As an ideal candidate, you are a highly motivated and experienced Analog Design Engineer with a passion for developing state-of-the-art analog sensors. You have a solid background in custom analog/mixed-signal circuit design, circuit simulations, custom layout, and post-silicon characterization. You thrive in a collaborative environment, guiding junior engineers, and liaising with layout teams to achieve optimal engineering solutions. Your forward-thinking approach, combined with your extensive technical knowledge, enables you to tackle the unique challenges posed by various target applications. You possess a BTech or MTech degree in Electrical Engineering with 1+ years of relevant industry experience or a PhD with relevant experience. Your expertise in advanced process challenges, including ESD and reliability, and your familiarity with tools like PrimeSim, FineSim, and HSPICE, set you apart as a leader in the field. What You'll Be Doing: Conceptualizing, designing, and productizing state-of-the-art on-chip Process, Voltage, Temperature, Current, and Droop sensors. Developing innovative solutions in the field of on-die monitoring. Liaising with the layout team to achieve the best possible engineering solutions. Deploying new sensors into test chips and conducting post-silicon characterization. Guiding and mentoring junior engineers and tracking their work progress. Collaborating with internal teams and external customers to ensure project success. The Impact You Will Have: Enhancing the performance, power, area, schedule, and yield of our products. Contributing to the reliability and optimization of next-generation intelligent in-chip sensors. Driving innovation in on-die monitoring solutions. Improving the integration process for customers, leading to faster time-to-market. Providing technical leadership and mentoring to junior engineers. Ensuring the successful deployment and characterization of new sensors. What You'll Need: Strong technical experience in full custom analog/mixed-signal circuit design, simulations, and custom layout. Technical knowledge of custom Analog/AMS design techniques, implementation, and verification. Familiarity with advanced process challenges, including ESD and reliability. Experience with tools like PrimeSim, FineSim, HSPICE, and Custom Compiler or equivalent schematic layout editor tools.
