You could take electronic design to the very limits of technology at ASML. How about designing state-of-the-art electronic systems in close interaction with our physics, mechatronics and software experts? Or designing advanced subsystems virtually every day, like pre-amplifiers with signal-to-noise ratios above 140 dB and power amps that combine high power density with low EMC content?

Electronic circuits form the central nervous system of our lithography machines, conveying signals from many sensors and controlling the mechanics and optics. The precision, speed and sophistication of these machines mean that high-quality electronic subsystem design has a critical role in their success. Moreover, all subsystems must meet stringent requirements for reliability, EMC compliancy, manufacturability, testability, cost, contamination and cleanliness.

Not surprisingly, at ASML electronic design complexity and component density are extremely high, as is the caliber of the engineers we need. Typically, we pack up to up to 800 circuit boards into a lithography system – along with 40 racks and over 1300 cables. Each year, we design 400 new boards, produce 200,000 boards and use about 100 million components.

Just as electronic circuits are everywhere in our products, electronic engineers are active throughout our organization. So whether you’re an analog, digital, power, VHDL or connectivity designer, ASML offers a challenge for you. Needless to say we offer opportunities to develop your career the way you want to, with fascinating work as a designer or integrator, architect, project or group leader.