Would you like to work on building world-first, ultra-secure SoCs from the ground up?
Do you want to take ownership of the verification environment for bleeding-edge semiconductor designs?
Are you looking to be part of a dynamic and fast-scaling team shaping tomorrow’s chip architecture?

Our client is at a pivotal growth stage, transitioning from early prototyping to large-scale development and industrialization. The biggest challenge? Building a robust, scalable verification infrastructure capable of keeping pace with rapid design cycles and complex integration – all without legacy constraints holding you back.

I’m looking for someone who:
· Has 5+ years of hands-on ASIC verification experience
· Is an expert in UVM and SystemVerilog with a solid understanding of logic design
· Has verified processor-based SoC systems, ideally with interfaces like PCIe, DDR, UCIe, or Ethernet
· Is comfortable with scripting (Tcl, Python, Perl) and familiar with HW/SW co-simulation tools

Who is interested in:
· Developing and maintaining complex UVM-based testbenches
· Collaborating with design and architecture teams to ensure quality and alignment
· Influencing verification strategy and infrastructure from day one
· Solving real-time debug and integration challenges
· Growing within a company that rewards initiative and innovation

For a company who:
· Is building a ground-breaking, high-performance SoC with built-in security from scratch
· Offers full autonomy and a chance to influence verification processes end-to-end
· Provides a highly collaborative, agile, and ambitious engineering environment
· Operates at the cutting edge of chip architecture, with a fast track to productization

We know we ask a lot but encourage you to apply even if you fit 80% of the role.

Apply now! Chat first? Call Febraneila Primadina Kusuma at +31 (0)20 305 0079 or e-mail me at febraneila.kusuma@darwinrecruitment.com to learn more about this exciting opportunity.

Darwin Recruitment is acting as an Employment Agency in relation to this vacancy.

Febraneila Kusuma