Control & intelligent systems
Feedback, automation and embedded decision-making for responsive physical systems.
Applied engineering & research
Engineering intelligent
physical systems.
Electronics, control and mechatronics developed together, from first concept to working technology.
Explore capabilities Intelligence | Mechatronics | Research Electronics / Control / Robotics
From signal to motion
One discipline is never the whole system.
The best engineering happens at the interfaces: where electronics, computation and mechanics become one working technology.
Integrated capabilities
From first signal
to finished system.
Control, electronics and mechanics are not separate offerings. They are interdependent parts of a system designed to work.
Electronics & embedded systems
Electronic design and embedded computing aligned to practical system requirements.
Mechatronics & robotics
Mechanical, electronic and computational elements developed as an integrated whole.
Instrumentation & signal processing
Sensing, acquisition and interpretation of meaningful system data.
Applied engineering research
Research-led exploration of advanced architectures and autonomous behavior.
The research perspective
Engineering for what comes next.
Exploring computing architectures, autonomous behavior and intelligent mechatronics with the discipline to bring new ideas into physical systems.
Explore research