Laboratoire de Physique et Mecanique Textiles, France
Profile
🎓 Early Academic Pursuits
Mahmoud Hussein began his academic journey in Mechatronics Engineering at Helwan University, Egypt, where he earned his engineering diploma between 2008 and 2013. His graduation project, an automated bread-making machine, showcased his early proficiency in integrating mechanical, electronic, and computing systems—a hallmark of mechatronics. Driven by a passion for automation and intelligent systems, he continued his education by pursuing a Master’s degree in Control Engineering at Cairo University (2017–2019). His master’s thesis focused on stereo and mono vision for object sorting and grasping using an industrial robotic arm, marking his first major research effort combining computer vision and robotics.
💼 Professional Endeavors
Mahmoud started his professional career at SIEMENS as an Automation Engineer (2013–2017), where he specialized in Siemens PLC programming, microcontroller integration, and system-level electrical and control engineering. His hands-on expertise with systems like AVR, Arduino, ARM, and PIC was solidified during this period. From 2017 onward, he transitioned into academia, joining the Faculty of Engineering at the French University in Egypt and later Cairo University, where he contributed significantly to teaching control and computer science-related subjects.
🧪 Contributions and Research Focus
Currently, Mahmoud is pursuing a Ph.D. in Mechanics at the Université de Haute Alsace (UHA), France, focusing on the development of a biaxial testing system for advanced fibrous materials. His research blends mechanics, material science, and mechatronics—demonstrating his multidisciplinary approach to solving modern engineering problems. He is affiliated with the Laboratoire de Physique et Mécanique Textiles, where he integrates control systems and mechatronics to design innovative testing platforms. His research also reflects deep interests in energy consumption optimization, software design, and embedded systems.
📚 Academic Publications
Mahmoud Hussein has contributed to several peer-reviewed journals:
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Hussein, M. (2020). PD dynamic controller for designing and modelling of quadcopter control system, International Journal of Advanced Research in Engineering and Technology.
-
Hussein, M. (2020). A nonlinear dynamic controller for differential drive mobile robot trajectory tracking, Journal of Advanced Research in Dynamical and Control Systems.
-
Hussein, M. (2021). An adaptive dynamic controller for differential drive mobile robot trajectory tracking, Current Applied Science and Technology Journal.
-
Hussein, M. (Submitted). Stereo and Mono Vision Sorting of Known Objects and Grasping Using Industrial Robot Arm.
These publications underline his command over dynamic control theory, mobile robotics, and computer vision integration.
🌐 Impact and Influence
Mahmoud’s contributions have earned recognition both in academia and industry. His work on robotic vision and trajectory control has applications in autonomous systems, industrial automation, and advanced material testing. He is actively contributing to the evolution of smart mechatronic systems, bridging theoretical models with practical implementations. His projects have inspired emerging researchers and engineering students alike, especially in the MENA region.
📊 Academic Citations
Although specific citation metrics were not provided, Mahmoud’s publications in international journals such as IJARET and Current Applied Science and Technology Journal suggest a growing academic footprint. His innovative work in dynamic controllers and embedded robotics positions him as a promising contributor in the fields of mechanical and control engineering.
🛠️ Technical Skills
Mahmoud is a highly skilled engineer with a rich technical portfolio:
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Programming: C++, Python, MATLAB, C, PLC, HMI, IHM
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Control Systems: MATLAB Simulink, Stateflow, Embedded Systems, Dynamic Modeling
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Simulation & Design: AutoCAD, SolidWorks, HyperWorks, ANSYS, ADAMS
-
Microcontrollers: AVR, Arduino, ARM, PIC
-
Expertise: Siemens Ladder Logic, FB, STL
He is especially proficient in designing, modeling, and simulating real-world mechatronic systems using both hardware and software.
🧑🏫 Teaching Experience
Mahmoud has extensive teaching experience, notably at Université de Haute Alsace as an ATER (Attaché Temporaire d'Enseignement et de Recherche) since 2023. He previously taught as a Maître Assistant at UHA and in Egyptian universities from 2017–2020. His teaching portfolio includes:
-
C Programming, MATLAB/Simulink
-
FPGA systems and reconfigurable embedded systems
-
Robotics, Automation, Electrical Engineering
-
Scientific Tools (Math), Linear Systems
-
Control systems, AI, PLC, Pneumatics & Hydraulics
He has also actively supervised practical labs and developed hands-on experiences for students, reinforcing real-world skills in automation and control.
🏆 Awards & Recognitions
Mahmoud’s innovative mindset and competitive edge have earned him multiple honors:
-
🥇 First Place, Robocon Egypt Competition (2013)
-
🥇 Best Graduation Project, "Made in Egypt" Competition (2013)
-
🥇 First Place, Line Following Robot Competition in Egypt (2012)
-
🏅 Best Idea, NU100 Competition by Nile University (2015)
These accolades reflect his consistent drive for excellence and practical innovation.
🎓 Early Academic Pursuits
Mahmoud Hussein began his academic journey in Mechatronics Engineering at Helwan University, Egypt, where he earned his engineering diploma between 2008 and 2013. His graduation project, an automated bread-making machine, showcased his early proficiency in integrating mechanical, electronic, and computing systems—a hallmark of mechatronics. Driven by a passion for automation and intelligent systems, he continued his education by pursuing a Master’s degree in Control Engineering at Cairo University (2017–2019). His master’s thesis focused on stereo and mono vision for object sorting and grasping using an industrial robotic arm, marking his first major research effort combining computer vision and robotics.
