Senior Architect und Consultant for Embedded Systems

Activity - BMW and AUDI (Object Detection Camera Projects):
* Hardware and Software Prototype and Analysis for Safety Critical
Systems (ISO26262)
* Safety Critical Requirements & Specification Engineering,
* Software Design and Architecture for Infineon TriCore TC3xx
* Software Complex Device Driver MCAL TriCore TC3xx
Implementation MultiCore
* Software Development for Hardware Error Detection (ISO 26262
Standard)
o ROM/RAM Analysis
o Stack and Gap Alignment Analysis
o SW Architecture & Hardware Memory Partition Safety/Non-
Safety
o Function Call Tree Analysis
* 3D Result Map Visualization
* Software Development for OS monitoring, and MCU internal
hardware error detection:
o Performing Built in Self-Test in the SW (LBIST, MBIST,
MONBIST, FW check, MCU check)
o Voltage and temperature monitoring of the Aurix
o SW Implementation and configuration of SMU (Safety
Management Unit) for HW monitoring.
o Design and implementation of necessary CDDCs and
APPSWCs.
o Arxml creation and maintenance in EB Tresos and DaVinci
Developer & Configurator.
o Integration of client libraries, maintenance of requirements
and implementation of additional software and arxmls.
o Handling and reporting: OsError, OsTrap and OsPanicHook.
o Test code and fault injection code implementation.
o Lauterbach Debugging

Activity:
* Error Handling and FuSi Concept Design & Specification (ISO26262
Standard),




* DMA FuSi Concept Design & Specification,
* Data Logging and Tracing Concept Design & Specification,
* Measurement Interface Design & Specification,
* ROM/RAM Memory Estimation Specification,
* FEE Memory Life Cycle Estimation & Calculation Specification,
* Event Data Recorder Architecture and Design
* Design and Architecture of Basic Software for Advance Driver
Assistance System. The main task is hardware closed software
design and development for safety critical systems.
* Customer Requirements Analysis,
* Bootloader Development (3 years),
o Bootmanager Design & Development,
o Bootloader Design & Development,
o Bootloader Updater Design & Implementation,
o Bootloader Diagnostic Implementation,
o Bootloader CAN/XCP Driver Development

The main task was to design, develop and adapt AUTOSAR MultiCore Basic
Software and BootLoader for diverse OEM requirements. The design was
done by using UML tool like Rhapsody. The multiuser project dependencies
were solved by source control system like MKS. For use in AUTOMOTIVE
were used Freescale MCAL, FEE Driver and EEPROM Driver from Continental
AUTOSAR Center, CAN Driver from Vector.

SOCKETCAN MATLAB(Simulink) Embedded Coder - Android Development
ANDROID based application development:
* SOCKETCAN C-Framework (Protokoll and Interfaces),
* SOCKETCAN Simulink Library & S-Functions Creation,
* SOCKETCAN MATLAB Real-Time Embedded Coder Adaption,
* SOCKETCAN Android (LINUX),
* SOCKETCAN Real-Time Demo,
* SOCKETCAN Test
Software Solution based on Model based Design for MATLAB (Simulink)
Platform.
SOCKETCAN and CAN Framework LINUX, WINDOWS, ANDROID and iOS
(JAVA Native Interface Wrapper).

Setting up and putting into the service STM32F407VGT6 and WiFi Modules
HLK-M30 and GAINSPAN-1500M.

Activities:
* CAN Communication Library Framework
o Signal Layer
* Message Layer
o Bus Layer




Software implementation.
CPU Layer, Driver Layer, RTOS Layer
* CAN Driver for Freescale MPC565
* SOKCETCAN Implementation (JAVA Native Interface Wrapper)