HPC SoC Timing Design Engineer/Leader

必須

• Timing design (Static Timing Analysis, Timing Constraint debugging )experience: over 8 year
• English at a communicative level
• Jaoanese at a communicative level

歓迎

• Hardware language (ex. Verilog-HDL)
• Experience of using English in business

求める人物像

• Ability to tackle challenges
• Strong leadership skills
• Capability to see the big picture
• Ability to propose effective solutions

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Reason for Hiring

• High performance SoC are key parts to realize automobile's electric and high performance which are so called CASE (Connected, Automated, Shared, Electric). SoC are becoming more larger and complex to meet the demand of more function and high performance. Cost competition is also a key. In the timing design viewpoint, developing a large scale complex SoC is required, and we want to recruit an innovative engineer. We're waiting for a engineer who can work with global mindset, since we're co-working with Vietnam, India design site (language:English)

Role Responsibilities

• SoC Timing Design Engineer or Leader. Timing design technology development, and product development by Static Timing Analysis, Timing Constraint design and Logic Synthesis.
• Static Timing Analysis Timing design by using EDA vendor's EDA tool
• Timing constraint design Timing constraint design by using EDA vendor's tool and Renesas tool
• Logic synthesis: Logic Synthesis by using EDA vendor's tool.
• All Static Timing Analysis, Timing Constraint design and logic synthesis case will be co-working with oversea design center.
• The full details regarding your position scope as well as any future potential changes in work location and job scope will be provided during the interview process.

What We Offer

• In the PhysicalDesign role, the manager is also deeply involved in the actual design process, leading the execution of product development and improvement of the development flow. This is an important role in the completion of LSI product design from a position close to the design site.
• The process node used is the most advanced node (3nm) for automotive applications. We are proud that the difficulty and satisfaction of digital backend design is at the top level. We collaborate with overseas EDA vendors and design centers, and you can participate in the work of a global organization.