Our team is on the lookout for a talented Principal Digital Engineer to join our Memory Interface Chips team in Agoura Hills, California. You will work alongside some of the industry's brightest minds to develop cutting-edge products that enhance data speed and security.
Key Responsibilities:
Planning: Lead digital design initiatives, manage projects, specify design blocks, conduct system-level simulations, and document processes.
Implementation: Perform RTL design in Verilog, conduct linting and clock domain crossing (CDC) analysis, handle top-level integration, synthesis, timing analysis, and DFT-related tasks.
Verification: Collaborate with the verification team on planning and execution, conduct simulations, debug block and system-level issues, perform formal verification, and prepare documentation for technical reviews and products/blocks.
Flow and Methodology: Engage in a dynamic R&D environment to influence and develop methodologies that enhance technical direction.
Collaboration: Interact with technical leaders and senior staff across engineering, marketing, and corporate development to drive successful technology and product development.
Qualifications:
Experience and in-depth knowledge of Advantest V93k required
Bachelor's or Master's Degree in Electrical or Computer Engineering.
7+ years of relevant experience in digital, ASIC, or IC design.
Proficiency in RTL coding with Verilog and/or VHDL.
Extensive experience with standard ASIC software tools (synthesis, simulation, equivalence checking, static timing analysis).
Strong scripting skills and familiarity with Linux/Unix environments, as well as basic C/C++ programming.
Comprehensive understanding of the ASIC design flow.
Proven success in digital leadership roles.
Strong design and systems knowledge.
Experience in design for verification (e.g., assertion-based strategies, code coverage, test plans) is a plus.
Self-starter with excellent interpersonal skills and a proven ability to drive technical solutions across various disciplines.
Additional knowledge of analog blocks, behavior modeling, DDR protocols, memory controllers, PCIe digital controllers, or embedded MCU subsystems is advantageous.