Principal Engineer, Analog Design (Power) Engineering

Overview

As a Principal Analog IC Design Engineer, you will lead high-performance power-management blocks for portable consumer PMICs. You join a multi-site analog/mixed-signal team and collaborate with system architects to define end-to-end power architectures. You will own architecture decisions, block bring-up, and design optimization to deliver best-in-class performance. This role combines hands-on circuit design with mentoring and cross-functional collaboration in a fast-paced, innovative environment.

Responsibilities

• Define and architect high-performance mixed-signal devices
• Circuit design at transistor level and simulation
• Present technical results to internal teams and customers
• Use design verification flows to meet functional, power and timing objectives
• Integrate blocks into larger mixed-signal SoCs
• Support layout, lab evaluation, and test to ensure delivery
• Improve analog design methodologies to reduce time-to-market
• Drive power-design work including switching regulators, LDOs, charge pumps, and related control loops
• Lead power block bring-up, silicon debug, and optimization across PVT variations
• Collaborate with system architects on end-to-end power architectures
• Mentor and supervise junior engineers and liaise across multi-site teams

Key requirements

• Electronic Engineering degree with 10+ years of analog/mixed-signal IC design experience
• Deep expertise in power-management circuit design (switching regulators, LDOs, charge pumps)
• Experience with amplifiers, DACs, ADCs, bandgaps, bias circuits is a plus
• Strong leadership, interpersonal, teamwork, and communication skills
• Ability to own products from architecture to implementation and debug
• Experience integrating PM and analog blocks into complex SoCs or MCUs is advantageous
• Some travel required (up to 10%)
• Capability to conduct technical presentations to internal teams and customers

• leadership
• interpersonal communication
• teamwork
• power-management circuit design
• switching regulators
• low-dropout regulators (LDOs)

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