Aurix family an advantage. Device-driver-level and application-level software development (BSW & ASW). C programming including MISRA Coding Standards, Embedded C. MATLAB, Simulink, Stateflow, or Labview. Communication protocols such as: CAN, LIN, SPI, SENT, XCP, UDS. AUTOSAR development tools/methodology. Configuration Management/version control. Desirable more »
improve the process. Ideal Experience University degree or equivalent in Software Engineering, Computer Engineering, Control Engineering, Applied Physics or equivalent. Highly experienced in Matlab, Simulink and Stateflow. Understanding of autocode generation Experience in MIL and SIL testing. Understanding of Floating point and Fixed point arithmetic. Experience developing controls algorithms more »
improve the process. Ideal Experience University degree or equivalent in Software Engineering, Computer Engineering, Control Engineering, Applied Physics or equivalent. Highly experienced in Matlab, Simulink and Stateflow. Understanding of autocode generation Experience in MIL and SIL testing. Understanding of Floating point and Fixed point arithmetic. Experience developing controls algorithms more »
Aurix family an advantage. Device-driver-level and application-level software development (BSW & ASW). C programming including MISRA Coding Standards, Embedded C. MATLAB, Simulink, Stateflow, or Labview. Communication protocols such as: CAN, LIN, SPI, SENT, XCP, UDS. AUTOSAR development tools/methodology. Configuration Management/version control. Desirable more »
issues. Ability to effectively communicate design concepts and results. Skills and Experience: Proficiency in simulating power converters and subsystems using tools like MATLAB/Simulink, PLECS, etc. Understanding of medium power and medium voltage design and control challenges Experience in designing, validating, and industrializing power electronic converter modules (power more »
issues. Ability to effectively communicate design concepts and results. Skills and Experience: Proficiency in simulating power converters and subsystems using tools like MATLAB/Simulink, PLECS, etc. Understanding of medium power and medium voltage design and control challenges Experience in designing, validating, and industrializing power electronic converter modules (power more »
responsibilities of the Power Electronics Engineer will include the design and development of Power Electronics building blocks/inverter stacks, running simulations in Matlab, Simulink and Plecs, perform worst case analysis, writing technical design reports and loss analyses. The successful Power Electronics Design Engineer will have a relevant degree more »
