Job DescriptionJob Description
We are seeking highly skilled Powertrain Controls Engineers with strong expertise in torque control strategies, eDCT transmission systems, and hybrid powertrain controls. The ideal candidate will play a critical role in the development, integration, and optimization of advanced transmission and hybrid control algorithms for next-generation automotive platforms.
This role requires hands-on experience in hybrid shift execution, engine start-stop systems, torque estimation, and transmission control logic development within a model-based development environment.
Key Responsibilities
Develop and optimize Torque Control strategies for eDCT transmission systemsDesign and implement Hybrid Shift Execution (HSER) algorithmsSupport development of Engine Start-Stop / Auto Start-Stop control functionalitiesDevelop clutch torque command and torque estimation modelsWork on engine speed control, torque path management, and transmission shift execution strategiesModel, simulate, and validate control algorithms using MATLAB, Simulink, and StateflowSupport closed-loop simulations, system integration, and validation activitiesCollaborate with cross-functional engineering teams in Agile development environmentsParticipate in calibration support, issue analysis, debugging, and performance optimization activities
Required Skills & Qualifications
Strong experience in eDCT transmission controls and hybrid powertrain systemsDeep understanding of Torque Control and Shift Execution strategiesHands-on experience with MATLAB, Simulink, and StateflowExperience with model-based development and automotive control systemsFamiliarity with Git version control and Agile development methodologiesStrong analytical, debugging, and problem-solving skillsExcellent communication and teamwork abilities
Preferred Skills
Knowledge of axle disconnect and wheel-end disconnect systemsExperience working with Magna P2.5, ZF P2Gen4, or Punch eDCT powertrain platformsPrior experience in hybrid transmission integration and validation
Why Join
Opportunity to work on advanced hybrid and electrified powertrain technologiesExposure to cutting-edge automotive transmission and control systemsCollaborative engineering environment with global automotive programsLong-term project opportunities with high-impact development work
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