Systems Power Engineer

We are looking for a Systems Power Engineer for our client in A ustin,

TX Job Title:

Systems Power Engineer Job Location:

A ustin,

TX Job Type:

Contract Job Overview:

Requirement/Must Have:

Bachelor s degree in Electrical Engineering or equivalent. Strong understanding of electrical engineering fundamentals including analog and digital design, signal integrity, and power integrity. Strong understanding of BIOS, operating systems, and driver interactions at the system level. Knowledge of x86 CPU architecture and functionality. Experience with scripting and automation languages such as Python, Perl, or PowerShell. Familiarity with lab equipment, data acquisition devices, and switching power supplies. Experience with PCB technologies and electrical design characterization. Experience with communication interfaces including DDR4/DDR5, USB-C, MIPI, I2C, SPI, and UART buses. Experience with board CAD tools such as Cadence Concept and Allegro.

Experience:

Experience in power validation and platform-level debugging. Experience working with silicon products and PC systems. Experience collaborating with OEMs, vendors, and cross-functional engineering teams. Experience with low-power design and power management systems. Experience with MCU, analog circuits, display technology, or system integration preferred.

Responsibilities:

Perform power validation of silicon products and PC systems. Debug platform-level hardware and power-related issues. Collaborate with clients, OEMs, internal engineering teams, and vendors to improve system performance and power models. Analyze and optimize drivers and power management solutions for future client programs. Conduct electrical characterization and validation activities for high-speed interfaces and PCB technologies. Develop scripts and automation tools for validation and testing activities. Use lab equipment and data acquisition tools to test and debug. Support design verification and troubleshooting of hardware-firmware interactions. Communicate technical findings and collaborate across multifunctional teams. Work in ambiguous and fast-paced engineering environments while driving issue resolution.

Should Have:

Strong analytical and troubleshooting skills. Ability to work independently and proactively in a fast-paced environment. Strong verbal and written communication skills. Ability to manage multiple priorities and technical challenges simultaneously. Interest in emerging silicon and power technologies.

Skills:

Electrical Engineering Fundamentals. Power Validation and Debugging. Signal Integrity and Power Integrity. BIOS and OS Interaction. x86 CPU Architecture. Python, Perl, and PowerShell Scripting. PCB Design and Characterization.

DDR4/DDR5. USB-C. MIPI. I2C, SPI, UART

Protocols. Cadence Concept and Allegro. Data Acquisition and Lab Testing. Power Management and Low Power Design.