Principal Analog Design Engineer

Responsibilities

• Analog Circuit Design: Lead the design, simulation, and validation of advanced analog circuits, including DDR I/O interfaces such as Rx, Tx, PLLs, Bandgap and high-speed mixed signal circuits in fine-geometry process.
• DDR I/O Design: Develop and optimize high-speed DDR I/O interfaces, ensuring signa integrity, noise immunity, and compatibility with industry standards.
• RX Design: Design and enhance analog receiver circuits, including CTLE, VGA, DFE, and slice focusing on performance metrics such as sensitivity, linearity, noise, and power consumption.
• Collaboration: Work closely with digital design engineers, systems engineers, and other stakeholders to ensure seamless integration of analog and digital components.
• Technical Leadership: Provide technical guidance and mentorship to junior engineers and contribute to the development of best practices and design methodologies.
• Design Verification: Conduct comprehensive simulations and testing to validate design performance and reliability. Address any issues and implement corrective actions as needed.
• Documentation: Create detailed design documentation, including specifications, schematics, and design reports. Ensure that all design activities are well-documented and comply with internal and external standards.
• Innovation: Stay abreast of industry trends and emerging technologies. Propose and implement innovative solutions to enhance product performance and capabilities with focus on low power circuit design.
• Circuit Reliability: Ensure designs meet EM/IR/Aging requirements.
• Layout: Ensure layouts meet high analog standards for matching and performance.

Qualifications

• Advanced degree in Electronics/Microelectronics Engineering or related discipline.
• 10-15 years of analog circuit design experience – emphasis on Rx designs.
• Expertise in high-speed DDR I/O interface design and optimization.
• In-depth knowledge of analog Rx design, including CTLE, VGA, DFE, and Slicer focusing on performance metrics such as sensitivity, linearity, noise, and power consumption.
• Proficiency with analog design tools (e.g., Cadence Virtuoso, Maestro, Spectre, HSPICE) and simulation techniques.
• Strong understanding of signal integrity.
• Strong understanding of general analog design principles and methodologies.