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In this role, you will be responsible for the implementation and signoff of complex digital integrated circuits from RTL to GDSII, focusing on cutting-edge process technologies. You will work closely with frontend design, DFT, and CAD teams to achieve power, performance, and area (PPA) targets while ensuring schedule adherence.
Job Responsibility:
Collaborate with architects, hardware engineers, and firmware engineers to understand the new features
RTL-to-GDSII Implementation – Execute full physical design flow including synthesis, floorplanning, placement, CTS, routing, and signoff
Timing & Power Closure – Perform static timing analysis (STA), power analysis, and optimize designs to meet timing, power, and area goals
Physical Verification – Run DRC, LVS, and other verification checks to ensure design manufacturability
Methodology & Automation – Develop and maintain scripts to improve design efficiency and quality
Cross-functional Collaboration – Work with frontend, DFT, and CAD teams to resolve design issues and implement methodology improvements
Documentation & Reporting – Create clear documentation and regularly report progress to project stakeholders
Requirements:
Full chip floorplan experience
Scripting language experience: Perl, Tcl, Python
Exposure to leadership or mentorship is an asset
Experience with high-performance CPU/GPU/AI accelerator physical design in advanced nodes (7nm and below)
Hands-on experience with low-power design techniques (power gating, multi-voltage, DVFS) and UPF/CPF flow
Familiarity with 3D-IC or chiplet-based design methodologies and associated tool flows
Knowledge of package-aware floorplanning and system-level co-design considerations
Experience with machine learning applications in physical design (e.g., auto-placement, routing prediction)
Prior exposure to design for testability (DFT) integration and post-silicon debug support
Proven track record of successful tape-outs in high-complexity SoC projects
Bachelors or Masters degree in computer engineering/Electrical Engineering