Senior ASIC Engineer leading the architecture and development of RISC-V-based systems at an innovative microelectronics company. Engaging with research institutions and driving technical collaboration.
Responsibilities
Lead and contribute to full ASIC development flows, from system and RTL design to GDSII sign-off
Define and validate digital architectures, including RISC-V SoCs and domain-specific accelerators
Drive technical decisions related to RTL design, verification strategies, synthesis, P&R, and sign-off
Design, implement, and maintain FPGA-based prototypes to validate architectures, subsystems, and system-level functionality ahead of tape-out
Use FPGA prototyping as a vehicle for early software bring-up, performance evaluation, and risk reduction
Interface with foundries, EDA vendors, and external industrial partners during design, fabrication, and validation phases
Act as primary technical point of contact for hardware design and ASIC/SoC development contracts with public research centers and universities
Coordinate, supervise, and technically validate externally contracted hardware design activities, ensuring alignment with internal architectures, schedules, and quality requirements
Facilitate effective collaboration and technology transfer between internal engineering teams and public research institutions
Provide technical leadership and mentoring to junior engineers and project teams
Contribute to European collaborative R&D projects, representing the company in technical discussions with research institutes, universities, and industrial partners
Support technology scouting and evaluation of new process nodes, tools, and design methodologies
Requirements
Master’s degree in Electronics Engineering or a related field
15+ years of experience in ASIC and SoC development within microelectronics environments
Proven experience covering the complete ASIC flow: RTL, synthesis, place & route, verification, and sign-off
Strong expertise in digital design languages (VHDL, Verilog, SystemVerilog)
Hands-on experience with FPGA prototyping, including architecture validation and system-level bring-up (Xilinx, Intel/Altera or equivalent)
Solid background in RISC-V architectures and complex SoC integration
Deep understanding of EDA tools and ASIC/FPGA design methodologies
Demonstrated ability to work effectively in collaborative R&D environments involving external stakeholders such as research institutes and universities
Excellent communication skills and ability to act as a technical interface between industrial and academic teams
Fluent in English; Spanish and/or Catalan are a plus.
Benefits
Flexible working conditions and hybrid work environment
Competitive remuneration aligned with seniority and expertise
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