Nabil EL FADI

Key Client Engagement: Autoliv, France Senior Software Project Manager & Team Leader, Independent Consulting Assignment • Program & Platform Leadership: Lead the delivery and governance of a complex automotive software-platform program, aligning product objectives, engineering execution, organizational priorities, and release commitments. • Expanded Leadership Scope: Progressively assumed responsibilities beyond the initial projectmanagement assignment, driving a global team performance, platform governance, delivery recovery, organizational alignment, supplier coordination, and cross-functional decision-making. • Team Leadership: Build and coach multi-site, cross-functional teams through clear priorities, defined ownership, measurable performance indicators, and transparent governance, strengthening accountability and delivery performance. • Delivery Transformation: Increased completion of a critical software-release activity from approximately 7% to 89% within one week by applying Lean principles to eliminate process waste, remove bottlenecks, clarify ownership, and reinforce execution discipline. • Engineering Governance: Govern planning, requirements maturity, traceability, risks, quality, change control, release readiness, and continuous improvement within an AUTOSAR, Automotive SPICE, ISO 26262, and cybersecurity environment. • Stakeholder & Supplier Leadership: Align management, engineering, quality, safety, cybersecurity, and international supplier organizations around priorities, dependencies, risks, decisions, and delivery commitments. WEFACIO Business Operations: Manage business development, proposals, contracts, client relationships, invoicing, financial reporting, and regulatory compliance

Integration Leadership: Led the integration and delivery of EB tresos Bootloader solutions for major OEMs and Tier-1 suppliers, ensuring alignment between customer requirements, product capabilities and delivery commitments. • Technical Expertise: Applied continuous integration, debugging and validation practices across multiple bootloader platforms (Infineon TC2xx/TC3xx, ST SPC58x, Renesas RH850), supporting reliable software integration and issue resolution in complex embedded environments. • Customer & Stakeholder Management: Managed customer interactions from project initiation through delivery, facilitating technical alignment, defining integration agreements and ensuring clear understanding of requirements and responsibilities. • Agile Collaboration & Product Improvement: Collaborated with development teams and product owners to resolve defects, prioritize enhancements and continuously improve product value within an Agile development environment. • Delivery & Knowledge Transfer: Delivered integration packages and post-delivery support, providing technical documentation and guidance to facilitate successful customer adoption and long-term maintainability. • Tools & Technologies: EB tresos Bootloader, JIRA, Continuous Integration, Infineon AURIX TC2xx/TC3xx, ST SPC58x, Renesas RH850, Embedded C, Automotive Bootloaders, AUTOSAR

• Develop the products according to the specifications and methods validated by the Design Office, • define the test methods in-house. • Establish and respect the development planning, and transmit the information necessary for the industrialization. • Validate: the design, the industrialization, the means of control. • Customer reporting / project progress. • Develop products according to new customer requirements or standards. Keywords: C / Assembler programming, microcontrollers, FPGAs, Analog electronics, power electronics (power supply, energy conversion), bus and communication technologies (I2C, USB, Linux OS, Ethernet, GPRS, IoT, SDRAM memories / DDR, NAND, Wifi)

V&V Engineering for the A350-1000 Landing Gear System Technical Tags : IBM #Doors ,SRS ,Avionics ,Test

Inside the Nuclear Measurement Business Unit of AREVA , Canberra : • MIP10 product feasibility study for radioactivity measurement • Support the hardware and software architecture • Implementation of the USB Host / device layer • Implementation of Ethernet over USB • Implementation of web server over USB • "technical feasibility" within the framework of the SDLC (quality approach).

Post-routing simulation of an FPGA mock-up for the monitoring of an aircraft stick and a three-phase motor control by DSP: • Perform an Initiation / Training at DO178. • To collect the entities constituting the developed model (VHDL) and to realize a global architecture design (Top level). • Perform Synthesis and routing of the model with LIBERO IDE. • Specify the test scenarios and upgrade the test benches with MODELSIM. • Perform functional tests of retro annotated simulations and complete the development • Write and deliver a final report (validation of control signals).

In the framework of the development of a library for automotive use: Understand the thermal engine model and carry out the simulations of the different physical blocks. Development in C language of functions equivalent to the different simulink blocks (S-function). Resimulate, interpret and validate the S-functions developed. Write Document "Design and architecture of complex digital systems".

Design and development of an automation for the detection of failures on X-ray high-voltage generators in a quality approach.  Project and task management: Open workbench and communication tools (mail, chat ..) with the teams India / China / US in English.  Hardware: • Validation by simulation of the models on Matlab / Simulink (ADC / DAC, filters, amp ..) • Realization of the digital architecture in VHDL under Quartus IDE. • Development in C on DSP (for control in pwm).  Firmware and software: • Development in C language on M3 cortex and assembler of device drivers and software functionality in a real-time embedded environment: FreeRTOS kernel, Vxworks (SPI, I2C, CAN, EEPROM, RTC ...) • Use of the oscilloscope and JTAG for debug (communication protocol ssh and telnet). • Perform the code review: Windiff., Winmerge. • Delivery to the IBM clearcase and SVN configuration management server.

Ingénieur firmware Study of the operation of Linky (reverse engineering) electricity meters:  Build in competence and have a system view of the meter (diagram, datasheet, meeting with teams in CHINA ..).  Reverse engineering:  Using doxygen to generate documentation of the existing software.  Perform step-by-step debugging with the JTAG and oscilloscope and frame analyzers.  Inject C / C ++ code to modify the execution flow on the counters.  Write documentation associated with an OLS vision.  Software development:  Developing low-level (SPI, I2C, memory, interrupt ..) layers on real-time kernel: FreeRTOS, Linux and debugging with μVision tools: ULINK, JTAG gdb ...  Adding CLI commands for card / PC communication: ethernet, telnet, ssh ..  Perform code review and configuration management: SVN, winddiff etc.  Rebuild any bugs with Bugzilla.  Develop stress tests in python (language learned 2 days).  Writing the code documentation.

system engineer