Join a world-leading technology innovator shaping the future of global connectivity. Our client is at the cutting edge of high-speed communications, advanced semiconductor design, and next-generation network architectures. As a Senior Research Engineer, you will push the boundaries of PHY system understanding by developing advanced models that capture real-world behaviour. Provide data-driven insights to guide system architecture decisions.
Engage with academia and the global research community to shape future PHY concepts.
Master’s or PhD in Electrical/Electronic Engineering, Computer Science, or a related field.
Proficiency in Python, MATLAB, or similar modelling environments.
Knowledge of high-speed data converters is a plus.
Experience in system identification or data-driven modelling is advantageous.
Fluent in English; German and/or Chinese is a plus.
Influence global standards – Play a key role in shaping technologies adopted worldwide (IEEE, UEC, and beyond).
Real research impact – Your work won’t sit on a shelf—it will directly influence system architecture and product direction.
Collaborate with top minds – Work alongside leading experts across international research teams and academic partners.
Cutting-edge environment – Access to advanced tools, data, and resources to explore bold ideas.
Career growth – Clear opportunities to grow into technical leadership or specialist expert roles.
Global exposure – Engage with the international research community through conferences and collaborations.
If you’re driven by innovation and want to work on technology that truly matters—or you’re an experienced researcher looking to push boundaries at a global level—this is your opportunity.