Ahmed Aref Email & Phone Number

Al Jizah, Egypt

-Gained comprehensive knowledge of Automotive HW & SW Components, focusing on embedded systems and their key functionalities.-Acquired expertise in Software Development Life Cycle (SDLC), mastering methodologies like Agile, Lean, and Waterfall for developing high-quality, secure software.-Developed a solid understanding of RTOS (OSEK_OS), learning about its structure and importance within the AUTOSAR framework.-Received in-depth training on AUTOSAR, exploring its core concepts and architecture, with a focus on practical applications.-Gained a thorough understanding of the AUTOSAR Communication Stack (COM Stack) and its role in automotive software.-Achieved proficiency in ASPICE standards, learning to evaluate and enhance software development processes based on industry requirements.-Mastered the RTE (Runtime Environment), learning how it facilitates communication and data exchange among software applications.-Developed insights into AUTOSAR Memory Concepts, understanding the memory stack modules and the mechanisms of data retention.-Specialized in Diagnostics Protocols, gaining expertise in ISO 14229 (UDS) and ISO 15031 (OBD) standards, with a focus on automotive diagnostics architecture.-Gained a comprehensive understanding of Communication Protocols, focusing primarily on CAN while comparing its use cases, benefits, and limitations with other protocols.-Completed advanced training on the AUTOSAR Diagnostic Stack, learning about key components like the Diagnostic Communication Manager (DCM), Diagnostic Event Manager (DEM), Fault Inhibition Manager (FIM), and Default Error Tracer (DET).

Al Jizah, Egypt

-In-depth Knowledge of ASPICE PAM 3.1 System Engineering Process Group (SYS): Developed a comprehensive understanding of the SYS process areas as per the VDA scope, including System Requirements Analysis [SYS2], System Architectural Design [SYS3], System Integration and Integration Testing [SYS4], and System Qualification Testing [SYS5].-Thorough Understanding of ASPICE PAM 3.1 Software Engineering Process Group (SWE): Gained extensive knowledge of the SWE process areas according to the VDA scope, encompassing Software Requirements Analysis [SWE1], Software Architectural Design [SWE2], Software Detailed Design and Unit Construction [SWE3], Software Unit Verification [SWE4], Software Integration and Integration Testing [SWE5], and Software Qualification Testing [SWE6].-Expertise in Quality Assurance and Process Improvement: Achieved a comprehensive understanding of the Quality Assurance Process Area [SUP1] and the Process Improvement Process Area [PIM3] within ASPICE PAM 3.1.-Familiarity with SEITech Solutions' Specific Process Implementation: Acquired detailed insights into SEITech Solutions' specific process implementation across all process areas relevant to the VDA scope.-Execution of Software Quality Assurance Activities: Conducted SQA activities throughout the development and serial life phases, adhering to ASPICE standards and company procedures.-Coaching and Training for Process Conformance: Provided coaching and training to project teams to ensure compliance with established processes and quality standards.-Planning and Monitoring of SQA Activities: Planned, executed, and monitored software quality assurance activities to ensure alignment with ASPICE requirements.-Contribution to Quality Assurance Workflow: Contributed to the design of the ticketing system workflow and the implementation of Quality Assurance checklists for ticket reviews, thereby enhancing defect detection and ensuring adherence to processes across various projects.

Cairo, Egypt

- Studied OSEK VDX and AUTOSAR OS SWS Documentations to gain a comprehensive understanding of the specifications.- Extracted Software Requirements from OSEK VDX and AUTOSAR OS SWS documents, consolidating them into acomprehensive requirements document.- Designed scheduling queues and implemented data structures to support efficient scheduling algorithms.- Implemented Task Management, Resource Management, OS Execution Control, Events Mechanism, Alarms and Countersfeatures in addition to System Calls concept and Context Switching mechanism.- Implemented Startup Code, Linker Script, and Context Switching, including porting the OS onto TC399XE- Implemented drivers for HSM core peripherals like AES, SHA & PKC that are used for cryptographic applications.- Implementation of advanced cryptographic libraries such as CMAC & HMAC to fulfil host core requests.- Designed and implemented full system architecture and tasks design to fulfill host core cryptographic requests efficiently andreliably.- Created detailed test plan with timeline, testing methodologies and testing goals to drive the testing phase and ensurequality objectives such as defect identification and functional coverage.- Integrated all APIs, conducting rigorous unit and integration testing to ensure robustness and reliability of the system.- Developed detailed design, testing, and user guide documents, providing comprehensive documentation for the projectlifecycle.- Microcontroller: Aurix Infineon Tri Core Architecture for Host Core Arm Cortex M Architecture for HSM Core.- Tools: Tasking Compiler (CARM & CTC) & Lauterbach Trace32 Debug and Trace Tool.

