Automation & Control Engineering: Exploring modern control systems, industrial automation, and process optimization
MOHAMAD EID
Electrical Power Systems Engineering Student
Obour City
Summary
Power Systems Engineering student passionate about renewable energy, control systems, battery technologies, and electric vehicles, with a solid foundation in electrical engineering principles. Gained hands-on experience in MATLAB, system simulation, and analytical problem-solving through academic projects and internships. Continuously enhancing coding skills while exploring AI applications to optimize energy systems and improve efficiency. Seeking a technical internship this summer to tackle real engineering challenges, contribute to innovative and sustainable energy projects, and further develop technical and professional skills.
Overview
2
2
years of professional experience
3
3
Certificates
2
2
Languages
Work History
Workshop
ELSEWEDY ELECTRIC in Collaboration With IEEE – German International University (GIU)
New Capital Admistrative-GIU Campus
02.2026 - 02.2026
- Studied the structure, materials, and electrical characteristics of Medium Voltage (MV) underground cables rated up to 36 kV, including conductors, XLPE insulation, metallic screens, and protective layers.
- Gained hands-on experience in MV cable preparation, including insulation stripping, screen removal, conductor cleaning, and dimensional accuracy according to manufacturer standards.
- Assisted in the installation of premoulded cable accessories such as straight-through joints, indoor and outdoor terminations, and elbow connectors for RMU systems.
- Learned stress control techniques and electric field distribution management to prevent insulation failure and partial discharge in MV systems.
- Applied installation standards, grounding procedures, torque specifications, and safety regulations to ensure reliable and compliant cable jointing and termination.
- Understood proper sequencing and quality control measures required for safe and long-lasting MV cable system performance.
Workshop
Google Developer Groups (GDG) – On Campus, Egypt University of Informatics
New Capital Admistrative-EUI Campus
01.2026 - 01.2026
Intro to AI & Prompt Engineering Workshop
- Completed hands-on training on Artificial Intelligence fundamentals and prompt engineering techniques.
- Gained practical exposure to AI tools and effective prompt structuring for optimized outputs.
- Explored real-world AI applications and emerging trends in intelligent systems.
Volunteer
AIESEC Member – Exchange & Leadership Development
Cairo, Egypt
02.2025 - 07.2025
- Contributed to the execution of youth leadership and international exchange programs aligned with the United Nations Sustainable Development Goals (SDGs).
- Supported the end-to-end exchange process, including candidate sourcing, screening, preparation, and post-exchange follow-up to ensure a high-quality participant experience.
- Conducted 20+ outreach calls per week to prospective applicants, providing program guidance and increasing engagement in global volunteer and internship opportunities.
- Assisted in organizing recruitment campaigns and university events, engaging 30+ students and promoting AIESEC’s mission within the campus community.
- Collaborated with cross-functional and international teams to coordinate exchange processes and maintain effective stakeholder communication.
- Delivered mentoring sessions and workshops focused on leadership development and intercultural communication.
- Developed strong competencies in sales, customer relationship management, public speaking, negotiation, and cross-cultural collaboration.
