

To thrive in this role, we believe you are curious and eager to find solutions to challenging problems. You enjoy being part of a team and working hands on to create well designed software and intuitive products.

We consider the following background suitable for this role:

  • Bachelor’s degree in computer science, Software Engineering, or a related field,
  • 3 to 6 years of experience as a QML Developer and strong proficiency in QML and Qt.

The knowledge of versioning tools, continuous integration tools, and automated tests are strongly expected. Excellent communication and collaboration skills in English are mandatory.


ADAXIS was launched in January 2021 by a French-Swedish team of technologists, following years of applied research into using industrial robotics for advanced manufacturing at ESTIA and RISE. The team collaborated during a pan-European research project where they shared the same will to reimagine the potential of industrial robotics and find the solution to the time-consuming and complex task of programming industrial robots. ADAXIS was formed to solve this problem by bringing a new intuitive and powerful software for robotic additive manufacturing to market.

ADAXIS is today an international passionate team of engineers, designers and roboticists who push the creative and economic potential of industrial robotics. We help world-leading companies to manufacture modern innovative and sustainable products.

ADAXIS has won the Boost Up! prize awarded by European Institute of Innovation and Technology and holds the i-Lab prize awarded by the French Ministry of Higher Education and Research honouring the best French innovations. ADAXIS is labelled Deep Tech and Young Innovative Company by Bpifrance since its inception.


Our office is based in Bayonne, France. This environment is ideal for combining cutting-edge technological work with a heavenly setting for living. The starting date is expected as soon as possible.
We favour working on our sites to encourage the maximum use of the various robotic cells made available to developers to validate their development. Working from home can be considered from time to time to facilitate personal organization.


Applications should be sent to