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About the role
Job Purpose Dana is searching for a skilled and motivated candidate in the area of Engineer, Advanced Motor and Inverter Technology Development to support the development of high voltage motor and inverter technologies in support of Dana’s upcoming e-Propulsion platform hardware portfolio. This work involves developing key technologies to reduce cost, improve efficiency and performance, reduce packaging volume while simultaneously reducing implementation time to market. Potential candidates with a background and interest in the following fields are encouraged to apply. Job Duties and Responsibilities
Automate inverter and motor switching loss estimation by integrating MATLAB/Simulink with a motor reduced-order model.
Support design and prototype development of key technologies
Conduct testing, verify and troubleshoot faults of new motor control algorithms and inverter technologies
Conduct testing of smaller test bench assets and test articles to achieve key data validation on component level technologies
Analyze test data and provide key conclusions, recommendations and correlations to virtual models
Deep understanding of virtual and physical loadcases required to support validation of targets
Support project timelines to ensure clear communication of deliverables to upper management
Report semi-monthly to executive leadership on progress of technology development activities
Support symposium sessions to share learnings to cross-functional teams
Support IP generation
Education and Qualifications
Master’s degree (or higher) in Electrical Engineering
3+ years experience in motor controls, inverter design, and electric drives or electric machines
2+ years of industry hands-on lab experience in testing high voltage inverters, traction motors and related components
Strong understanding of inverter and motor components, electromagnetics, traction motor topologies
Specific experience related to development of new inverter technology components interfacing with motor control systems
Specific experience in developing control algorithms for electric machines (IPM, SynRM, SPM, IM)
Solid foundation in control system theory, including system modeling, simulation, and advanced control design techniques.
Provide technical guidance on advanced inverter and motor control topics
System level experience integrating technology components to realize system performance, NVH, efficiency gains a plus
Machine learning usage in virtual simulation a plus Knowledge of programming languages for prototype testing automation a plus
Ability to manage maturing projects while also supporting early concept ideas simultaneously
Ability to work on-site a minimum of (4) days per week from Boucherville, QC location
Preference to communicate in both French and English languages
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