Dr. Nhu Tuan Vu

+ HW Platform: Arm Core 32 bit Microcontroller, H-Bridges, MOSFETs, BLDC motor. + Tools: Development with C, Arm Keil µVision V6.xx, J-Link, FOC Algorithm Motor Control, LIN, PWM, ADC, CAPCOM/CCU, Timer, Interrupts, Ports, RTOS Tasks, Oscilloscope,

+ HW Platform: Infineon Aurix TC2 and TC3 32 bit microcontroller to the motor control. + Development with C, Autosar 4.3, CANoe, Diagnose UDS, Autosar DEM, DCM, XCP, NvM,Cybersecurity,RTE,Tasks, MCAL,GTM (GenericTimerModule), ISO26262 ASIL-D acc. to VW/Audi Requirements. + Meeting with client: Audi Car + Tools: DaVinci Configurator Pro 5.21 and Developer 4.5 , Elektrobit Tresos MCAL, CANoe V.14, CANdela Studio V.14, Debugger: iSystem, SVN, Polarion

Integration Safety Software Library ISO26262, Xilinx Zynq UltraScale, Clock 180MHz and Renesas V850 F1KM, 120 MHz, Tools: Xilinx SDK, Eclipse, Petalinux, Jira, Git Bitbucket, Jenkins CI (Continuous Integration), DOORS NG

+ Task: Driver Module Design, Module Prototype C Coding and integration test acc. to Safety IEC 61508 with 3 MCUs Board, STM32 32 Bit ARM Cortex M, 84MHz clock. + Tool:Polarion,STM32CubeIDE, Flash, Enterprise Architect, GitHub, ToitoseGit

+ Task: Python Application Development for Conversion Excel Files (from SW Quality Assurance) to Configuration files (XML and C Header) for Automation Devices

+ Tasks: Bootloader Development in C, UDS (ISO 14229-1), ISO-TP (ISO 15765-2/DoCAN), CAN Bus, Kvaser CAN Simulator und Monitor Hardware Abstract Layer (HAL, CAN, CPU..) + Embedded Platform: Texas Instrument DSP Chip TMS320F28004x, 100 MHz Clock + Tools: CCS V.10.2, TI UniFlascher V.6.2, UML Design, Polarion, Git, Bitbucket

+ Entwicklung Cantata Testcase für Verkehrslagen SIL-3, CAN Bus + Embedded Plattform: Infineon XE167 + Tools: Cantata, C Keil Compiler, Windows 10, Eclipse, CheckIn/Out MKS/PTC, Jira

+ Entwicklungstest für Wechselrichter: Funktionstest, Runtime Messungen, Testcases. + Embedded Plattform: TI C28xx (DuoCores, 200 MHz) + Tools: Oszilloskope, Windows 10, TI CCS Ver.7 Compiler, Debug, TI Flash Tool, Eclipse, GIT CheckIn/Out, Bitbucket, Jira

+ Optimierung (Safety), Runtime Messungen der Funktionen (C, Assembler) auf Renesas RL78x, Sensor + Tools: IAR Workbench, Oszilloskope, SVN, Prozess: Scrum

for BMW project. + Elektrobit Tresos V.23 Autosar Autosar MCAL Drivers Configuration for SPC58xxx,3 Cores: Mcu, Port, Dio, Adc, Icu, Pwm, Gpt, Spi, Fls + Modify with Vector DaVinci + Compiler with WindRiver, Debug with WinIDEA 9.17 + Programming of middle module between drivers und applications + Tools: Jira, DOORS, Eclipse,Enterprise Architect,Windows 8,Office 2015

in Core Real Time Implementation. + Automation Test DeveiceUnderTest (DUT) with Python 3.6 and C++, + Create TestCases on Automation Test Framework, + Tools: Eclipse, PyDev, dSPACE HIL Test, ConfigurationDesk 6.1, ControlDesk 6.3, Matlab 2018, Simulink for new dSPACE Platform

Embedded Linux + Compiler GNU C/C++ + Xilinx Chip + Embedded Linux Platform, Bash Script + Erstellte: Bootloader, U-Boot, tftpboot, Image, Buildroot + Tools: Eclipse, Xilinx-SDK, Git Check In/Out

+ Low Level Requirements für Elektronische Geräte (Avionik) mit Infinion uC XC2300 Familie, Tasking Compiler. + Programming mit C, Perl, um Release Software Code und Detail Design Dokumentation zu verifizieren. + Erstellen/Update der Detail Design Dokumentation nach DO-178C. + Tool: - Eclipse, Perl Script IDE -Microsoft Office 2013

+ Autosar V.4.2.2: Software Architekt (Interfaces: CAN, Diagnose, USB) + uC: ARM Cortex M7, Tool: Git + HIL Test dSPACE Automation Test: koordinieren und Python Vorbereitung. + Zusammenarbeiten mit Daimler, dSPACE.

AUTOSAR MCAL Safety Manager

Unit Test, Modul Test and Integration testing with VectorCAST and Tresos for Cortex 32 bit Microcontrollers. CAN-FD (Can Flexible Data) Tool: Compiler with GHS 2013 and 2015

Software Developer Embedded C for Mechatronic Devices. - write System Requirement Specifications, System High Level Design, Software Specifications and Software High Level Design in English in DOORS - SPICE software development process - coding in C on Renesas µC, diagnose module, integration and deliver sample to customer. - Hardware und Test Cases Reviews. - Tool: IAR Compiler, DOORS, Visio, CANoe 8.2, LIN, CAPL, Emulator E1, Eclipse, QA.C, DA-C,

Tester:Unit Test,Modul Test,Integrationstest,Systemtest auf 32 Bit 1,6GHz Prozessor Embedded Linux von industriellen Schraubmaschine. -UnitTest mit Qt 4.8,C++ und PHP Unit 4.5,Html 5,JavaScript, -Module Test,Integrationstest,Systemstest, -Testkonzept,-plan,-anforderung,-case,Automationstest -Softwareentwicklungsprozess:Scrum, -Tool:AutoIT 3.3,Qt,C++ Class,PHPUnit,Eclipse,PHP Zend,PuTTY,Embedded Linux, CheckIn/Out SVN,Bug Tracker,XML,Enterprise Architect, Anforderung/Testmanagement “in-Step” 4

Module Entwickler, Tester und Integrator auf 32 Bit uC Fujitsu für LED-Scheinwerfer in Reutlingen (BW) – Autosar Projekt: - Port Module mit Konfiguration für unterschiedliche Projekte. - Module zur Messung/Steuerung von Temperaturen+Lichtinsensitive des LED-Scheinwerfers (Konfiguration 3->16 NTC Typen). - Erstellung von Requirements in DOORS. - NvM Module mit EEPROM Emulator. - Integration Vector's OSEK. - Microsoft Visual Studio 2012 mit SOFTUNE C,C++ Compiler V6; Clear Case, Clear Quest

bis 12.5.2013 bei Stuttgart (Autozulieferer) mit 16 bit Renesas uC, Sensors, SW Module Entwicklung, SW Integration und Test, Release Software von B- bis C-Muster für Lieferung an Kunden, XCP Diagnose Tools: DOORS, CANoe, CANape, CAPL Programierung, IAR Compiler, Eclipse Platform, Serena, Renesa HEW Debugger, UML EA 8.0, Docs mit Doxygen

Embedded Software on DSP TI TMS320C32, C and Assembler Programming and Simulation, Modulation/Demodulation/Equalizer/Viterbi Algorithm/GSM Cell Phone Layer 1 and 2/Adaptation Conctrols