Roboticis, Control Systems Engineer (m/f/d)
Roboticist, Control Systems Engineer (m/f/d)
Do you want to be part of an organization on the cutting edge of technology?
We’re looking for talented people to join our motivated and friendly team. We have an open, collaborative, and flexible environment. You’ll work alongside leading industry experts and take on challenging projects that bring tomorrow’s electronics to life. If you want to make a difference, are an effective communicator, love a good challenge, and easily embrace change, your next career adventure awaits!
Mycronic is a global high-tech company headquartered in Sweden, with operations and customers around the world. With more than 50 years of industry experience, Mycronic provides high-precision production solutions to the electronics industry and is organized into four specialized divisions, each focused on developing innovative technologies that support the production of advanced electronic products. https://www.mycronic.com/en/career/working-at-mycronic/
Atg Mycronic GmbH is a global high-tech company that develops, manufactures, and markets production equipment meeting the electronics industry’s high demands for precision, flexibility, and efficiency. As a leader in electrical inspection and testing systems for unpopulated printed circuit boards, Driven by continuous innovation and growth, our contributions directly impact the future of technology and shape the way we live tomorrow. Our team fosters a collaborative, hands-on environment built on a shared commitment to quality and excellence, offering dynamic opportunities to make a meaningful difference. For more information, visit www.atg-mycronic.com.
Position overview
The Roboticist, Control Systems Engineer role leads the control systems development for high-performance multi-test-head machines by conducting dynamic modeling and system identification of elastic multi-body structures, from motor power generation to test head movement. In this role, you will design advanced algorithms for motion coordination, planning, and closed-loop regulation, while architecting modern embedded control systems through automated code generation. Ultimately, you will implement, document, and validate control solutions across all development phases, including simulations, test setups, and series production devices.
Key Responsibilities
Analysis, modeling, and system identification of our (elastic) mechatronic (multi-body) systems-from power generation in the motors to the coordinated movement of the test heads
Development of algorithms for motion coordination, planning, control, and closed-loop regulation of our high-performance multi-test-head machines
Design of a modern control system architecture for the machine, incorporating all embedded components and utilizing automatic code generation tools
Implementation and documentation of development results across simulations, test setups, and series production devices
Experience and Qualifications
Degree in Engineering, Natural Sciences, Mathematics, or a comparable field
In-depth knowledge of analyzing and designing modern digital control systems (e.g., MPC), particularly related to mechatronic drive systems and robotics
Expertise in C/C++ and Python implementation (e.g., Control Systems Library)
Practical experience in validating models and control strategies is an advantage (capturing Bode plots, parameter optimization of grey-box models, etc.)
Independent, structured, reliable, and solution-oriented approach to work
Strong communication and teamwork skills (German/English), as well as a high degree of creativity
What we offer
An inclusive, team-oriented culture defined by open communication, minimal hierarchy, and active social events.
Customizable working hours and flextime options designed to help you balance your personal and professional priorities.
A robust perks structure covering seasonal bonuses, longevity milestone gifts, commuting stipends, accident coverage, and retirement savings matches.
Continuous access to high-impact training workshops and professional advancement opportunities.
On-site refreshments and fruit, alongside dedicated wellness initiatives such as corporate bike programs, active rest sessions, and employer-sponsored health events.
Our Commitment to Inclusion & Belonging
At Mycronic, we love what we do, but most importantly who we do it with. Because to us the relationships we have with our customers and each other are the keys to success.
Take part in the excitement of working with innovative people and global businesses who are elevating today’s standards in modern electronics. Share in the responsibility of bringing great ideas to life within an inclusive culture that not only promotes personal growth and embraces diversity but depends upon it.
Here you are expected to have a voice and will be encouraged to get involved. It’s this very mindset that empowers our people to make a positive difference for a broad range of businesses, society and the planet - every day.
For a company founded on passion, collaboration and outside-the-box thinking, there is no greater asset than a diverse workforce. It is the cornerstone of our global, internal culture, and we actively promote an inclusive and healthy work environment by embracing diversity and showing compassion for our colleagues. Not only does it fuel our innovation capabilities, but it also deepens our understanding of our customers as well as the different cultures in which we operate. We believe quite simply that diversity is our competitive edge.
Analysis, modeling, and system identification of our (elastic) mechatronic (multi-body) systems-from power generation in the motors to the coordinated movement of the test heads
Development of algorithms for motion coordination, planning, control, and closed-loop regulation of our high-performance multi-test-head machines
Design of a modern control system architecture for the machine, incorporating all embedded components and utilizing automatic code generation tools
Implementation and documentation of development results across simulations, test setups, and series production devices
Degree in Engineering, Natural Sciences, Mathematics, or a comparable field
In-depth knowledge of analyzing and designing modern digital control systems (e.g., MPC), particularly related to mechatronic drive systems and robotics
Expertise in C/C++ and Python implementation (e.g., Control Systems Library)
Practical experience in validating models and control strategies is an advantage (capturing Bode plots, parameter optimization of grey-box models, etc.)
Independent, structured, reliable, and solution-oriented approach to work
Strong communication and teamwork skills (German/English), as well as a high degree of creativity