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Ahmad SAMROUT (EL)

Ahmad SAMROUT (EL)

Instructor

Faculty of Science – Chargé de Cours

Faculty of Sciences- Branch of Northern Lebanon – Chargé de Cours

06/400 820/1 - 06/401 822 ahmad.samrout@usj.edu.lb

Ahmad EL SAMROUT Beirut - LEBANON36 years old📞 : +961 03 19 79 51📧 : ahmad.elsamrout@ul.edu.lbNationality: LebaneseMarital Status: MarriedCAREER2012-present: Officer Engineer at the Internal Security Forces (ISF) of Lebanon.2010-2011: Engineer at Zmerly, a company specializing in plumbing heating technologies.EDUCATION2018: Doctorate in Mechanical Engineering, University of Technology of Troyes, FranceDissertation Title: Hybridization of Multicriteria Metaheuristic Optimization Methods for Mechanical Problems.2010: Degree in Mechanical Engineering (Option: Construction and Energy), Lebanese University, Faculty of Engineering I, Tripoli, Lebanon.PUBLICATIONSPublications in International Congresses with Extended ArticlesEl Samrout, A., Braydi, O., Younes, R., Trouchu, F., & Lafon, P. (2016). A new hybrid method to solve the multi-objective optimization problem for a composite hat-stiffened panel. Proceedings of META’2016, 6th International Conference on Metaheuristics and Nature Inspired Computing.Publications in National French Congresses with Extended ArticlesBraydi, O., Lafon, P., Younes, R., & El Samrout, A. (2017). Reliability-based optimization of a hat-stiffened panel. S3-Reliability and Robustness of Mechanical Systems.Book ChapterEl Samrout, A., Braydi, O., Younes, R., Trouchu, F., & Lafon, P. (2019). A new hybrid method to solve the multi-objective optimization problem for a composite hat-stiffened panel. In Bioinspired Heuristics for Optimization (pp. 77-88). Springer, Cham.TEACHINGFall 2024: Introduction to Programming with C++ (30 hours) – Saint Joseph University/CLN.Fall 2022-2024: Automotive (24 hours) – Lebanese University/Faculty of Engineering/Roumieh.Fall 2022-2024: Advanced Automotive (27 hours) – Lebanese University/Faculty of Engineering/Roumieh.Fall 2021-2024: Model Reduction (20 hours) – Lebanese University/Doctoral School.COMPUTER SKILLSSoftware: Matlab, C++, Python, Revit, AutoCAD, SolidWorks.Office Software: Microsoft Office.LANGUAGESArabic: Native language.French: Fluent.English: Fluent.German: Intermediate.Spanish: Intermediate.Italian: Intermediate.HOBBIESSwimmingSoccerWatching inspirational movies

Education

Degree University Country Year
Docteur en Sciences de l'Ingénieur, spécialité Systèmes Mécaniques et Matériaux Université de Technologie de Compiègne (UTC) France 2019
Diplôme d'Ingénieur en Génie Mécanique Université Libanaise (UL) Lebanon 2010

Teaching at USJ

Introduction to programming with C++

University teaching outside USJ

University teaching outside USJ Country Institution Start date End date
Advanced Automotive (27 hours) – Lebanese University/Faculty of Engineering/Roumieh. Lebanon Université Libanaise (UL) 01/09/2022 01/02/2025
Automotive (24 hours) – Lebanese University/Faculty of Engineering/Roumieh. Lebanon Université Libanaise (UL) 01/09/2022 01/02/2025
Model Reduction (20 hours) – Lebanese University/Doctoral School. Lebanon Université Libanaise (UL) 01/09/2021 01/02/2025

Areas of expertise

Engineering and Technology, Sciences

Research themes

automotive, mechanical engineering, control, optimization, model reduction, programming, data science.

Publications and communications

El Samrout, A., Braydi, O., Younes, R., Trouchu, F., & Lafon, P. (2016). A new hybrid method to solve the multi-objective optimization problem for a composite hat-stiffened panel. Proceedings of META’2016, 6th International Conference on Metaheuristics Nature Inspired Computing.--------------------------------------------------Braydi, O., Lafon, P., Younes, R., & El Samrout, A. (2017). Reliability-based optimization of a hat-stiffened panel. S3-Reliability and Robustness of Mechanical Systems.--------------------------------------------------El Samrout, A., Braydi, O., Younes, R., Trouchu, F., & Lafon, P. (2019). A new hybrid method to solve the multi-objective optimization problem for a composite hat-stiffened panel. In Bioinspired Heuristics for Optimization (pp. 77-88). Springer, Cham.