Digital IC Design Engineer

Job Description:
We are seeking a results-oriented Digital IC Design Engineer to architect and design high-speed Serial Link products for automotive applications.

As a Design Engineer on this team, you work closely with customers to develop industry-leading solutions for the automotive market.

You will design cutting-edge communication and multimedia technologies used for automotive safety and infotainment.

The products are developed in fine line CMOS technologies.

Required skills and qualifications:

• 5-7+ years of relevant experience plus a Bachelor’s degree in Electrical Engineering or a related field.
• Design and verification of complex digital blocks.
• Verification of mixed signal systems — including behavioral modeling and gate-level simulation.
• Understanding of the complete digital design flow — from specification to silicon.
• Experience architecting and planning designs at the system level, taking conceptual product definitions, and translating to design implementations.
• Experience leading block/top-level design efforts, technical development, and design innovations.
• Intuitive and analytical understanding of digital test methodologies.
• Excellent communication skills and the ability to work with or lead a cross-functional team are musts.

Preferred qualifications:

• Master’s degree in Electrical Engineering or related field.
• Understanding of the complete digital design and verification flow with the ability to drive sound design methodology.
• Experience and success designing high-volume production parts.
• Experience with data integrity and high-speed CMOS design.
• Design and verification experience in digital communications, high-speed serial links, and video transport.
• Development of digital signal processing functions is a plus.
• Silicon bring-up in the lab.

Core responsibilities:

• Architecting and specifying digital sections of complex mixed-signal ICs, including high-speed serial interfaces and solutions for routing and aggregating video data.
• RTL design.
• Test bench development.
• Functional verification.
• Timing analysis.
• Power consumption and power integrity analysis.
• Guiding the physical design and DFT efforts for your designs.
• Assisting production test development for your designs.
• Ensuring that sound methodology is followed.