Participations to Graduate Committees

Ph.D. theses

  • Makram Zaidi (2011), Ordonnancement des Ateliers Flexibles: Fondements, Nouvelles Approches de Résolution et Applications, Faculty of Economics and Management of Sfax, University of Sfax
  • Nizar Souayah (2010), Exact Algorithms for Parallel Machines Scheduling, High Institute of Management (ISG), University of Tunis
  • Jaber Jemai (2007), Neural Models for the Real Time Vehicle Routing Problem, High Institute of Management (ISG), University of Tunis

Masters’ theses

  • Muflih Safitra (2013), Analysis of Flexible Manufacturing Systems Using Simulation-Based Optimization, Department of Industrial Engineering, College of Engineering, King Saud University
  • Mohmaed Ali Al-Qahtani (2010), Personal Scheduling at a Local Call Center, Department of Industrial Engineering, College of Engineering, King Saud University
  • Talal Al-Solayman (2008), An investigation of due-date setting rules at stochastic production environment: A case study, Department of Industrial Engineering, College of Engineering, King Saud University
  • Walim Zouari (2007), Incremental maintenance of multidimensional data, (chairman) High Institute of Management (ISG), University of Tunis
  • Brahim Douar (2007), A hybrid approach of supervised classification: Application to face recognition, (chairman) High Institute of Management (ISG), University of Tunis
  • Mehdi M’tir (2007), A new method of ontology extraction from texts, (chairman) High Institute of Management (ISG), University of Tunis
  • Asma Mdimagh (2007), Nature-based heuristics for the prize collecting Steiner tree problem, High Institute of Management (ISG), University of Tunis
  • Maher Helaoui (2005), Project scheduling: the time-cost optimization problem, High Institute of Management (ISG), University of Tunis
  • Mohamed Hmiden (2005), Solving the transshipment problem with transfer delay and limited capacity by multi-agent simulation, High Institute of Management (ISG), University of Tunis
  • Mejdi Argoubi (2005), A hydraulic network optimization in flood periods, High Institute of Management (ISG), University of Tunis