Dr. Tarik Zarrouk, Université Mohamed Premier Oujda, Morocco
Dr. Tarik Zarrouk is a researcher and educator specializing in Mechanics, Materials, and Manufacturing. He earned his Ph.D. from the Faculty of Sciences in Oujda, where his research focused on finite element modeling of milling processes in composite and metallic honeycomb structures, specifically Nomex and Aluminum. He also holds a Master’s degree in Mechanics & Energetics and a Bachelor’s degree in Physics. Dr. Zarrouk has extensive academic and industrial experience, having served as a postdoctoral researcher at the LEM3 Laboratory at the University of Lorraine, France, in collaboration with Evatec Tools, where he worked on intelligent machining solutions for honeycomb sandwich materials. He has supervised doctoral and master’s research projects on advanced machining technologies and material optimization. As a dedicated educator, Dr. Zarrouk has been a lecturer at various institutions, including the École Supérieure de Technologie and the École Nationale des Sciences Appliquées in Oujda, where he has taught subjects ranging from thermodynamics and metrology to mechanical processes and CNC machining. Additionally, he has served as a high school physics and chemistry teacher for over a decade.
Professional Profile:
ORCID
Summary of Suitability for Best Scholar Award – Dr. Tarik Zarrouk
Dr. Tarik Zarrouk is a highly qualified researcher with a strong background in mechanical engineering, materials, and manufacturing. His extensive academic journey, from earning a Ph.D. in Mechanics, Materials, and Manufacturing to his postdoctoral research at the University of Lorraine, demonstrates a deep commitment to advancing knowledge in his field. His research contributions focus on numerical modeling, machining of composite and metallic honeycomb structures, and the development of intelligent machining solutions—topics that are both innovative and impactful in modern manufacturing.
Education 🎓
- Doctorate in Mechanics – Materials – Manufacturing (2019-2022), Faculty of Sciences, Oujda
- Thesis: Finite Element Modeling of the Milling Process for Composite and Metallic Honeycomb Structures (Nomex & Aluminum)
- Master’s in Mechanics & Energy (2006-2008), Faculty of Sciences, Oujda
- Thesis: Numerical Modeling of Natural Convection in a Square Cavity Using the Lattice Boltzmann Method
- Bachelor’s in Physics and Material Sciences (2005-2006), Faculty of Sciences, Oujda
- University Diploma in General Studies (2002-2005), Faculty of Sciences, Oujda
- High School Diploma in Experimental Sciences (2001-2002), Lycée Ennahda, Ahfir
Work Experience 💼
- Postdoctoral Researcher (2022-2024), LEM3 Laboratory, University of Lorraine (France) & Evatec Tools
- Research: Development of Smart Machining Solutions for Honeycomb Sandwich Materials
- PhD Supervisor (2023-2024), InSIC, University of Lorraine (France)
- Research: Development and Analysis of Honeycomb Structure Machining using RUM Technology
- University Lecturer (2021-2024) (Part-time, Various Institutions in Morocco)
- Courses: Thermodynamics, Mechanical Engineering, CNC Machine Tools, Manufacturing Processes, Automotive Air Conditioning, Solid Mechanics, Metrology, and Electromagnetism
- High School Physics & Chemistry Teacher (2011-2024), Lycée Ennahda, Ahfir
- Scientific Reviewer (2021-2024) for Indexed International Journals
- Springer: Environmental Science and Pollution Research
- Elsevier: Ultrasonic, Journal of Manufacturing Processes, Materials Today: Proceedings
- Hindawi: International Journal of Energy Research
Achievements & Contributions 🏆
- Research Supervision & Mentorship
- Supervised PhD and Master’s theses in machining, composites, and thermal processes
- Industry Collaboration 🤝
- Worked with Evatec Tools (France) on machining innovations
- Scientific Publications & Peer Reviewing 📑
- Reviewer for high-impact international journals
- Teaching & Training 👨🏫
- Designed and delivered courses at engineering and technology institutions
- Technical Skills & Certifications 🛠️
- LaTeX, Web of Science, Experimental Computer-Assisted Learning (EXAO)
Publication Top Notes:
Numerical Modeling and Optimization of Nomex Honeycomb Core Milling: Influence of Longitudinal and Longitudinal–Torsional Ultrasonic Vibrations
In-Depth Analysis of the Processing of Nomex Honeycomb Composites: Problems, Techniques and Perspectives
Three-Dimensional Finite Element Modeling of Ultrasonic Vibration-Assisted Milling of the Nomex Honeycomb Structure
Enhancing the Machining Performance of Nomex Honeycomb Composites Using Rotary Ultrasonic Machining: A Finite Element Analysis Approach
Numerical Simulation of Rotary Ultrasonic Machining of the Nomex Honeycomb Composite Structure