Application Engineer

Role & responsibilities:

• Application engineering tasks connected with the new projects (including clarification of customer technical requirements) and already running projects on the local market.
• Requirement management in Application life cycle management tool (i.e. Polarion).
• Preparing the software requirement document from customer SoR and discuss with internal software development team.
• Engineering change request activity based on customer requirement.
• Preparing the motor controller test case to validate the software for system release.
• Support on technical communication between the customer and internal development team.
• Support of drive system setup at customer site including parametrization and drive system tuning.
• Participation and support at customer's (lab and vehicle) testing during the design and product validation phase.
• Design of less complex customer dedicated test set-ups and testing of drive system.
• Investigation of drive system technical issue and provide the root cause analysis with solution.
• Support on proto sample development.
• Collection of common technical information valid specifically for the local market.
• Promotion activities of MAHLE drive systems on the local market.
• Diagnosis for automotive traction drive systems and subsystems (e.g. inverter, E-motor, transmission, controls,) with the application-/traction drive-SW and vehicle behavior (torque controls, .).

Preferred candidate profile:

• 2 6 years of experience in

  handling motors and controllers.

• Strong fundamental knowledge in electrical and electronics domain with minimum 2 years of experience.
• Experience in

  power electronic design, circuit analysis

  , trouble shooting and problem solving.
• Basis knowledge in

  embedded C/C++ and Python.

• Experience in

  Polarion ALM platform

  or similar Application life cycle management tool.
• Experience in

  motor controller system design,

  vehicle integration and harness / wiring trouble shooting.
• Hands on experience in communication protocol analysis tool i.e.

  Vector CANoe

  , PEAK-System, BUSMASTER, etc.,
• Broad technical knowledge of main elements for

  electric vehicle motor controller.

• Experience in calibration of off-the-shelf motor and controller.
• Control engineering with the focus on control algorithms for electric motor controller.
• Experience in vehicle communication and diagnostic with focus on CAN, CAN UDS and SPI bus protocol.
• Embedded system hardware and software design is an added advantage.
• Understanding of electric vehicle control architecture.
• Experience in DC-DC converter, Battery Management System (BMS) and Vehicle Control Unit (VCU).
• Hands on experience in measurement device i.e. Oscilloscope, function generator, power analyzer, DAQ, etc.,
• Experience in motor control algorithm development (FOC, Trapezoidal, etc.,) is an added advantage.
• Working in BLDC and PMSM motor controller is an added advantage.
• Excellent problem definition and problem-solving techniques.
• Strong written and communication skills involve the ability to clearly and effectively convey information, ideas, and instructions through both written and verbal means.