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Darwin Recruitment in Leuven, Belgium is seeking a Senior/Principal Analog & RF IC Design Engineer to drive next-generation high-speed IC development. You will design, simulate and test analog, mixed-signal and RF circuits, targeting CMOS/SOI technologies and stringent performance specs.
The role involves architecture evaluation, layout experiences, collaboration across multidisciplinary teams and hands-on silicon validation. A MS in EE with 4+ years or a PhD is preferred.
Location: Leuven, Belgium
We are seeking experienced Senior and Principal Analog/RF IC Design Engineers to contribute to the development of next-generation integrated circuits for high-speed communications.
This is an opportunity to join a research-driven IC design team developing advanced prototypes and products for the rapidly evolving high-speed communications market.
You will apply your expertise in circuit architecture, analysis and optimisation to develop high-performance integrated circuits that meet demanding technical specifications.
Design, simulate, lay out and test integrated analog, mixed-signal and/or RF circuits.
Evaluate circuit topologies and architectures against state-of-the-art technologies and performance requirements.
Optimise circuit parameters to achieve stringent performance targets.
Develop integrated circuits using advanced CMOS and/or silicon-on-insulator (SOI) technologies.
Contribute to the development and validation of advanced communication IC prototypes and products.
Collaborate with multidisciplinary engineering teams to improve circuit performance, quality and design processes.
Master’s degree in Electrical Engineering (MSEE) with at least four years of relevant industry experience, or a relevant PhD with an excellent technical background.
Demonstrated track record of silicon measurement results.
Expertise in CMOS analog, RF or millimetre-wave integrated circuit design.
Strong analytical skills and the ability to evaluate circuit architectures and optimise designs against demanding specifications.
Good communication skills and a collaborative, team-oriented approach.
Results-driven mindset, attention to detail and commitment to continuous improvement.
Broadband driver IC design.
Transimpedance amplifier (TIA) design.
Ring modulator control circuitry.
Contribute to advanced IC research and the development of next-generation communication technologies, working on challenging circuit design problems from architecture selection through simulation, layout and silicon validation.