Ould Aly Isselmou

– Development of a system and software architecture for multi-function consoles and HMIs in ships and submarines – Creation of the system architecture consisting of servers, computers, switches, virtualization infrastructure, and virtual machines – Design of new middleware for fail-safe communication and reliable redundancy mechanisms in distributed systems for the customer's surface and underwater systems – Development of startup and shutdown concepts for sonar subsystems and weapon control subsystems – Methods: Cybersecurity, Agile Methods, System Architecture Framework (SAF) – Tools: SysML / UML, Virtualization, VMWare, ESXi, vCenter, vSAN, Netbox, DDS, Publish-Subscribe, RAMS, Process management in distributed systems under Linux, Cameo/MagicDraw, JIRA

– Pre-Assessments and review of functional safety status for ADAS ECUs and Body Controller, Functional Safety Audits – Conducted pre-assessments & audits of ADAS ECUs and Body Controllers. – Review system, hardware, and software safety lifecycle compliance (ISO 26262) – Assess Safety Management, Functional & Technical Safety Concepts, Software Architecture, Integration, Unit Tests, test strategies, blackbox/whitebox tests, FMEA, DFA, FTA, and generated analytics, dashboarding and internal reports. – Document findings, deviations, risks, and issue internal safety releases. – Support projects operating under ASPICE Level 2–3 and SAFe / Agile frameworks. – Methods: ISO26262, Automotive Spice Level 2, 3, Agile Methods, SAFe, Embedded Systems – Tools: Doors Next Generation, Polarion, Codebeamer, Enterprise Architect, JIRA & Confluence, ALM, GitHub, MATLAB / Simulink / Stateflow, CANoe, CANape, CAPL, C, C++, Python, JavaScript, Jenkins, Robot Framework, Grafana, Isograph, IQ-FMEA

• Developed embedded control software in powertrain for fully variable valve train systems. • Implementation of Cybersecurity functions: Secure Onboard Communication, Secure Diagnosis, Secure Boot, Secure Flash • Designed technical concepts using simulation, measurement, and prototype systems. • System & ECU software development, system & software integration, and calibration. • Embedded development for e-motor, gearbox, CAN, I2C, SPI, UART, ADC, Hall sensors.

– Creation of the system architecture for a tachograph system and a radar sensor – Specification of System Integration Tests and System Tests – Coordination of hardware and software teams and process design according to Automotive Spice and ISO26262. – Providing Inputs for System Integration Tests – Creation of the functional and dynamic system architecture with SysML – Creation of the physical system architecture (Bluetooth LE, GNSS, DSRC, Motion Sensor) – Methods: Automotive Spice, Agile Methods, Cybersecurity, ISO21434, ISO26262 – Tools: Doors, Rhapsody, JIRA & Confluence, PREEvision, ALM, Git, PTC

– Software Integration, Build & Release Management for the central ECU for assisted and full-automated driving – Simulation, bench testing, HW-in-the-loop (HIL) and SW-in-the-loop (SIL) and responsibility for Unit Tests, SW component and integration tests as well as Hil and vehicle tests. – Design and implementation of automated Software Tests, SW automation Pipelines and dashboards with automatic Test Report generation – Review of software integration problems – Automation of software integration – Creation of customer builds and releases – Process optimization and execution of ASPICE audit – Methoden: Automotive Spice Level 2, 3, Agile Methoden, SAFe, Vehicle Test, Deep Learning, LLM – Tools: Doors, Jama, Enterprise Architect, Matlab, Simulink, TargetLink, JIRA & Confluence, C/C++, Hugging Face Transformers, TensorFlow, PyTorch, CANoe, Esys, INPA, PDX, ISTA, FAT Tests, CANape, Ediabas, Jenkins, Git

– Requirements Management for a Body Controller System – Creation of software requirements specification – Design and development of statistic and reporting tool. – Requirements elicitation as well as Import & Export – Management of change requests – Methods: Automotive Spice, IEEE Std 1233, 1998 Edition – Tools: Doors, Enterprise Architect, JIRA & Confluence, C/C++

– Creation of the system architecture for an airbag system for an automobile manufacturer – Creation of the functional, static and dynamic system architecture with SysML – Creation of the inputs for the system integration tests – Participation in the creation of system and software requirements as well as software architecture – Participation in the ASPICE audit & Assessments – Methods: Automotive Spice, MBSE, Incose, SysMOD – Tools: Doors, Enterprise Architect, PREEvision, JIRA & Confluence, PTC

