Design & Verification Engineer, Analog Power Management (7682)

TSMC•Austin, TX

5d•$120,000 - $170,000•Onsite

About The Position

Join TSMC Technology, Inc. (TTI), an innovation hub of Taiwan Semiconductor Manufacturing Company Limited (TSMC). TSMC has been a pioneer in the semiconductor industry since 1987. With teams located in San Jose, CA, and Austin, TX, TTI is dedicated to advancing semiconductor technology through expertise in physical design, memory design, analog mixed signal, power management, and groundbreaking computational AI machine learning research. Our mission is to drive the future of semiconductor innovation through unparalleled R&D and customer-focused IP. Be part of a team that shapes the next generation of technological advancements. TSMC’s Power Management Research and Design Department, in Austin, TX, is looking for an exceptional Power Management design and verification engineer to work as part of the PMIC design team. In this role, the candidate will be part of the engineering team responsible for defining next generation semiconductor technology, including inductors, capacitors, transistors, and packages with emphasis on PMIC products powering the next generation of Artificial Intelligence processors. An ideal candidate for this role will have a hands-on background in power system design, verification, and characterization.

Requirements

MSEE with 7+ years of Industry Experience in Hands-On Power Management Design or Equivalent
Working knowledge of SIMPLIS simulator or equivalent
Successful projects demonstrating PCB Design and Layout, specific to power management and delivery
Familiar with IC Design and IC Packaging
Strong Teamwork and interpersonal skills
Power Delivery Design and Modeling

Responsibilities

Defining next generation semiconductor technology, including inductors, capacitors, transistors, and packages with emphasis on PMIC products powering the next generation of Artificial Intelligence processors.
Working as part of the PMIC design team.
Hands-on background in power system design, verification, and characterization.