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magniX · 3 days ago

Motor Control Engineer II

Everett, WA

Full-time

Onsite

Entry, Mid Level

$110K/yr - $130K/yr

2+ years exp

MagniX is a leader in electric propulsion for aerospace & defense, aiming to transform how aircraft are powered. The Motor Control Engineer II will develop and optimize motion control algorithms for electric motors, collaborating across teams and ensuring system integration from design to certification.

AerospaceAir TransportationElectrical Distribution

No H1B

U.S. Citizen Only

Responsibilities

Design, develop, and implement advanced motion control algorithms and simulation models for electric motors, focusing on efficiency, stability, and reliability across varied conditions

Architect and test high-performance control platforms for high-power converters/inverters, collaborating on embedded software/firmware implementation using model-based approaches

Define test plans, perform validation, and continuously improve algorithms based on test data, considering load variations and thermal impacts

Develop and maintain technical documentation, substantiation reports, simulation files, test data processing, and reports to align with certification requirements

Maintain accurate records of all design files, analysis, and test data in appropriate platforms identified by magniX

Contribute to cross-functional collaboration between software, power electronics, electromagnetic, and system teams to ensure seamless integration of motion control designs into the powertrain system

Support testing teams in test data processing, test reports, and troubleshooting findings in different test campaigns

Qualification

Motion control algorithmsHigh-performance control platformsPower converter topologiesField-oriented control techniquesReal-time digital simulation toolsModel-based programming languagesControl algorithm validationDSPFPGA platformsCross-functional collaboration

Required

B.S. or higher degree in Electrical Engineering, Control Engineering, or a related field

2+ minimum years of experience for Bachelors or Masters, will consider PhD directly out of school

Experience in designing and developing high-performance motion control for PMSMs

Knowledge of power converter topologies, modulation strategies, and advanced motor control algorithms, with expertise in field-oriented control techniques

Experienced in control algorithm validation through simulation and hardware testing, with a focus on performance optimization, reliability, and regulatory compliance