Mohamed Soubhi
Tech Lead @ Concentrio
Tech Lead & Embedded Architect Β· AUTOSAR, ASIL B & Graph Data Science
13+ Years
Automotive & Embedded
/
Tech Lead
Mentorship & Planning
/
ASIL B & L4
Functional Safety & ASPICE
/
~60% Faster
Code Quality Review & DVC
2023
π― Key Projects & Innovation Focus
π§ Neo4j Graph Data Science Validation
Designed and deployed Neo4j graph data science algorithms to validate COSI tool outputs (signal flow, dependency graphs), identifying structural flaws invisible to conventional static analysis tools.
Neo4jCypherGraph AlgorithmsCOSI Signal Flow
β‘ Results Versioning & DVC Pipeline
Independently architected a results-persistence and versioning workflow aligned with DVC methodology, enabling recursive & longitudinal analysis across runs and reducing turnaround time by ~60%.
DVCData Pipelines~60% SpeedupReproducibility
π οΈ Validation Automation Tooling
Engineered an internal automation tool enabling non-technical staff to execute complex analysis runs and collect outputs independently, removing a major bottleneck and freeing engineering capacity.
PythonCLI / AutomationProcess Democratization
π AUTOSAR Deep Quality Reviews
Conducted deep automotive software reviews across BSW/RTE/ASW layers and proprietary Code Analysis toolchains to pinpoint architecture-level validation issues.
AUTOSAR BSWRTEASWCode Analysis
π Key Responsibilities & Impact
- Embedded Code Quality & Architecture Reviews: Leveraged deep AUTOSAR (BSW/RTE/ASW) and embedded C/C++ domain expertise to conduct thorough software quality reviews, uncover architecture-level defects, and validate critical ECU communication signal flows.
- Technical Leadership & Team Mentorship: Mentored new engineers, provided technical consulting and sprint planning, and spearheaded the transition to Jira Scrum/Agile workflows, driving high team velocity across complex automotive analysis projects (BMW).
- Graph Data Science & Structural Validation: Deployed Neo4j graph algorithms and Cypher queries to model complex vehicle software topologies, validating dependency graphs and pinpointing structural bugs missed by conventional static analysis.
- MLOps Automation & DVC Pipeline: Designed a results-persistence workflow aligned with DVC methodology (reducing end-to-end analysis turnaround time by ~60%) and built custom Python CLI tooling allowing non-technical colleagues to operate validation runs independently.
- Data Visualization & Containerization: Engineered customer-facing technical and executive reports using Python (Pandas, NumPy, Matplotlib); containerized all validation pipelines with Docker for rapid developer onboarding and deterministic reproduction.
2021
π― Technical Highlights
ποΈ ARM Cortex-M7 Multi-Core V-Cycle
Embedded C development on ARM Cortex-M7 multi-core safety microcontrollers, executing the complete V-cycle from requirements breakdown down to integration testing and Lauterbach Trace32 in-circuit hardware debugging on target boards.
ARM Cortex-M7Trace32V-CycleVectorCAST Unit Tests
β±οΈ Gliwa T1 Timing & CPU Optimization
Integrated Gliwa T1 profiling tool to capture and analyze CPU load, jitter, and execution timing across multi-core tasks, enabling data-driven task scheduling optimization and real-time determinism.
Gliwa T1CPU ProfilingReal-Time SchedulingZero Defects
π Key Responsibilities & Quality Adherence
- Zero Defects & ISO 26262 Safety: Honed competencies in safety-critical embedded software engineering complying with ISO 26262 functional safety standards, where the team celebrated a Zero Defects Milestone showcasing unwavering commitment to reliability.
- ASPICE Level 4 Certification: Contributed directly to achieving ASPICE Level 4 certification through disciplined documentation, rigorous traceability, and process adherence.
- Unit Testing & MISRA-C: Conducted unit testing via VectorCAST, analyzed and fixed MISRA-C violations using QAC static analysis, and designed testing strategies.
- Scrum/Agile Collaboration: Delivered features using Scrum Agile methodology; managed centralized issue tracking with Jira, knowledge base with Confluence, and version control with Bitbucket/Git.
2017
π― Progressive Team Roles & Technical Highlights
π‘οΈ DCDC Gen Team: ISO 26262 (ASIL B) Safety Modules (2020 β 2021)
Senior Embedded SW Engineer. Upgraded and integrated all safety modules (
Safetymech, SafeDGM, SafeWDGM, SafeTSTm) per ISO 26262 (ASIL B) and AURIX Safety Library requirements. Reconfigured MBU, BPU, ECCFLASH & SMU; updated SafetLib and startup tests; authored safety integration plans.
ISO 26262 (ASIL B)AURIX Safety LibrarySMU / ECCFLASHRTE Config
π DCDC PSA Team: EOL Tooling & UDS Diagnostics (2018 β 2020)
Senior Embedded SW Engineer. Led development, review, and unit testing of End-of-Line (EOL) calibration & testing product in production phase (interfacing UDS, DIO, ADC, drivers). Integrated AUTOSAR Diagnostic Stack (ISO 14229-1 / UDS) and Complex Drivers via Vector Davinci & CANalyzer.
