Director of SoC Implementation​/Physical Design

Position: Director of SoC Implementation / Physical Design
We are seeking a highly experienced leader to head SoC Implementation / Physical Design for advanced semiconductor products. This role will own end-to-end physical design execution across complex SoCs, driving delivery from RTL to silicon for cutting-edge technology nodes.

The ideal candidate combines deep technical expertise with strong organizational leadership, capable of managing large global teams and delivering high-quality silicon on aggressive schedules.

Key Responsibilities
1. End-to-End Physical Design Ownership Lead complete SoC physical design execution including floor planning, synthesis, place & route, CTS, routing, STA, PDN, PDV and signoff.

Drive timing, power, IR/EM, and physical verification closure to achieve tapeout readiness.

Deliver optimized PPA (Power, Performance, Area) across complex designs.

Aligns with internal expectations of implementing designs on silicon with optimal quality, PPA, and cost efficiency
2. Program & Execution Leadership Own planning, tracking, and execution of physical design programs from specification through tapeout.

Manage risks, dependencies, and schedules across multi-site global teams.

Drive cross-functional alignment across RTL, DFT, STA, verification, and packaging teams.

Ensure delivery to aggressive project timelines and quality metrics.
3. Team Leadership & Organization Development Build and lead high-performing global physical design teams.

Drive hiring, mentoring, and career development across technical leads and engineers.

Establish execution discipline, review mechanisms, and performance tracking.

Interface with senior leadership for status reporting, escalation, and decision-making.
4. Technical Strategy & Innovation Define and deploy next-generation physical design methodologies.

Drive automation, flow optimization, and tool innovation.

Lead adoption of advanced node technologies (5nm and beyond).Improve scalability, productivity, and design quality through methodology enhancements.
5. Cross-Functional & Ecosystem Engagement Collaborate with architecture, RTL, verification, and product teams to ensure design convergence.

Interface with EDA vendors and IP providers for tool and flow optimization.

Support post-silicon bring-up, yield improvement, and production ramp activities.

Core Technical Expertise Full RTL-to-GDSII implementation flow Floor planning, synthesis, PNR, CTS, routing STA and signoff methodologies EM/IR, PDN design, signal integrity

Physical verification (DRC/LVS/ERC)
Advanced node implementation ( 16nm / 5nm)
Low power design (UPF/CPF)
System-level integration (package, IO, board)
These responsibilities reflect core physical design tasks such as floor planning, PNR, STA, verification, and optimization defined in internal role descriptions

Required Qualifications Bachelor’s or Master’s in Electrical / Electronics Engineering or related field
17+ years of experience in ASIC / SoC physical design

Proven experience leading large-scale SoC programs

Strong knowledge of industry EDA tools (Synopsys, Cadence flows)
Demonstrated success in advanced node implementations

Strong leadership, communication, and stakeholder management skills

Preferred Qualifications Experience in automotive or high-reliability So Cs Expertise  in PDN / EMIR / SI closure at chip-level

Experience with global team leadership across geographies

Exposure to AI-driven design methodologies and automation

More information about NXP in the United States...NXP is an Equal Opportunity/Affirmative Action Employer regardless of age, color, national origin, race, religion, creed, gender, sex, sexual orientation, gender identity and/or expression, marital status, status as a disabled veteran and/or veteran of the Vietnam Era or any other characteristic protected by federal, state or local law. In addition, NXP will provide reasonable accommodations for otherwise qualified disabled individuals.#LI-6692

Summary

Location:

Austin (Oakhill, Office)
Type:
Full time