Intern
Arab American Vehicles Co. (AAV)
Cairo, Egypt
08.2024 - 08.2024
- Assisted in the development and implementation of quality control procedures in the vehicle assembly process
- Supported the engineering team in troubleshooting electrical issues in production vehicles to ensure compliance with safety standards
- Participated in research projects focused on improving the efficiency of electrical systems in automotive applications
- Conducted analysis of manufacturing data to identify trends and recommend improvements in operational efficiency
- Engaged in training sessions on the latest automotive technologies and industry standards to stay updated with emerging trends
- Organization for Industrialization (AOI)
Education
Bachelor of Engineering - Electrical Power Systems
German international University (GIU)
New Administrative Capital, Egypt05.2027
High school - Scientific – Mathematics(Thanaweya Amma)
Nozha International School
Egypt07.2023
Skills
Electrical Circuits
Arduino
C/C
Microcontroller programming
Matlab,Simulink
Power electronics applications
Electrical facility design
Automation & control systems
Power systems design and analysis
Software Engineering
Certification
MATLAB Onramp
Interests
Power Systems: Learning about power generation, distribution, and smart grid technologies
Artificial Intelligence (AI): Studying AI applications in automation, predictive maintenance, and smart solutions
Embedded Systems & AVR Microcontrollers:Designing and programming microcontroller-based projects to strengthen practical engineering skills
Timeline
Workshop
ELSEWEDY ELECTRIC in Collaboration With IEEE – German International University (GIU)
02.2026 - 02.2026
Workshop
Google Developer Groups (GDG) – On Campus, Egypt University of Informatics
01.2026 - 01.2026
Embedded systems based on AVR Diploma
01-2026
Simulink Onramp
03-2025
Volunteer
AIESEC Member – Exchange & Leadership Development
02.2025 - 07.2025
MATLAB Onramp
02-2025
Intern
Arab American Vehicles Co. (AAV)
08.2024 - 08.2024
Bachelor of Engineering - Electrical Power Systems
German international University (GIU)
High school - Scientific – Mathematics(Thanaweya Amma)
Nozha International School
LANGUAGES
Arabic
English
Projects
Microcontroller-Based Maze Solving System | Embedded C
• Developed a maze-solving system based on an ATmega32 microcontroller
• Integrated six infrared sensors and six servo motors for obstacle detection and automated door control.
• Added a temperature sensor to monitor the internal temperature of the maze for safety purposes.
• Interfaced an LCD to display six questions, with a 4×4 keypad for input and logic allowing up to three attempts per door
• Simulated and tested the full system using Proteus software before hardware implementation
DC Motor Speed Control Circuit Design
• Designed a DC motor speed control circuit using a 220V to 24V transformer and SCR for phase control.
• Implemented speed regulation with diodes and resistors, optimizing motor performance.
• Simulated the entire circuit using LTspice to validate performance before implementation.
Hobbies
- Reading: Exploring books on engineering, technology, self-improvement, and occasionally novels to expand knowledge and creativity.
- Chess: Developing strategic thinking and problem-solving skills through competitive play.
- Football: Participating in team sports to enhance teamwork, discipline, and physical fitness.
- Learning Languages: Studying new languages to understand different cultures and improve communication skills.
- Gym: Engaging in strength training and fitness routines to build discipline, perseverance, and goal-setting abilities.
Hobbies
- Reading: Exploring books on engineering, technology, self-improvement, and occasionally novels to expand knowledge and creativity.
- Chess: Developing strategic thinking and problem-solving skills through competitive play.
- Football: Participating in team sports to enhance teamwork, discipline, and physical fitness.
- Learning Languages: Studying new languages to understand different cultures and improve communication skills.
- Gym: Engaging in strength training and fitness routines to build discipline, perseverance, and goal-setting abilities.
Projects
Microcontroller-Based Maze Solving System | Nov-Dec 2024
• Developed a maze-solving system based on an ATmega32 microcontroller
• Integrated six infrared sensors and six servo motors for obstacle detection and automated door control.
• Added a temperature sensor to monitor the internal temperature of the maze for safety purposes.
• Interfaced an LCD to display six questions, with a 4×4 keypad for input and logic allowing up to three attempts per door
• Simulated and tested the full system using Proteus software before hardware implementation
DC Motor Speed Control Circuit Design | May 2025
• Designed a DC motor speed control circuit using a 220V to 24V transformer and SCR for phase control.
• Implemented speed regulation with diodes and resistors, optimizing motor performance.
• Simulated the entire circuit using LTspice to validate performance before implementation.
Embedded Systems Project – Multifunction Digital Clock (ATmega32) | Dec 2025-Jan 2026
• Designed and implemented a real-time embedded system using ATmega32 microcontroller
• Developed clock, alarm, stopwatch, and countdown timer functionalities
• Configured Timer0 in CTC mode with interrupt-based 1-second time generation (without external RTC)
• Interfaced 16x2 LCD in 8-bit mode for real-time data display
• Implemented push-button control with software debouncing
• Integrated buzzer alarm logic triggered by time conditions
• Applied modular layered architecture (MCAL, HAL, Application layers)
• Validated system through Proteus simulation and hardware testing