Über Mohamed
I help automotive teams deliver safety critical ECUs for power electronics and powertrain applications, reducing technical risk and accelerating delivery.
I bring more than seven years of experience as a senior embedded and control engineer, working on DCDC converters, On Board Charger systems, and motor and torque control. My work combines control concept design, model based development, and production ready embedded software for complex automotive systems.
I design and implement control algorithms, control loops, and modulation strategies using MATLAB Simulink and Stateflow, and integrate them into embedded C and C++ software. I work across AUTOSAR based architectures, low level software layers, diagnostics, and Flash Bootloaders, ensuring robust startup, flashing, and system integration.
I have strong hands on experience with functional safety according to ISO 26262, including Item Definition, HARA, Functional Safety Concept, and Technical Safety Concept. I work closely with OEMs, Tier 1 suppliers, and system, safety, and software architecture teams to align requirements and deliver stable, series ready solutions.
Typical projects include control software development, model based design, embedded ECU software, functional safety work products, software architecture contributions, and support for integration, validation, and industrialization. I am available for remote expert assignments or long term engagements where domain expertise and ownership are required.
Englisch
Muttersprachlich oder zweisprachig
Deutsch
Konversationssicher
Arabisch
Muttersprachlich oder zweisprachig
Nur remote
Führt Projekte hauptsächlich remote aus
Projekt- und Berufserfahrung
- FlexSenior Embedded & Control Software Engineer | Automotive Power ElectronicsAUTOMOBILSEKTORJuli 2022 - Heute (3 Jahre und 11 Monate)Stuttgart, DeutschlandKey Tasks and Responsibilities* control concepts for DCDC and OBC systems in close collaboration with system and software architects
- Developed control loops and modulation strategies using model based development
- Implemented precharge and control logic using MATLAB Simulink and Stateflow
- Implemented safety mechanisms for SWCs of an ASIL B application
- Translated control models into production ready embedded software
- Developed low level embedded software layers, including drivers and hardware abstraction
- Designed and implemented custom Flash Bootloader functionality for ECU flashing and updates (via FBL updater)
- Contributed to software architecture definition and module integration
- Worked closely with system, safety, and software architecture teams to align implementation with requirements
- Ensured compliance with automotive development processes and functional safety requirements
Key Deliverables- Control algorithms and modulation models for DCDC and OBC applications
- Simulink and Stateflow models aligned with system requirements
- Embedded C and C++ software for control and low level layers
- Flash Bootloader components and startup software
- Software architecture contributions and interface definitions
- Documentation supporting safety and integration activities
- BorgWarner Inc.Application Software Engineer | Motor Control, eTurbo SystemsAUTOMOBILSEKTORMai 2021 - Juni 2022 (1 Jahr und 1 Monat)Kirchheimbolanden, DeutschlandKey Tasks and Responsibilities
- Developed and tuned Field Oriented Control algorithms for electric turbocharger applications
- Worked on motor control software for high speed electric machines used in eTurbo systems
- Implemented control algorithms for torque, speed, and current regulation
- Supported calibration and validation activities for motor control parameters
- Integrated control algorithms into application software for automotive ECUs
- Collaborated closely with system, control, and hardware teams to align control performance with system requirements
- Supported issue analysis and optimization of control behavior during testing and validation
- Ensured software compliance with automotive quality and development processes
Key Deliverables- Field Oriented Control software components for motor control applications
- Application level control algorithms for eTurbo systems
- Tuned and validated motor control parameters
- Software releases delivered to OEM projects
- Technical documentation supporting integration and validation activities
- Brightskies incControl & Application Software Engineer | Powertrain SystemsAUTOMOBILSEKTORMai 2018 - Februar 2021 (2 Jahre und 9 Monate)Alexandria, ÄgyptenKey Tasks and Responsibilities
- Developed powertrain application software using model based development in MATLAB Simulink
- Implemented power management and torque management functions for powertrain ECUs
- Designed vehicle speed estimation algorithms using Kalman filtering techniques
- Acted as function owner for torque management, responsible for design, implementation, and integration
- Worked closely with the customer to define and refine functional requirements
- Participated in the full functional safety lifecycle following ISO 26262 processes
- Contributed to Item Definition, Hazard Analysis and Risk Assessment, and Functional Safety Concept
- Developed Technical Safety Concepts for powertrain functions
- Coordinated with system, safety, and software teams to ensure correct implementation of safety requirements
Key Deliverables- Simulink models for power and torque management functions
- Vehicle speed estimation algorithms based on Kalman filters
- Torque management function ownership deliverables
- Functional safety work products including Item Definition, HARA, FSC, and TSC
- Documentation supporting customer reviews and safety assessments
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Ausbildung und Abschlüsse
- BSc. Communication and Electronics EngineeringAlexandria University, Faculty of Engineering2017The program provided a comprehensive engineering foundation in electronics, control, and communication systems, with strong emphasis on analytical thinking and system level design. Core coursework included electrical circuits, electronic devices and circuits, digital logic design, microprocessors and microcontroller fundamentals, electromagnetic fields, and electronic measurements. Advanced topics covered automatic control engineering, digital control systems, signal processing, communication systems, and computer programming, alongside power electronics, electric machines, and energy systems.