Senior Circuit Timing Engineer
Posted 9hrs ago
Employment Information
Report this job
Job expired or something wrong with this job?
Job Description
Senior Circuit Timing Engineer designing NVIDIA processor circuits for security, clocking, and power management. Driving timing signoff, transistor-level analysis, and AI/ML-enabled silicon design.
Responsibilities:
- Participate in groundbreaking processor design in deep submicron technologies
- Design innovative circuits for hardware security, adaptive clocking, and power management solutions
- Drive timing analysis and signoff of custom circuit macros, including digital, semi-custom, and analog mixed-signal
- Validate timing using STA tools including Nanotime, PrimeTime, Tempus, and SPICE simulation tools
- Collaborate with cross-functional teams to improve power, performance, area, and reliability of next-generation products
- Develop timing models and methodology for innovative custom macro designs
- Perform transistor-level circuit design and timing, schematic entry, and layout delivery
- Integrate AI/ML techniques into the design process and methodology
- Work with PD, DFX, Clocks, and other teams on timing signoff strategy, timing constraints, timing and power convergence, DFT, and timing ECO implementation
Requirements:
- BSEE/MS preferred in Electrical, Computer Engineering or equivalent experience
- 6+ years of digital circuit design experience for Masters and 8+ years for Bachelors
- Excellent understanding of deep submicron process issues and digital circuit design techniques
- Expertise in industry standard STA tools such as Nanotime, Primetime, Tempus, and other timing analysis tools
- Hands-on experience running SPICE simulations, EM/IR analysis, and static timing analysis/closure
- Proven experience in timing constraints generation and management
- Expertise in analysis and fixing of timing paths through ECOs including crosstalk and glitch noise
- Solid understanding of extracted timing models and usage of .libs in Primetime
- Knowledge of process variation effect modeling and design convergence in multi-GHz deep submicron technology
- Proven ownership and hands-on experience across the entire silicon design flow, from micro-architecture and RTL design to back-end execution, including Custom/Semi-Custom Circuit Design, Synthesis, Auto Place and Route, STA, and PVerf
- Proven capability in post-silicon characterization and debug
- Track record of independently driving and delivering complex features from conception through tape-out and validation
- Knowledge of timing closure strategies for digital logic/macros part of AMS designs/IPs
Benefits:
- Equity
- Benefits
















