Analog/Mixed-Signal IC Design Lead (PMIC)
Job in
San Francisco, San Francisco County, California, 94199, USA
Listed on 2026-08-22
Listing for:
Celera Semiconductor
Full Time
position Listed on 2026-08-22
Job specializations:
-
Engineering
Electronics Engineer, Systems Engineer, Hardware Engineer, Test Engineer
Job Description & How to Apply Below
As the Design Lead, you will spearhead the design and development of high-performance PMIC products. You will lead a multidisciplinary team to define chip architectures, oversee mixed-signal implementation, and ensure successful tape-outs that meet aggressive performance and schedule targets.
Key Responsibilities- Technical Leadership: Direct and participate in the full IC development lifecycle, including research, design, and evaluation of PMIC products.
- Architecture & Specification: Define system-level architectures and write detailed specifications for analog and mixed-signal blocks such as LDOs
, Buck/Boost converters
, and Battery Management systems. - Design & Verification: Lead full-chip integration and top-level simulations; drive verification strategies to ensure design completeness across all process corners.
- Cross-Functional Collaboration: Partner with Digital Design
, Verification
, Layout
, and Test Engineering teams to resolve complex trade-offs between power, area, and performance. - Silicon Debug & Characterization: Lead post-silicon validation, bench correlation, and root-cause analysis during debug phases to ensure production readiness.
- Education: Bachelor’s, Master’s, or PhD in Electrical Engineering with a focus on power electronics or microelectronics.
- Experience: 10+ years of relevant IC design experience, with a proven track record of releasing multiple PMIC products into high-volume manufacturing.
- Technical Expertise: Expertise in analog/mixed-signal blocks:
Bandgaps, OP‑Amps, high-efficiency switching regulators, and data converters (ADC/DAC); proficiency with industry‑standard EDA tools (Cadence Virtuoso, Spectre) and modeling languages (Verilog‑AMS, System Verilog). - Process Knowledge: Good understanding of BCD process technologies; strong grasp of semiconductor device physics and design for EMI/EMC and ESD protection.
- Familiarity with digital control architectures and industry-standard protocols.
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