Staff Application Engineer – STA​/Signoff

We Are

Synopsys is the leader in engineering solutions from silicon to systems, enabling customers to rapidly innovate next‑generation semiconductor products. We deliver industry‑leading design, verification, and signoff solutions that power the world’s most advanced chips. Working at the forefront of advanced nodes and complex SoCs, we partner with leading semiconductor companies to solve their toughest design challenges and accelerate time‑to‑market.

You are a technically strong engineer who understands the critical importance of signoff in the chip design lifecycle. You are comfortable working at the intersection of tools, customers, and complex design challenges, and you thrive in solving real‑world engineering problems. Whether it’s timing closure, power integrity, or reliability at advanced nodes, you bring a hands‑on, analytical approach to debugging and delivering solutions.

You enjoy working directly with customers, understanding their challenges, and turning those into actionable solutions. You are proactive, able to take ownership of issues, and confident navigating ambiguity in fast‑moving, customer‑driven environments. You are also motivated to grow into a leadership role, guiding projects and influencing technical direction.

• Support deployment and adoption of Synopsys signoff solutions across leading semiconductor companies and foundries
• Engage directly with global customers, IP providers, and partners to understand and solve complex SoC and 3
  
  DIC design challenges
• Provide hands‑on technical support for static timing analysis (STA), power integrity (PDN/EMIR), signal integrity, and reliability signoff
• Work closely with customers throughout both pre‑sales and post‑sales phases, including deployment, debugging, and optimization
• Troubleshoot and resolve issues related to tools such as Prime Time, Red Hawk‑SC (RHSC), Prime Closure, PTECO, and Tweaker
• Deploy and support the Synopsys Seascape platform and contribute to its adoption as a next‑generation design platform
• Collaborate with internal product engineering teams to influence product improvements based on real customer feedback
• Own customer issues end‑to‑end, ensuring timely resolution and high customer satisfaction
• Develop best practices, knowledge base content, and reusable solutions for internal and external stakeholders
• Contribute to internal initiatives, knowledge sharing, and continuous improvement across the organization

• Enable successful deployment of Synopsys signoff solutions at top‑tier semiconductor companies
• Help customers resolve complex timing, power, and reliability challenges, accelerating their tape‑out cycles
• Influence the evolution of industry‑leading EDA products through direct customer feedback
• Strengthen customer relationships by acting as a trusted technical advisor
• Improve internal capability through knowledge sharing and best practice development
• Support business growth by enabling technical success in pre‑sales and post‑sales engagements
• Drive innovation within the signoff domain, supporting next‑generation chip development

• 5+ years of experience in semiconductor design, with strong expertise in STA, timing closure, ECO, or PDN/EMIR at block or SoC level
• Hands‑on experience with tools such as Prime Time, RHSC (Red Hawk‑SC), Prime Closure, PTECO, or Tweaker
• Strong understanding of signoff flows, timing analysis, power integrity, and reliability
• Experience supporting customers or working in application engineering, customer engineering, or similar roles
• Ability to debug and solve complex design issues independently
• Strong problem‑solving and analytical skills
• Programming/scripting skills to automate workflows and solve engineering challenges
• Knowledge of advanced node design and semiconductor flows is highly desirable

• You are comfortable working in a customer‑facing environment, balancing multiple priorities and stakeholders
• You take ownership of problems and drive them through to resolution
• You are proactive, curious, and able to learn quickly in a fast‑paced domain
• You can explain complex technical concepts clearly to both technical and non‑technical…