Not specified (assumed to be flexible or onsite based on typical industry norms).
Physical design and implementation expertise
Static timing analysis (sta) proficiency
Power grid and low power implementation
NXP Semiconductors is seeking a Principal Physical Design Engineer to lead the physical design and implementation of complex semiconductor integrated circuits, particularly in the iMCU & Connectivity domain. The role requires extensive experience in physical design methodologies and tools, while also focusing on mentoring junior engineers and ensuring product delivery
Job Summary
This role involves leading the physical design and implementation of complex, high-performance semiconductor integrated circuits for iMCU and Connectivity products.
The successful candidate will drive technical solutions, define methodologies, and ensure timely delivery of cutting-edge products within NXP's portfolio.
You will be responsible for comprehensive tasks ranging from floor planning and clock tree synthesis to final physical verification and tape-out readiness.
Matching Summary
Match Score: 85
NXP Semiconductors is seeking a Principal Physical Design Engineer to lead the physical design and implementation of complex semiconductor integrated circuits, particularly in the iMCU & Connectivity domain. The role requires extensive experience in physical design methodologies and tools, while also focusing on mentoring junior engineers and ensuring product delivery.
Skills & Requirements
Must-have
Physical design and implementation expertise
Static timing analysis (STA) proficiency
Power grid and low power implementation
DRC/LVS/antenna physical verification
Advanced EDA tools like Innovus or Fusion Compiler
Tcl/Python scripting for flow automation
Nice-to-have
Mentoring junior and senior engineers
Experience with top-level design
Knowledge of 16ff technology nodes
Collaboration with architecture and DFT teams
Adoption of new EDA technologies
Key Requirements
Bachelor's degree with 12+ years experience or Master's with 10+ years
Expert-level proficiency with industry-standard EDA tools
Deep understanding of STA concepts and sign-off criteria
Strong knowledge of power analysis and optimization techniques
Proficiency in scripting languages Tcl, Python, or Perl