Functional Safety Assessor

• Pre-assessments and review of functional safety status for ADAS ECUs and body controller components
• Conduct functional safety audits
• Review the functional safety status of the E3 1.2 in a pre-assessment
• Document interviews
• Document findings and generate internal reports

Methods:

• ISO26262
• Automotive SPICE Level 2, 3
• Agile methods, SAFe

Tools:

• DOORS
• Enterprise Architect
• JIRA & Confluence
• IQ-FMEA
• Isograph

• Managed software integration, build and release activities for the central ECU for assisted and fully automated driving
• Managed the software integration team
• Defined complete software integration and integration plan based on ARM Cortex-M
• Integrated cybersecurity functions for an ARM 32-bit MCU as HSM
• Conducted simulation, bench testing, hardware-in-the-loop (HIL) and software-in-the-loop (SIL)
• Responsible for software component and integration tests as well as in-vehicle tests
• Reviewed software integration problems and automated software integration
• Created customer builds and releases
• Drove continuous process improvement, defined quotas and optimized performance

Methods:

• Automotive SPICE
• Agile methods
• Cybersecurity, ISO21434

Tools:

• DOORS
• Enterprise Architect
• JIRA & Confluence
• C/C++
• Trace32 Lauterbach
• HSM
• CANoe
• CANape
• Jenkins
• Git
• PDX

• Created system architecture for an airbag system for an automobile manufacturer
• Defined strategic initiatives at department level and assessed change management activities
• Managed the system team and coordinated hardware and software teams
• Created functional, static and dynamic system architecture with SysML
• Prepared inputs for system integration tests
• Led process improvement activities
• Participated in creation of system and software requirements and software architecture
• Participated in ASPICE audits & assessments

Methods:

• Automotive SPICE, MBSE
• INCOSE, SysMOD

Tools:

• DOORS
• Enterprise Architect
• PREEvision
• JIRA & Confluence
• PTC

• Specified and created system and safety requirements for a body controller module
• Coordinated and controlled delivery of system features and functions
• Created technical safety concept and developed design FMEA
• Modeled system using UML/SysML according to CMMI and SPICE
• Defined test strategies

Methods:

• Automotive SPICE
• ISO26262

Tools:

• DOORS
• Tortoise SVN
• Enterprise Architect
• JIRA
• SCIO

• Managed system requirements for an OEM steering system
• Specified and developed new functions according to ASPICE and ISO26262
• Created system & software specification
• Reviewed test specifications
• Generated requirements reports
• Reviewed system & software architecture and performed safety analysis and reports

Methods:

• Automotive SPICE
• IEEE Std 1233, 1998 Edition

Tools:

• DOORS
• Enterprise Architect
• ClearCase
• ClearQuest
• Pkit
• IQ-FMEA

• Managed and coordinated hardware and software changes in infotainment system for Start-Stop Automatic
• Planned and coordinated test activities and series production start
• Introduced series production for Start-Stop function across multiple vehicle models
• Coordinated and planned HW/SW changes
• Reconciled costs and milestones for different vehicle models
• Coordinated test efforts for infotainment start-stop across Göpel tests, test bench, HIL, vehicle and robustness tests
• Evaluated, planned and controlled bug fixes
• Reported to vehicle project manager

Methods:

• ISO26262
• FMEA
• HIL
• SIL
• Göpel tests
• Robustness tests

Tools:

• MS Office
• MKS
• MS Project
• INCA
• SAP
• bluePiraT
• BTE
• HP Quality Center
• CANoe
• HIL/SIL simulations

• Managed problem and test management for telephone systems and validation/integration in vehicle network
• Supported suppliers and all involved departments
• Optimized failure detection, tracking and resolution processes
• Logged and analyzed MOST traces
• Conducted device tests, bug fixes, laboratory and vehicle tests

Methods:

• CMMI
• SPICE

Tools:

• MOST Optolyzer
• MOST High Protocol
• EDIABAS
• NCSExpert
• HP Quality Center

• Developed HMI for a mini automobile demo at CEBIT for a premium automobile maker
• Evaluated Intel Pentium M based embedded system for entertainment platform
• Integrated MOST components (DVD, CDC, TV tuner, radio tuner, audio amplifier)
• Designed and implemented entertainment system with dual displays and functions for Internet, DVD, CD, WMA, WAV, MP3, radio, MPEG, AVI
• Configured bitmaps and functionalities through XML

Methods:

• SPICE
• Agile methods

Tools:

• MS Office
• Visual Studio .NET
• C, C++
• DirectX, MMI
• Win32
• MFC
• GUI
• MOST NetServices
• Embedded Studio
• Windows CE
• Windows XP Embedded
• Embedded Linux

• Designed and implemented a channel decoder for GPRS/EGPRS in a Xilinx FPGA
• Implemented a universal channel decoder for GPRS/EGPRS and launched to mobile basic station testers

Methods:

• Hardware modeling, simulation and synthesis
• Agile software development

Tools:

• Xilinx FPGA Virtex
• ModelSim
• Simplify
• C
• VHDL
• Verilog
• Xilinx ISE

• Designed and developed PCI MOST multimedia card
• Performed hardware board schematic and layout design
• Developed VHDL MOST simulation
• Set up and tested MOST driver
• Conducted tests and release

Methods:

• Hardware modeling, simulation and synthesis

Tools:

• OrCAD Capture
• ModelSim
• Leonardo
• Xilinx ISE
• Signal Analyzer
• PE16 Assembler
• MS Office