Overview
In this ESD Engineer role, you will drive the I/O library development, leading design, simulation, and validation of advanced ESD and latch-up protected I/O structures. You’ll shape chip- and IP-level ESD methodologies and ensure robustness across Cirrus Logic’s mixed-signal portfolio. Collaboration with foundry partners and internal teams will be key to updating libraries and rules. This high-impact position offers the chance to influence product reliability and contribute to a culture of innovation and excellence.
Responsibilities
- Design, simulate, and optimize advanced I/O circuits and ESD protection structures
- Characterize and model I/O libraries to support high-performance mixed-signal design flows
- Release, maintain, and improve I/O libraries and models used across multiple design teams
- Apply deep expertise in ESD and latch-up requirements to ensure robust, reliable silicon
- Drive ESD sign-off for chip-level and block-level designs, ensuring consistent methodology
- Act as a technical leader, unifying ESD, latch-up, and I/O strategies across business units
Key requirements
- MSc in Electrical Engineering (or equivalent experience)
- Holistic understanding of ESD/EOS protection for mixed-signal CMOS circuits
- Strong fundamentals in ESD circuit design, layout, and testing
- Proven experience in I/O design, including CMOS circuitry, latch-up mitigation, physical verification, and device-level characterization
- Chip-level ESD signoff expertise and understanding of reliability requirements
- Ability to guide layout engineers for robust ESD-safe layouts
- Proficiency with Cadence schematic capture, layout, and simulation tools
- Ability to work independently and lead/collaborate within high-performing technical teams
- Clear, effective written and verbal communication
- Experience in IBIS model generation is a plus
- Clear, effective communication
- Team leadership and collaboration
- Ability to work independently and lead projects
- Cadence schematic capture, layout, and simulation tools
- ESD circuit design, layout, and testing
- Latch-up mitigation
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