Embedded Software Engineer

7/2018 – 7/2019

AUTOSAR integration for ZEUS - Level 4 Autonomous driving platform

Embedded Software

6/2015 – 7/2018

Coordinating and supervising of software development activities.
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Make intuitive high-level decisions for software development.
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Create architectural approaches for software design and implementation to guide the development team. Collaborate with other professionals to determine functional and non-functional requirements for new software. Use tools and methodologies to create representations for functions and interfaces
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Develop high-level specifications with attention to system integration and feasibility
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Communicate all concepts and guidelines to development team.
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Oversee progress of development team to ensure consistency with initial design.
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Provide technical guidance and coaching to developers and engineers.
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Ensure software meets functional safety concept requirements and all requirements of quality, security, safety, etc. Create FMA analysis
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Create FMA analysis.
Projects:
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Cluster instrument - based on Renesas RH850
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PSA PHEV power switch - based on ST SPC560D
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GM D2xx cluster instrument - based on Renesas RH850
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GM 9Bxx cluster instrument - based on Renesas RH850

Embedded Software

3/2012 – 7/2015

found in reference description 5
PSA K0 (modular cluster instrument) – based on Renesas V850
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Basic software development on Renesas V850 and RL78 microcontrollers.
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Volvo BCSM power switch- based on ATmega32
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Basic software development
3 / 4-Hyperlink entfernt-
PA
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AUTOSAR platform based on Fujitsu MB9EF126. The platform is designed for future cluster instruments quotation projects. Main activities:
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AUTOSAR Basic Software configuration and integration using ElektroBit Tresos Studio.
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System architecture design using dSpace SystemDesk

Embedded Software

12/2011 – 12/2012

Responsibilities:
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PSA K0 (modular cluster instrument) – based on Renesas V850
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Basic software development on Renesas V850 and RL78 microcontrollers (MCAL drivers, IoHwAb)
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Volvo BCSM power switch- based on ATmega32
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AUTOSAR platform based on Fujitsu MB9EF126. The platform is designed for future cluster instruments quotation projects. AUTOSAR Basic Software configuration and integration using ElektroBit Tresos Studio.
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System architecture design using dSpace SystemDesk

Embedded Software

12/2010 – 12/2011

Software developer Renault USM-CMF1 MBD team, MBD team coordinator.
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AUTOSAR Integration model creation: Transform customer Simulink functional models into AUTOSAR compliant Simulink models ready to be code generated by the RTW AUTOSAR Code Generator.
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Code generation and code unit test: Obtain generated code and Sw Component Descriptions from the AUTOSAR compliant Simulink Integration Models created; Check all errors/warnings that can appear while generating a model, identifying possible runtime errors in the target or misunderstandings in the architecture/definition of the system.
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Code integration: Get the generated code for all the models and integrate them in the project architecture.
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Integration test: Create IT scenarios and test cases to assure that a component is correctly integrated with the rest of the system components.
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Coordinate the work of the MBD team

Embedded Software

3/2008 – 12/2010

Software developer CDS (Core Development Software) Embedded team
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Developing software modules, in C language, used in E.O.L. (End of Line) testing process. These modules used in Hardware development process and at production plant, to test and calibrate the hardware before leaving the production line.
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System integration and integration test – integrate all E.O.L modules to E.O.L. system and test it.
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Developing Software drivers (Graphic display controller, stepper motor, IIC, EEprom, etc)
Projects:
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Daimler W222(NEC V850E2M),
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Volkswagen MQB (NEC V850E2M),
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BMW L7 (Fujitsu FJ467, JADE, INDIGO),

Embedded Software

3/2005 – 3/2008

Developing application software modules in C language for cluster instruments (8, 16, 32, 64 bits controllers NEC, Fujitsu, Toshiba)
Projects:
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BMW (E89, E9X, E70, E60)
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Daimler (C218, W212, W204, W 164)
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Porsche Panamera (PPKI

Embedded Software

3/2002 – 3/2005

Embedded programming in ASM, C and Basic on Microchip microcontrollers.
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Programming applications for PLCs
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Hardware design and implementation of process controllers based on Microchip microcontrollers (12Fxxx / 16Fxxx / 18Fxxx processors) and operator interfaces with LCD displays.
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Research for continuous improvement of the products.
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Supervise the integration of the digital controllers in the complete automatization process to make functionally the final products.
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Coordination of service and support activities.

Hardwareentwickler