With a legacy of over 70 years, Garrett Motion is a cutting-edge technology leader enabling emission reduction and energy efficiency. We design, manufacture and sell highly engineered turbocharging, air and fluid compression, and high-speed electric motor technologies for customers in the mobility and industrial fields.
We develop advanced turbochargers and electric boosting technologies for hybrids and electrified powertrains. Garrett continues to advance turbo applications while leveraging its unique technology portfolio, including fuel cell compressors for hydrogen fuel cell vehicles, electric propulsion and thermal management systems for automotive and industrial applications. Our products enable improved fuel economy and energy efficiency, enhanced thermal management, reduced weight and size, and lower greenhouse gas and other emissions.
We serve original equipment manufacturers (OEMs) and independent aftermarket distributors worldwide across the mobility and industrial fields. Our solutions support light and commercial vehicles (on- and off-highway), as well as marine and industrial applications, including heating, ventilation and air conditioning (HVAC) systems and power generation.
As a System Validation Engineer, you will plan, execute, and monitor verification activities for industrial variable frequency drives across IR200 to IR1300 projects. You will support end-to-end system requirement validation within the E-cooling GBE, working with global and industrial standards while contributing to hardware and product validation when needed.
Work closely with design teams to understand product requirements, translate customer test needs into robust validation plans, and define test scenarios aligned to V-cycle milestones. Specify ECU hardware and communication interfaces and lead hardware/software integration and acceptance testing.
Develop and maintain validation tools and environments using LabVIEW, CANoe, or CANape; create automated test solutions; troubleshoot and debug test equipment; and document issues, reports, and technical conclusions with stakeholders, including support for DFMEA and long-term validation activities close to customer operating conditions.
Education: Bachelor's degree in electrical, Computer, or System Engineering.
Experience: 3+ years in validation engineering covering electrical hardware and software testing; product launch exposure and experience in engineering test environments are strongly valued.
Skills: Strong system-level DV/PV validation knowledge, clear communication and presentation skills, and hands-on expertise with industrial protocols (MODBUS, PROFINET, Ethernet, CAN), scripting (Python/CAPL), and calibration/diagnostic tools such as INCA, CANalyzer, and CANape.
The salary range for this role is between $106000 and $156000
*Note that this range represents the pay range for all positions in the job grade within which this position falls. Starting rate of pay may vary based on factors including, but not limited to, position offered, education, training, and/or experience. In exceptional circumstances, compensation may exceed the posted salary range.
In addition to the annual base salary this role offers the below:
Garrett is an equal opportunity employer. Qualified applicants will be considered without regard to age, race, creed, color, national origin, ancestry, marital status, affectional or sexual orientation, gender identity or expression, disability, nationality, sex, or veteran status.
Garrett Motion, a technology innovator and leader, has been serving customers globally for 70 years. Our mission is to deliver solutions that reduce emissions, enhance energy efficiency, and support zero-emission vehicles. We are passionate about innovating for mobility and beyond. Garrett’s technologies enable sustainable automotive and industry transformation.
Our portfolio includes turbochargers, electric turbos (E-Turbo) and electric compressors (E-Compressor) for both ICE and hybrid powertrains. In the zero-emissions vehicle category, the company offers fuel cell compressors for hydrogen fuel cell vehicles (FCEVs) as well as electric propulsion and thermal management systems for battery electric vehicles (BEVs).
We take pride in our extensive infrastructure, boasting five R&D centers, 13 manufacturing sites, and a team of 9,300 professionals spread across over 20 countries.
