As a Project Engineer in the field of Mechatronics & Controls at vintecc, you’ll play an important role in the development of software for advanced control systems and robotics. You’ll be able to leverage your expertise in mechatronics, control systems and software programming, while showing your eagerness to learn. “It’s not possible, doesn’t exist” is your mindset.

Your responsibilities
Using your programming skills to support the implementation and optimization of control algorithms and contributing to the software development aspect of autonomous systems. You’re eager to learn and use a wide variety of development tools, and you pride yourself on writing clean and robust code.
Working together with your colleague’s, other cross-functional teams and clients to contribute to the development of advanced control systems for autonomous applications. You’re also responsible for clear and effective communication about the project progress.
Applying your knowledge of mechatronics to seamlessly integrate mechanical and electronic components, ensuring optimal system performance. Designing and implementing innovative control algorithms and striving for improved stability and performance in autonomous systems. Using system modelling and model-based design to test your algorithms in simulation.
Contributing to the overall system architecture, and actively participating in integrating mechatronics, control systems, and software components cohesively. You’ll also keep in mind the need to generalize software components and help expand our common software stack between projects.
Participating in hands-on prototype testing to validate your software and ensuring alignment with project specifications and industry standards.

A master's, or Ph.D. in control engineering, mechatronics, robotics, or a related field.
Demonstrated knowledge and interest in mechatronics, control systems, system engineering, and software programming.
Familiarity with programming languages such as C++, C#, Python and graphical programming (Matlab/Simulink), or in general an interest in programming.
Understanding of system engineering and model-based principles and practices.
Enthusiastic about contributing to the development of autonomous technologies.
Strong problem-solving and analytical skills.
Effective communication and collaboration abilities.
Dutch is mandatory.