Embedded Software Architect / Team Coordinator

• Software architecture for a permanent magnet synchronous motor drive system
• Analysis / audit of a system consisting of two control units
• Creation / derivation of the static software architecture
• Optimization and unification of structures for model-based control
• Creation of the dynamic software architecture
• Development of improvement proposals in workshops with the customer
• Technology: UML 2.0, Sparx Enterprise Architect 16
• Team size: 40
• Project language: English / German

• Implementation of a platform strategy in the area of brushless DC
• Unification of basic functions in a library
• Introduction of component and integration tests with Tessy
• Architecture documentation in UML 2.0 with Enterprise Architect
• Technology: Brushless DC, Tessy, UML, ASPICE-Level 2
• Team size: 15
• Project language: English / German

• Pre-development for a sensor control unit in chassis actuation
• Coordination with hardware suppliers
• Milestone planning and creation of concepts
• Alignment of features and requirements for multiple OEMs
• Review of system requirements
• Technology: Sensors / chassis actuation / SPI / CAN-FD, PTC Integrity (Requirements), Enterprise Architect (Architecture / UML / SysML)
• Team size: 30
• Project language: English / German

• Combination instrument for a German premium carmaker
• Analysis and tracking of software errors (reported by OEM or internal test departments)
• Planning of corrective actions and milestones in cooperation with development teams and communication with the OEM
• Creation of error statistics for OEM and suppliers
• Technology: HMI, stepper motors, diagnostics, CAN, Ethernet, AUTOSAR 4, ASPICE-Level 3
• Team size: 100 (international development in Germany / Mexico / Romania / Singapore)
• Project language: English / German

• Pre-series / acquisition projects in brushless DC
• Coordination of OEM requirements with departments
• Creation and adaptation of SPI drivers for angle sensor and motor driver
• Adjustment of BSW configuration to new hardware
• Integration of the Vector CAN stack (GENy)
• Technology: Angle sensor, motor driver, SPI, 48V, brushless DC
• Team size: 12
• Project language: English / German

• Development of concepts and requirements for system functions of electric drivetrain control units
• Coordination of requirements between OEM and suppliers
• Creation / editing of system requirements
• Support for suppliers in implementing requirements
• Review of requirements specifications
• Communication and coordination with relevant departments
• Creation and development of concepts for system functions
• Quality analysis of software deliveries in flash programming, diagnostics, and electronic immobilizer
• Monitoring of milestones and metrics, error tracking
• Technology: electric drivetrain, AUTOSAR 4.0.3
• Team size: 35
• Project language: English / German

• Development and integration of embedded software components for an automated parking system based on ultrasonic sensors
• Implementation of diagnostic services according to ISO 14229 per specifications of various manufacturers for multiple HW/SW variants of a sensor control unit
• Implementation and porting of low-level device drivers on MPC560xB (especially DMA) and S12X
• Integration of generic software components and customer-specific modules with AUTOSAR interfaces
• Coordination, testing, documentation, and software delivery to the customer
• Technology: S12X, MPC560xB, iSYSTEM debugger, Vector CAN tools, ASPICE-Level 3
• Team size: 40
• Project language: English / German / French

• Quality assurance for series release of a new generation of electric drives
• Code reviews, static code analysis with QA-C according to MISRA 2004
• Analysis of embedded system software architecture and design
• Evaluation and risk assessment for series release of various software versions for nearly all German carmakers
• Implementation of debug interfaces for ECU and PC to analyze system states with CANape via serial connection and XCP
• Technology: QA-C, MISRA 2004, ANSI C, XC866, Doxygen, Visio, CANape, XCP
• Team size: 7
• Project language: English / German

• Development of application and test software for an A/C control unit according to RTCA/DO-178B Level C/D and ABD 200
• Object-oriented design, implementation, and testing of real-time software using UML 2.0
• Requirements engineering with DOORS
• Software design with Rhapsody in C / C++
• Software implementation in C / C++ for Green Hills Multi / Integrity
• Communication via TCP/IP, UDP/IP
• Standards including ARINC653, ARINC665, ARINC615A
• Functional tests and performance measurement on target hardware (PowerPC platform) and in the emulator
• Static code analysis and optimization with PC-lint
• Implementation and integration of BITE components (Built-In Test Equipment) and gateway components for data loading and reporting
• Participation in integration and verification tests according to RTCA/DO-178B/C
• Technology: PPC processor, UML, XML, Green Hills Multi / Integrity, DOORS, Rhapsody, PVCS, OOA, OOD, OOP
• Team size: >200 in an international integrated team
• Project language: English

• Integration of a multi-channel LIN master into an existing body control unit for lighting control for a German premium carmaker. LIN 2.0 connection as gateway for rain/light/solar sensor and adaptive cornering light.
• Adjustment of message catalogs for CAN and LIN as per specification
• Code generation for communication, TP, wrapper, and diagnostics with the Vector toolchain (GENy)
• Creation / adaptation of architecture and source code (ANSI C)
• Conducting software FMEAs to ensure compliance with legal requirements
• Functional tests on target hardware (Star12x) with Trace32/CANoe and Volcano LIN Spector
• Creation / adaptation of specifications and documentation
• Technology: CAN bus, LIN bus, GENy, CANoe, OSEK, Telelogic toolchain
• Team size: 25
• Project language: English / German

Projects on request