CyberCoders · 18 hours ago
Principal Chip Power Integrity Engineer
CyberCoders is a global infrastructure tech provider delivering high-performance semiconductor and enterprise software solutions that power AI workloads, data centers, and cloud platforms. They are seeking a Principal Chip Power Integrity Engineer to perform full chip power integrity analysis, diagnose power delivery issues, and collaborate with cross-functional teams to ensure robust power delivery throughout the VLSI flow.
Responsibilities
Perform full chip power integrity analysis on large advanced node designs using state of the art parallel processing tools
Diagnose and resolve power delivery issues across a range of products including small high impedance die and large high power 2.5D and 3D designs
Develop and maintain scalable full chip power integrity methodologies and signoff flows
Run PDN simulations to address system level voltage budget and IR drop constraints
Create abstracted macro models for specialized blocks and cells
Conduct power delivery network simulations using tools such as HSPICE or ADS
Use Redhawk SC for detailed power integrity modeling and signoff
Support Totem flows and CMM model creation as needed
Collaborate with cross functional design, implementation, and methodology teams to ensure robust power delivery throughout the VLSI flow
Build automation and tooling using scripting languages such as Tcl and Python
Qualification
Required
MSEE and 10+ years experience or BSEE and 12+ years
Highly skilled in full chip power integrity analysis
Experience with modern tools capable of parallel processing extremely large node count designs in advanced FinFET technologies
Track record of resolving power integrity issues across a wide range of products, including 2.5D designs
Experience helping customers address system level voltage budget challenges through PDN simulation work
Clear and confident communication with architects, technical leaders, and senior level client stakeholders
Creating new full chip power integrity methodologies and flows that scale to very large node count designs
Building advanced power integrity approaches for analyzing and signing off 2.5D and 3D products
Troubleshooting chip power delivery problems and providing actionable guidance to block owners
Running power delivery network simulations using tools such as HSPICE or ADS
Applying deep knowledge of Redhawk SC for power integrity analysis and signoff
Navigating the full VLSI design flow using common EDA tools (Cadence, Synopsys, Mentor) along with scripting languages such as Tcl and Python or others
Preferred
Developing abstract macro models for specialized blocks or custom cells
Experience with 3D designs
Working with Totem flows and generating CMM models
Benefits
Health, dental, and vision insurance
Life and disability insurance
FSA and HSA
401k with match
ESPP
Generous PTO
Annual bonus from 15-30% (depending on your level)
VERY generous stocks!
Company
CyberCoders
CyberCoders is a recruiting firm locating job positions across all industries, including finance, education, engineering and healthcare.
Funding
Current Stage
Growth StageTotal Funding
unknown2013-12-02Acquired
Recent News
2025-04-12
Company data provided by crunchbase