We are seeking a Principal Physical Design Engineer to lead the physical implementation of high-speed interface IPs and test-chips, taking designs from RTL to GDSII. The ideal candidate will have intimate knowledge of the full design cycle from RTL to GDSII, including chip-level implementation, and experience with advanced FinFET nodes (TSMC 16nm or below) and low-power design techniques.

The successful candidate will be responsible for driving timing and physical sign-off processes to ensure optimal performance and reliability, collaborating with front-end, analog, CAD, and product teams to solve complex mixed-signal integration challenges, and guiding a team of engineers through project execution, mentoring and developing talent within the group.

Key responsibilities include:

• Leading the physical implementation of high-speed interface IPs and test-chips, taking designs from RTL to GDSII
• Driving timing and physical sign-off processes to ensure optimal performance and reliability
• Collaborating with front-end, analog, CAD, and product teams to solve complex mixed-signal integration challenges
• Guiding a team of engineers through project execution, mentoring and developing talent within the group

The ideal candidate will have 12+ years of digital or physical design experience with recent project tape-outs as a technical driver or project lead, intimate knowledge of the full design cycle from RTL to GDSII, including chip-level implementation, and experience with advanced FinFET nodes (TSMC 16nm or below) and low-power design techniques.

In addition to technical expertise, the successful candidate will be a collaborative and communicative leader, able to work effectively across diverse teams, autonomous and decisive, comfortable managing multiple priorities and interruptions, and methodology-driven, with a passion for continuous improvement and innovation.

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We are seeking a highly motivated individual with a passion for physical design and implementation of complex Mixed Signal IPs and test chips. With a strong background in physical design, you thrive on solving intricate problems and enjoy collaborating with cross-functional teams. You have a deep understanding of the full design cycle from RTL to GDSII and are adept at using Synopsys tools and methodologies. Your excellent communication skills and problem-solving mindset enable you to convey complex ideas to various stakeholders, deliver robust solutions and mentor others, making you a key contributor to innovative projects.

As a Sr Staff Engineer, you will lead the physical implementation of high-speed interface IPs from RTL to GDS, ensuring timing and physical sign-off. You will collaborate with cross-functional teams to integrate and verify IP designs to achieve project goals. You will also provide technical guidance and mentorship, continuously improving design methodologies and processes to enhance efficiency and quality.

The impact you will have is driving the development of high-performance physical IP that powers next-generation technologies, ensuring the reliability and efficiency of physical design solutions in our products, contributing to the success of Synopsys' strategic goals through innovative design solutions, sharing technical expertise to elevate team capabilities, fostering a culture of continuous improvement and excellence within the engineering team, and supporting the adoption and usability of our products by providing top-tier engineering expertise.

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Key responsibilities include:

• Design Implementation experience should include ASIC design using industry-standard tools (Placement, Optimization, CTS, Routing)
• RTL to GDSII full flow experience or knowledge is preferable
• Strong interest and understanding of Advanced Node & Design methodologies are required.
• In-depth Synopsys Back end tool (Logical and Physical Synthesis, AI methodologies, Timing Closure techniques, Macro Placement, Routing at advanced Node, Static Timing Analysis, including noise analysis) experience and knowledge are required.
• Knowledge of several Clock Tree Synthesis methodologies like H-Tree, MS-CTS is preferred
• Back end P&R tools (Fusion Compiler, ICC2, Innovus)
• Excellent verbal and written presentation/communication skills are mandatory.

Requirements include:

• BSEE or equivalent, required with 7+ years of experience, or MSEE, or equivalent with 5+ years of experience.
• Tool knowledge: front end Synthesis and back end PnR tools (Fusion Compiler, ICC2, Design Compiler, Genus),
• Tool knowledge: STA (Primetime, Tempus)

We offer a comprehensive range of health, wellness, and financial benefits to cater to your needs.

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Your primary focus will be on supporting customers in enjoing Synopsys products, specifically in the areas of Place & Route (physical), Synthesis (logical and physical), STA experience and knowledge. Additionally, you will be knowledgeable in multiple domains of design implementation and understand codependency of flow and methodology such as Macro & Standard Cell Placement, Clock Tree Synthesis, Routing, Advanced Timing Optimization techniques.

You will also articulate design methodologies involving Synopsys tools at a very advanced Node (Sub 5nm) using Synopsys Full RTL-to-GDSII solution (Fusion Compiler / IC Compiler II/ICC2).