Cairo, Egypt

This comprehensive course covered a wide range of topics, including:• Embedded System Essentials:A quick review of embedded systems in general and interfacing, ideal for refreshing your knowledge or getting up to speed.• Real-Time Operating System (RTOS):A deep dive into RTOS, understanding its functionality and importance in embedded systems.• Introduction to AUTOSAR:Get to know the AUTOSAR layers and the AUTOSAR XSD Schema, key components in modern automotive software architecture.• AUTOSAR OS Parts 1 & 2:Detailed exploration of the AUTOSAR Operating System.• AUTOSAR MCAL Modules (GPIO/PORT):Learn about the Microcontroller Abstraction Layer, a crucial part of AUTOSAR.• AUTOSAR Application Layer:Understand how the application layer functions within the AUTOSAR architecture.• AUTOSAR COM Stack:Dive into the Communication Stack of AUTOSAR and its role in facilitating communication in automotive systems.• DevOps:An introduction to the practices of DevOps in the context of embedded systems.• Advanced Topics:Get a glimpse of the future with topics like Adaptive AUTOSAR, Vehicle-to-Everything (V2X), and Over-the-Air updates (OTA).• Safety & ISO26262:Learn about the ISO26262 standard for automotive safety and its importance in the industry.• Automotive Cybersecurity and HSM:Learn about the various cryptographic techniques used in encryption, decryption, and hashing, and also understand the AUTOSAR Cryptostack and Hardware Security Module architecture and applications.

Cairo, Egypt

• Learned about various important topics such as Introduction to SW Design, SW Communication Patterns, State Machine Patterns, Multitasking Forms, The 674 Embedded SW Design Process, StaticDesign and finally Dynamic Design.• Implemented an industrial project which was designing the software of a Vacuum Cleaner on ARM

Cairo, Egypt

• Learned about various important topics such as FreeRTOS Overview, RTOS Multitasking, Inter-task Access Synchronization, Inter-task Event Synchronization, Inter-task Communication, Direct to Task Notification, SW Timers, Memory Management, Interrupt Management.• Implemented an industrial project which was Power Meter using FreeRTOS

• Deepthen my knowledge in C Programming, Data Structures & Algorithms, Microcontroller Architecture, Microcontroller Peripherals (GPIO, Timers, ADC, Interrupts, etc..), LCD and Keypad Interfacing and Communication Protocols (UART, SPI, I2C, CAN, etc..).• Applied this knowledge on two main projects which are ATM Payment System that was focused on Cprogramming and On Demand Traffic Lights System using ATmega32 which was focused on Embedded Systems.

• Practiced and learnt about various important topics in industry, such as Microcontroller Basics, Start-up, Linker Script, Compilation Process, AUTOSAR Basics, RTOS Fundamentals and Automotive Protocols.• Had the opportunity to have a close look on the modest and most used technologies in industries.

Part of a team who was responsible for: -Providing the needed fund for different events by conducting deals with sponsors-Developing new programs and events with potential sponsors. -Coordination with sponsors in various events and responsible for following up with sponsors satisfaction.-Working on development of new programs to meet the students needs and put them on the right track helping them in further future career based on the dynamic market needs, this is done my researching and doing case studies on many benchmarks and preparation of detailed project plans and how could it be applied on our scale.

MECA Academy gave me strong knowledge in following topics:-Marketing-Sales & Customer Services Sessions was conducted by experts from ExxonMobil and Injaz Egypt.Those sessions are then followed by a real case study to apply what we have learned in the sessions on a unique real-life project that is later presented in front of ExxonMobil Managers

Participant in a workshop in which: -We attended sessions about sales channels, sales funnel, sales flywheel, frictions of the sales flywheel, and finally sales processes. -Then those sessions were followed by a small case study made in front of the workshop’s mentors.