Ing. Osman Kurt

- IoT 4.0 - Master / Slave Mode for WLAN (embedded connectivity) - IoT 4.0 - Temp + Humidity sensor - IoT 4.0 - Display + LCD - IoT 4.0 - BT & WLAN - STM32 ARM Cortex F207 variant, CAN - Client / Server Application Manager (IoT + STM32 Control), Visual Studio C++ 2015 Pro (windows) IoT: Bluetooth, WLAN/LAN, RS232 communication STM32: CAN, RS232 communication

- Visual C++ 2015 Pro ( embedded project ) - Access module for diagnostic modules (update team) - Implement E-Bike feature visually for next software update

- Diagnose (UDS) over CAN - Error handler - Coding over CAN - Driver Manager for STM32F2 - IoT 4.0 - Xtensa LX6 ( Tensilica ), 32 Bit Dual-Core Mode, Implementaion of sensors and actuators,RS232, I2C communication, WLAN, LoRa

Diagnose Support on existing system (Services, DTC, Error Management)

SWD (software developer, SPICE): • Diagnose (UDS over CAN + customer services, EOL Services) • Error handler (DTC handling) • ISO-TP (over CAN) • Coding (over CAN) • PCAN – Interface • AC6 Eclipse Workbench for STM32 • Integration Support

SWD (software developer, SPICE) Coordinate, implement, test and support of coding mechanism and diagnose process for LaserSat (BMW specific) Communication over Private-CAN (Master-Slave)

• 3 phase motor redundant steering control (doubled 6 phase) • 2 x Renesas 850H based on CAN, SPI for IPC • CCCQ – Clear Case, Clear Quest • Lauterbach Debugger, Vector VN1610 CAN, CANalyzer First µCon integration support

• Renesas 78K0R/FE3 based prototype board with LIN communication • IAR Systems Workbench IDE with MINICUBE2 debugger support • Rest bus simulation with CANoe 8.2 (Vector, VN1611 LIN+CAN) • Configure and Start-Up new project based on existing electronic Appliliet, hardware electronic circuit, IAR Workbench IDE project) • PWM, ADC, Timer, Serial communication. • Support on existing projects of customer, (software themes, SPM function)

• Pike OS RT Dual Core based CPU, CODEO IDE • ISO-TP to CAN Server (Private CAN and embedded CAN based) • C/C++ Application Development incl. MISRA, QAC • CANoe Vector Tooling Chain • MKS Version Management • Enterprise Architect (for design

• Cortex-M4 STM32F373 advanced ARM.Based 32-bit MCU Joystick Controller (utility vehicles) (Melexis MLX90363 Hall Sensor (magnetic) Triaxis Magnetometer IC) CAN Communication on STM32F373 (ARM), EEprom/Watchdog/GPIO/SPI • CAN communication (with protocol and simulation (PC) • Function-Test (contains CAN, Unit-Test, System-Test…) with test protocols (documentation)

• UDS (Diagnose) Support (ISO & Customer Requirements) • ANSI-C Coding (Automotive) , QAC/MISRA • VM Serena, Eclipse IDE for C/C++ Developers, DOORS • Plattform AUTOSAR 4.x (Elektrobit), EB Tresos Studio 12.x • CANoe 7.6.84(SP4) Software, Vector, VN1630 CAN/LIN Interface (Box) • EB Tresos AutoCore OS Vers.4.4.15 (19.03.2012)

• UDS (Diagnose) Support (ISO & Customer Requirements) • ANSI-C Coding (Automotive) , QAC/MISRA • VM Serena, Eclipse, DOORS, Jira, Diagnoser (BMW), EDIABAS • Platform AUTOSAR 3.1 (Elektrobit) • UDS Services FlexRay, Seat positions, WriteMemoryByAdress, NVM Read/Write implementations, Airbags (OSEK Dual Core)

+ Platform AUTOSAR 3.0 (Vector) + Design with Enterprise Architect Module-Design) + ANSI-C Coding (Automotive) , QAC/MISRA, Serena + Dimensions, SPICE + Tasks: Diagnose of error handling ( DEM, RTE ), OOA/OOD/OOP (A-SPICE)

Visual Studio 2010 C++ Programmierung, Softwareentwicklung - TPM Softwareentwicklung im Bereich Secure Chipkarten - Intel HEX Tool für Waferproduktion, Industrie (Visual C++ 2010 ,XML DOM)

Hardwareentwicklung: LCD, Temperatur, RS232-Protokoll, RTC(Echtzeituhr), Türcode-Tastatur Softwareentwicklung auf ATMEL - AVR Mikrokontrollern mit CAN Anbindung für Produkte im Bereich Automotive, Entwicklungsunterstützung, Dokumentierung Design & Interfacespec. - Komplette LCD – Intergration nach Industriestandart (I2C) - Echtzeit-Uhr RTC mit gepufferter Batterie (10 Jahre) - Hauseigenes RS232-Protokoll - TCP/IP Anbindung & Ansteuerung auf Mikrocontroll

Anpassung und Portierung vorhandener Fahrarbeitsplänen vom alten System KIBES 16 auf LogiCAD 32 (V5.1). (Software & Hardwareportierung) Reise- und Städtebusse von Setra und div. - LogiCAD V 5.01 (Schulungszertifikat von Continental ist vorhanden) - Hardware ZR32-A, MUX2B, DMUX (Nutzfahrzeuge) - Komplette Inbetriebnahme der portierten Hardware & Software

Kundenspezifische Anpassung von Software TME200 (Schraubanlage), basierend auf WINCE 3.0 - Erweiterung der Standardsoftware für div. Kunden in der Automotive Branche, Sprache C++ (embedded). Eingesetzte Tools / Systeme: - Microsoft embedded Visual C++ - Subversion (SVN)

Flashsoftware zur Übertragung von Hydraulik-Programmcode auf die hauseigene Elektronik(en) via Windows 2000/XP über CAN-Bus. Programmcode im Intel-Hex Format übertragen (Import/Export) in der Sprache C++ (Borland Studio Architect 2006

Produkt: Plattform 1 für Car-Multimedia auf RTOS T-Kernel (Japan), - Browserunterstützung - DVD Integration - Video (multimediafähig) - 2D / 3D (OpenGL) Navigation - System & Driver & Application management - Unterstützt verschiedene Datenträger (HDD,USB Sticks,CF..) Filesysteme, uvm..

Mikrokontroller Programmiersprachen C & C++,Assember Digitaltechnik Elektrotechnik Hochleistungselektronik Datentechnik (Kernfach)