EOL ToolingISO 14229 (UDS)Davinci ConfiguratorCDD Startup Code
β‘ PTS-PEL / EDC Team: Electric Compressors & CAPL (2017 β 2018)
Embedded SW Engineer. Integrated complex AUTOSAR diagnostic components for Electrically Driven Compressors (EDC). Generated automated UDS test-cases on Vector tools using CAPL code, integrated Complex Drivers (CPWM), and ran Polyspace verification.
CAPL ScriptingCANalyzerPolyspaceCPWM Drivers
π€ R&D Automation & Microcontroller Bring-Up (2017)
Built Python & JavaScript R&D automation tools for code generation. Completed intensive AURIX hardware bring-up (GPIO, PWM, SPI, VADC drivers, OIL configuration) and SW test design (OSEK multitasking, QRQC).
Python / JS ToolingCode GenerationAURIX PeripheralsOSEK
π Key Responsibilities & Leadership
- Zero Defects Recognition: Awarded the team Zero Defects Reward for flawless software release quality and strict adherence to automotive safety benchmarks.
- Requirements Traceability & Coaching: Led and trained cross-functional engineering teams in executing end-to-end requirements traceability matrix workflows via Reqtify; supported ASPICE audit compliance.
- Knowledge Sharing: Delivered technical training and knowledge-sharing sessions across departments covering CAN communication and RTE architecture configuration.
2015
π©Ί Medical Device Products & Innovations
π©Έ MiraClot (Coagulation Analyzer)
Led requirements detection, system architecture, and embedded C firmware design for optical sensing channels and diagnostic assays on STM32F4.
STM32F4Optical SensingSystem DesignV-Cycle
π BioMon (Patient Monitor)
Engineered ECG firmware detection upgrades, sensor signal filtering algorithms, and bug resolution for real-time multiparameter patient monitoring.
ECG DetectionPatient MonitoringFirmware Testing
βοΈ Inspector & BBI Firmware Tester
Developed cloud-based SCADA telemetry firmware and built the custom automated BBI Firmware Tester for automated quality verification of BBI hardware components.
BBI TesterSCADA TelemetryVerification
π Key Responsibilities
- Covered the full system engineering lifecycle from biomedical research and electronic circuit analysis to firmware implementation and verification.
- Authored comprehensive software documentation in compliance with standard medical V-Cycle engineering processes.
2014
βοΈ Technical Highlights
π PIC18F & PIC32 Firmware Migration
Designed and upgraded core company embedded firmware from 8-bit PIC18F to 32-bit PIC32 microcontrollers in C (MPLAB IDE), optimizing performance and memory footprint.
PIC32PIC18FMPLABFirmware Migration
π‘ Digital Circuit Design & Moving Displays
Created custom digital circuits and electronic systems for industrial automation and electronic moving message displays.
Digital DesignMoving DisplaysHardware Bring-Up
- Created new applications and embedded systems from research through schematic capture and production board testing.
- Interfaced hardware peripherals (UART, SPI, I2C, Timers, ADC, GPIO) and conducted benchtop debugging.
2013
β‘
π’ Practical Industry Training Milestones
β‘ El Sewedy Electro-meter Egypt (Sep β Oct 2013)
Trainee Engineer. Developed device drivers in C language programming and observed end-to-end software lifecycles in high-volume industrial meter production.
C DriversSmart MetersIndustrial Lifecycle
π¬ Swiftronix (Aug β Oct 2010)
Trainee Engineer. Studied Verilog HDL digital logic and successfully deployed an SPI bus controller driver using Verilog HDL.
Verilog HDLSPI ControllerDigital Logic
π Banha Industry Katron (Aug β Oct 2006)
Student Intern. Hands-on industrial training in PCB fabrication, SMD assembly techniques, HW design, and testing procedures.
PCB DesignSMD AssemblyHW Testing
2010
Bachelor of Science in Electrical Engineering & Computers
Graduated with Honours (Grade: Very Good with Honours, GPA 3.10/4.00).
Graduation Project: Robot Motion Control Using Image Processing β real-time object tracking and robotic actuator guidance implemented in MATLAB (Project Grade: Excellent).
2026
π
π Certified Credentials & Specializations
NOV 2025 Β· IN PROGRESS
Advanced Embedded Linux Development
University of Colorado Boulder
2026 Β· IN PROGRESS
Advance C++20 Specialization
Coursera
2024 Β· CERTIFIED
Machine Learning Engineer Track (DVC, MLOps)
DataCamp
JUN 2022 β AUG 2022
Machine Learning Scientist with Python
DataCamp (Scikit-learn, Keras, Spark)
MAR 2021 β JUN 2021
Data Analysis Professional Nanodegree
Udacity (Pandas, NumPy, Matplotlib)
JUL 2021 β OCT 2021
Data Analysis Nanodegree (Become a Data Scientist)
Udacity
SPECIALIZATION
Mastering Microcontroller with Embedded Driver Development
Embedded Systems Academy
SPECIALIZATION
Introduction to Embedded Machine Learning
Edge Impulse / Coursera
CERTIFIED
Automate the Boring Stuff with Python Programming
Udemy
CERTIFIED
Software Testing: Manual/QA Testing + ISTQB CTFL Help
Udemy
2008 β 2014 Β· SOCIAL
Volunteer & Community Support
Resala Charity (Zagazig branch)
Featured Engineering & Open-Source Projects
Independent engineering research, open-source repositories, and interactive technical demonstrations.
Technical Skills & Competency Matrix
Comprehensive overview of engineering proficiencies across embedded, safety-critical, and data science domains.