ASIC Power Engineer

RESPONSIBILITIES

• Set up and maintain PPRTL and PTPX power analysis flows (average and time-based/peak power).
• Generate and manage activity inputs (FSDB/VCD/SAIF) from RTL and gate-level simulations; handle long-waveform and windowed analysis.
• Correlate RTL-level power estimates against gate-level signoff power and explain deltas.
• Produce per-block, per-hierarchy, and per-workload power breakdowns; identify top power contributors and clock/datapath waste.
• Recommend and evaluate power reduction opportunities (clock gating efficiency, datapath gating, memory power, idle leakage).
• Automate flows and reporting with TCL, Python, and Make-based build systems; integrate into regression/CI.
• Document methodology and support design teams in interpreting results.
• Perform PPA optimization with Fusion compiler.
• Perform RTL and netlist level Power analysis
• Perform post-processing and scripting on report log files for format conversion, data analysis, and information extraction
• Setup, run, debug, and analyze reports of ASIC flows (Synthesis, PD, Power, Timing)
• Implement some blocks at RTL and UPF
• Ability to document and communicate clearly

MINIMUM QUALIFICATIONS

• Required Years of Exp: 10+ Years of experience as an ASIC Power engineer, or CAD Engineer/Physical Design engineer
• Minimum Education: BS in Electrical Engineering/Computer Science or equivalent experience
• Experience with power estimation tools and synthesis, some physical design
• Knowledge of power trade-offs in design and back-end implementation
• Hands-on experience in scripting, data analysis

PREFERRED QUALIFICATIONS

• Hands-on production experience with Synopsys (PPRTL, PTPX/PrimePower, VCS, Verdi, DC, ICC, FC) and/or Cadence (Joules), PowerArtist
• Ability to debug simulation-to-power flow issues end to end.
• Strong scripting: TCL, Python and Excel based scripting and data-post-processing tools, model fitting, data visualization and analysis; comfortable with Linux and large compute/job-scheduling environments.
• Experience in low power design, tools and methodologies including power intent UPF specifications
• Silicon Power Characterization - Some power modeling/profiling experience at IP/SoC level.

Must-Have Skills

• Experience with power estimation tools and synthesis, some physical design
• Knowledge of power trade-offs in design and back-end implementation
• Hands-on experience in scripting, data analysis

Nice-to-have Skills

• Hands-on experience with Synopsys PPRTL, PTPX/PrimePower, Verdi based power analysis and debug.
• Recommend and evaluate power reduction opportunities (clock gating efficiency, datapath gating, memory power, idle, leakage).
• Strong scripting: TCL, Python and Excel based scripting and data-post-processing tools, model fitting, data visualization and analysis; comfortable with Linux and large compute/job-scheduling environments.

Interview Process

• 2 Round of zoom interviews (45 mins)
• Round 1: Power Analysis & Low Power Methodology
• Round 2: Scripting (Optional)