💼 Professional Endeavors
Mahmoud started his professional career at SIEMENS as an Automation Engineer (2013–2017), where he specialized in Siemens PLC programming, microcontroller integration, and system-level electrical and control engineering. His hands-on expertise with systems like AVR, Arduino, ARM, and PIC was solidified during this period. From 2017 onward, he transitioned into academia, joining the Faculty of Engineering at the French University in Egypt and later Cairo University, where he contributed significantly to teaching control and computer science-related subjects.
🧪 Contributions and Research Focus
Currently, Mahmoud is pursuing a Ph.D. in Mechanics at the Université de Haute Alsace (UHA), France, focusing on the development of a biaxial testing system for advanced fibrous materials. His research blends mechanics, material science, and mechatronics—demonstrating his multidisciplinary approach to solving modern engineering problems. He is affiliated with the Laboratoire de Physique et Mécanique Textiles, where he integrates control systems and mechatronics to design innovative testing platforms. His research also reflects deep interests in energy consumption optimization, software design, and embedded systems.
📚 Academic Publications
Mahmoud Hussein has contributed to several peer-reviewed journals:
-
Hussein, M. (2020). PD dynamic controller for designing and modelling of quadcopter control system, International Journal of Advanced Research in Engineering and Technology.
-
Hussein, M. (2020). A nonlinear dynamic controller for differential drive mobile robot trajectory tracking, Journal of Advanced Research in Dynamical and Control Systems.
-
Hussein, M. (2021). An adaptive dynamic controller for differential drive mobile robot trajectory tracking, Current Applied Science and Technology Journal.
-
Hussein, M. (Submitted). Stereo and Mono Vision Sorting of Known Objects and Grasping Using Industrial Robot Arm.
These publications underline his command over dynamic control theory, mobile robotics, and computer vision integration.
🌐 Impact and Influence
Mahmoud’s contributions have earned recognition both in academia and industry. His work on robotic vision and trajectory control has applications in autonomous systems, industrial automation, and advanced material testing. He is actively contributing to the evolution of smart mechatronic systems, bridging theoretical models with practical implementations. His projects have inspired emerging researchers and engineering students alike, especially in the MENA region.
📊 Academic Citations
Although specific citation metrics were not provided, Mahmoud’s publications in international journals such as IJARET and Current Applied Science and Technology Journal suggest a growing academic footprint. His innovative work in dynamic controllers and embedded robotics positions him as a promising contributor in the fields of mechanical and control engineering.
🛠️ Technical Skills
Mahmoud is a highly skilled engineer with a rich technical portfolio:
-
Programming: C++, Python, MATLAB, C, PLC, HMI, IHM
-
Control Systems: MATLAB Simulink, Stateflow, Embedded Systems, Dynamic Modeling
-
Simulation & Design: AutoCAD, SolidWorks, HyperWorks, ANSYS, ADAMS
-
Microcontrollers: AVR, Arduino, ARM, PIC
-
Expertise: Siemens Ladder Logic, FB, STL
He is especially proficient in designing, modeling, and simulating real-world mechatronic systems using both hardware and software.
🧑🏫 Teaching Experience
Mahmoud has extensive teaching experience, notably at Université de Haute Alsace as an ATER (Attaché Temporaire d'Enseignement et de Recherche) since 2023. He previously taught as a Maître Assistant at UHA and in Egyptian universities from 2017–2020. His teaching portfolio includes:
-
C Programming, MATLAB/Simulink
-
FPGA systems and reconfigurable embedded systems
-
Robotics, Automation, Electrical Engineering
-
Scientific Tools (Math), Linear Systems
-
Control systems, AI, PLC, Pneumatics & Hydraulics
He has also actively supervised practical labs and developed hands-on experiences for students, reinforcing real-world skills in automation and control.
🏆 Awards & Recognitions
Mahmoud’s innovative mindset and competitive edge have earned him multiple honors:
-
🥇 First Place, Robocon Egypt Competition (2013)
-
🥇 Best Graduation Project, "Made in Egypt" Competition (2013)
-
🥇 First Place, Line Following Robot Competition in Egypt (2012)
-
🏅 Best Idea, NU100 Competition by Nile University (2015)
These accolades reflect his consistent drive for excellence and practical innovation.
🌟 Legacy and Future Contributions
Looking ahead, Mahmoud aims to expand the integration of AI-driven control systems with material science applications, particularly in automated testing and smart manufacturing. His interdisciplinary knowledge positions him as a future leader in mechatronic innovation and sustainable industrial solutions. With ongoing research and a solid foundation in teaching and engineering practice, Mahmoud Hussein is well-prepared to leave a lasting impact on the global academic and technological community.
Looking ahead, Mahmoud aims to expand the integration of AI-driven control systems with material science applications, particularly in automated testing and smart manufacturing. His interdisciplinary knowledge positions him as a future leader in mechatronic innovation and sustainable industrial solutions. With ongoing research and a solid foundation in teaching and engineering practice, Mahmoud Hussein is well-prepared to leave a lasting impact on the global academic and technological community.
📚 Selected Publications
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Title: Modulated Quasi-Static Tensile Testing for Advanced Characterization of Elastomer Mechanics
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Title: PD Dynamic Controller for Designing and Modelling of Quadcopter Control System
-
Title: A Non-linear Dynamic Controller for Differential Drive Mobile Robot Trajectory Tracking