• Desing of the software architecture
• Creation of documents with requirements and specifications
• Complete design and dimensioning of the controller circuits (Infineon XE166-Series) including the peripherals (AD-converter, Bus connections CAN, I2C, SPI, etc.)
• Implementation of the software in Assembler and C
• Enforcement of the complete development, documentation and accompaniment up to start of serial production
• Creation of test decriptions
• Programming and qualifying of tools for simulation, first starts of units, calibration and so on.
• Renewing of a software for a legacy hardware (Siemens C535 8 Bit (ähnlich 8051))
• Environment and tools: Keil Tool-Chain MicroVision 4: Infineon XE 166, Siemens C535, AD-converter, MS Visual Studio für C#/C++, LabView, Mentor-Graphics mit SAP-Anbindung

• 2-prozessor-system (ARM 9 + Cortex M3)
• Analysis of the system
• Programming of both processors in C
• Operationg system: RTX (Keil/NXP)
• Realization of the control algorithm
• Documentation
• Test development (Integration tests)
• Hardware redesign (circuit, dimensioning)
• Working in a team of four engineers
• Project management: Scrum
• Environment and Tools: µVision 4 / 5 (Keil) for ARM, Team Foundation Server (Microsoft)

• Analysis of the type of control of the drive
• Development of a simulator to control and drive on the basis of physical examinations
• Realization of the simulators in LabView
• Optimization of the regulator
• Environment and Tools: LabView (National Instruments), MPLAB IDE (Microchip), Scrum, SVN / Tortoise

• Analysis and optimisation of a PID regulator
• Modelling in LabView
• Development and Documentation of tests
• Acquisition and preparing of measurement data
• Code refactoring
• First start of automatic testequipment
• Analysis of the device with statistical methodes

IDE and Tools:

• Microchip MPLab
• NI-LabView
• NI-Teststand