Digital System Architect – FPGA/ASIC Rotterdam • TMC

Wij zijn een internationaal hightech consultancybureau met een team van ondernemende ingenieurs, wetenschappers en digitale experts van over de hele wereld. We bieden consultancydiensten aan onze toonaangevende klanten in diverse servicegebieden zoals:

• Technology & Engineering
• Energy & Renewables
• Life sciences & Pharma
• Digital & IT

As a Digital System Architect, you’ll be at the forefront of developing advanced FPGA-based control platforms, with a roadmap toward ASIC integration. This role goes beyond circuit design, it's about enabling technological breakthroughs in cutting-edge scientific and engineering domains.

You’ll be part of a team that values innovation, autonomy, and cross-disciplinary collaboration. Your ideas and approaches will help shape the next generation of high-performance control systems.

What You’ll Do

• Collaborate with a multidisciplinary team of engineers (RF, embedded, software, hardware) to co-develop architecture and design for next-generation control systems.
• Lead the digital architecture efforts, with opportunities to expand into embedded software.
• Translate market and product requirements into scalable, robust system designs.
• Provide technical leadership across the R&D department, guiding development and implementation.
• Contribute to IP generation and maintain awareness of the IP landscape relevant to the technology.
• Evaluate emerging technologies and recommend adoption where beneficial.

To thrive in this role, you likely bring:

• A Bachelor’s, Master’s, or PhD in Electrical Engineering, Computer Science, Software Engineering, Information Technology, or a related field.
• 7+ years of experience as a Digital System Architect in FPGA/ASIC domains (e.g. processor design, RF systems, serial interfaces, DSP).
• Deep understanding of digital design flows and verification methodologies.
• Experience in one or more of the following areas:
  • System engineering
  • RF and analog-digital integration
  • CPU architecture
  • Digital signal processing
  • High-speed data converters
  • Serial communication protocols (JESD, Ethernet, TCP/IP, PCIe, RDMA, MGT)

• A chance to work on pioneering technologies that have real-world impact.
• A collaborative, intellectually stimulating environment with highly skilled colleagues.
• Opportunities for rapid learning and growth in a fast-evolving organization.
• The satisfaction of contributing to meaningful advancements in science and engineering