ABOUT THIS POSITION

Radar systems are indispensable in the modern world. Whether for naval vessels, military drones, self-driving vehicles, or satellites, radars provide a reliable picture of the environment, day and night and in all weather conditions. Within the TNO Radar Technology department we possess exceptional knowledge in all of the key areas needed to develop state-of-the-art radars: EM/antennas, RF modules, IC design, and signal processing. If you are up to being challenged in an environment that is among the top in the world and if you are excited at the prospect of working with experienced colleagues on the design of ICs for RF and microwave sensors: then this might be your chance!

MMIC Technology has become an essential part of modern radar systems, one that has been researched and developed for more than 25 years by TNO at its location in the Hague. With unique models and design tools, an excellent MMIC test facility and bold initiatives in developing prototypes, we have been able to make giant leaps in MMIC technology. In cooperation with major industrial partners, this technology has been further developed and incorporated in a formidable electronically-scanned radar. The impressive performance of the Dutch air defense and command frigates and new Holland-class patrol vessels is, to a considerable extent, based on the MMICs that have been developed and tested by TNO.
For more information about our Radar Technology department you can take a look at: Radar Technology or TNO Radar - YouTube
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In this role, you’ll have the opportunity to leverage your Electrical Engineering expertise to drive projects that push the boundaries of circuit design for impactful defense applications. You’ll collaborate closely with a dedicated team, fostering innovation and teamwork to deliver cutting-edge solutions.
Working alongside the design team and Radar Technology colleagues, you’ll have the chance to connect the details of MMIC designs to the bigger picture of radar systems. On top of that, you’ll get the chance to translate complex requirements into practical design solutions that perform seamlessly in their intended environment.
With tools like Cadence and ADS, you’ll work with (Bi)CMOS and/or III-V semiconductor technologies. You’ll also have to opportunity to work with RF measurement equipment and scripting languages like Python. These tools will empower you to design models, characterize and model components, and to perform (non-linear) circuit and EM simulations, including lay-out optimization.
In short, this role is your opportunity to contribute to a safer world by advancing your expertise in circuit designs and radar technology while making an impact through meaningful projects.