As a member of our high-performing Customer Application Services team, you will collaborate closely with R&D, sales, and product groups to ensure that Synopsys customers achieve their design goals efficiently and effectively.

Responsibilities:

• Support customers in enjoying Synopsys products, specifically in the areas of Place & Route (physical), Synthesis (logical and physical), STA experience and knowledge.
• Articulate design methodologies involving Synopsys tools at a very advanced Node (Sub 5nm) using Synopsys Full RTL-to-GDSII solution (Fusion Compiler / IC Compiler II/ICC2).
• Collaborate closely with R&D, sales, and product groups to ensure that Synopsys customers achieve their design goals efficiently and effectively.
• Manage multiple customer activities concurrently, and work with Account Managers and AC management to set their priorities.
• Sales support roles include product demonstrations, evaluations, and competitive benchmarking. Customer support roles include training, problem resolution, and technical account management.

Key Qualifications:

• Design Implementation experience should include ASIC design using industry-standard tools (Placement, Optimization, CTS, Routing)
• RTL to GDSII full flow experience or knowledge is preferable
• Strong interest and understanding of Advanced Node & Design methodologies are required.
• In-depth Synopsys Back end tool (Logical and Physical Synthesis, AI methodologies, Timing Closure techniques, Macro Placement, Routing at advanced Node, Static Timing Analysis, including noise analysis) experience and knowledge are required.
• Knowledge of several Clock Tree Synthesis methodologies like H-Tree, MS-CTS is preferred
• Excellent verbal and written presentation/communication skills are mandatory.
• Customer sensitivity, the ability to multiplex many issues & set priorities, and the desire to help customers exploit new technologies are essential for success in the position.

Preferred Experience:

• BSEE or equivalent, required with 7+ years of experience, or MSEE, or equivalent with 5+ years of experience.
• Tool knowledge expected: Back end P&R tools (Fusion Compiler, ICC2, Innovus)
• Tool knowledge (preferred): front end Synthesis tools (Fusion Compiler, Design Compiler, Genus),
• Tool knowledge (preferred): STA (Primetime, Tempus)

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What you'll do

• The primary focus of the Physical Design Specialist (PDS) is to support the sale and adoption of Synopsys products to help customers achieve tangible and lasting performance improvements in the cost, quality, and development time for projects.
• In addition, PDS AEs will articulate design methodologies involving Synopsys tools at a very advanced Node (Sub 5nm) using Synopsys Full RTL-to-GDSII solution (Fusion Compiler / IC Compiler II/ICC2).

What you need

• Design Implementation experience should include ASIC design using industry-standard tools (Placement, Optimization, CTS, Routing)
• RTL to GDSII full flow experience or knowledge is preferable
• Strong interest and understanding of Advanced Node & Design methodologies are required.
• In-depth Synopsys Back end tool (Logical and Physical Synthesis, AI methodologies, Timing Closure techniques, Macro Placement, Routing at advanced Node, Static Timing Analysis, including noise analysis) experience and knowledge are required.
• Knowledge of several Clock Tree Synthesis methodologies like H-Tree, MS-CTS is preferred
• Excellent verbal and written presentation/communication skills are mandatory.
• Customer sensitivity, the ability to multiplex many issues & set priorities, and the desire to help customers exploit new technologies are essential for success in the position.

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What you'll do

• Providing expert technical guidance and engineering insight to support Synopsys product adoption and usability for leading semiconductor customers.
• Diagnosing, troubleshooting, and resolving complex technical issues during customer installations and deployments.
• Training customers on new implementations, features, and capabilities of Synopsys RTL2GDS full flow solutions.

What you need

• Extensive experience with RTL to GDSII full flow and advanced node design methodologies.
• Hands-on proficiency with synthesis, physical design, static timing analysis, equivalence checking, parasitic extraction, DRC/LVS, and power analysis.

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What you'll do

• Leading the physical implementation of high-speed interface IPs from RTL to GDS, ensuring timing and physical sign-off.
• Collaborating with cross-functional teams to integrate and verify IP designs to achieve project goals.
• Providing technical guidance and mentorship to junior engineers.

What you need

• BE or MSEE with 2+ years of direct physical design experience.
• Proficiency in full design cycle from RTL to GDSII, with a focus on Physical Design.
• Solid engineering understanding of IC design, implementation flows, and methodologies for deep submicron design.

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