– Creation of the system architecture for high end audio amplifier systems for different OEM customers – Coordination of hardware and software teams and process design according to automotive spice and ISO26262. – System modeling using UML/SysML – Review of the system, hardware and software requirements – ASPICE audit & Assessments – Methods: Automotive Spice, MBSE, Incose, SysMOD – Tools: Doors, Tortoise SVN, Enterprise Architect, JIRA & Confluence

– Specification and creation of system and safety requirements for a body controller module – Coordination and control of the delivery of system features and functions. – Creation of technical safety concept and development of design FMEA – System modeling using UML/SysML according to (CMMI, SPICE). – Definition of test strategies – Methods: Automotive Spice, ISO26262 – Tools: Doors, Tortoise SVN, Enterprise Architect, JIRA, SCIO

– Design, specification and modeling of generic and reference software architectures for Renesas RH850 based on Autosar – Specification of the Architecture using Doors. – Static and dynamic modeling of the architectures with Rhapsody. – Configuration of Autosar modules. – Methods: Automotive Spice, ISO26262 – Tools: Doors, PTC, UML, Rational Rhapsody, Davinci Configurator, Davinci Developer

– Management of system requirements for an OEM – Specification and development of new functions according to ASPICE and ISO26262 – Creation of system & software specification – Review of test specification. – Generation of requirements report – Reviewing the System & Software architecture and making safety analysis and generating reports. – Methods: Automotive Spice, IEEE Std 1233, 1998 Edition – Tools: Doors, Enterprise Architect, ClearCase, ClearQuest, Pkit, IQ FMEA

– Development of a Multicore platform for the accommodation of sophisticated vehicle safety functions. (Infineon Aurix Tricore, Microsar Safe) – Analysis and specification of new HW/SW architecture requirements – Creation of RFQ specifications and supplier selection – Evaluation of Multicore Microcontroller semiconductor supplier in terms of Safety, Performance, Features, Costs and availability. – Specification of hardware architecture. (Crash Sensors, Airbag circuit, Predictive Sensors) – Specification of safety software platform. (Osek OS, Autosar OS, Virtualization concept, Hypervisor, C, C++) – Development of safety and real-time analysis reports (Inchron, Symtavision, Gliwa) – Development of safety concept – Development of FMEA – Development of prototype – ECU test – Methods: ISO 26262, FMEA, AUTOSAR, Code reviews – Tools: DOORS, ClearCase, ClearQuest, Davinci Developer/Configurator, Microsar Safe, PREEvision, C, C++, Rest of bus simulation CANoe, TTtechConnexion

– Introduction of series production for Start Stop function for different vehicle models – Coordination of HW/SW changes – Reconciliation of coasts and milestones for the different vehicle models. – Coordination of test efforts of Start Stop for Infotainment. – Planning and control of tests on different test places (Göpeltest, Test bench, Hil, Vehicle tests, Robustness tests) – Evaluation, Planning and control of Bug fixes – Report to the manager of the vehicle project – Methods: ISO 26262, FMEA, HIL, SIL, Göpeltest, Robustness tests

– Design and development of an AFDX Protocol tester – Hardware design, Schematic and Layout – Development of VHDL Models – Simulation, Synthesis, Tests and Release – Methods: DO-178b – Tools: OrCAD Capture, ModelSim, Leonardo, Xilinx ISE, MS Office, Signal Analyzer, Ethernet, AFDX, TCP/IP Stack

– Design and implementation of a channel decoder for GPRS/EGPRA in a XILINX FPGA – Design and implementation of a channel decoder for GPRS/EGPRA in a XILINX FPGA. – Implementation of a universal channel decoder for GPRS/EGPRS and launch to mobile basic station testers – Methods: Hardware modelling/Simulation/Synthesis, Agile Software-Development – Tools: Xilinx FPGA Virtex, ModelSim, Simplify, C, VHDL, Verilog, Xilinx ISE

– Implementation of a GUI for HDLC Protocol Analysis in an EWSD (Electronic Wählsystem Digital) Site – Methods: Agile Software-Development

– Design and development of a PCI MOST multimedia card – Hardware Board Design of a MOST PCI multimedia card and VHDL MOST simulation. – Schematic and layout design – Setup and test of the MOST driver – Tests and Release – Methods: Hardware modelling/Simulation/Synthesis – Tools: OrCAD Capture, ModelSim, Leonardo, Xilinx ISE, Signal Analyzer, PE16 Assembler, MS Office