Assist. Prof. Dr. Rawdha Kessentini | Mechanical | Women Researcher Award
Researcher | Higher Institute of Technological Studies of Sfax | Tunisia
Dr. Rawdha Kessentini is a Mechanical Engineering Doctor and Technologist Instructor, specializing in composite and bio-sourced materials. With a strong academic background and international collaborations, she has actively contributed to the study of thermoplastic polymers, aging processes, and material degradation. Her research is anchored in innovation and sustainability, with several scientific publications, conferences, and a patent to her name. Passionate about education, she has mentored many students and engaged in Franco-Tunisian research partnerships.
Professional Profile
Education
Dr. Kessentini holds a Ph.D. in Mechanical Engineering through an international cotutelle between ENIS Sfax, Tunisia, and Paris-Saclay University, France. She also earned a Master’s degree in Mechanics and Engineering from ENIS Sfax and a degree in Electromechanical Engineering from the same institution. Her educational journey reflects a strong foundation in applied sciences and mechanical design.
Experience
Dr. Kessentini has worked as a Technologist Instructor in Mechanical Engineering, initially at ISET Kasserine, then at ISET Sfax. She teaches machining and mechanical manufacturing, supervises final-year projects focused on polymers and injection molding, and contributes to international research. She is a researcher with LA2MP Lab, University of Sfax, collaborating with France’s QUARTZ Laboratory on polymer characterization under accelerated aging conditions.
Research Interests
Her research focuses on thermoplastic and bio-based polymers, aging and degradation mechanisms, material characterization techniques, and numerical modeling. She is particularly interested in the sustainable development of advanced materials and their behavior under environmental stress, contributing to both experimental and simulation-based studies.
Awards
Top Noted Publications
Title: Moisture Diffusion, Compression and Degradation Mechanisms of Alfa Natural Fibers (Stipa tenacissima L.) Reinforced Epoxy: Experimental, Morphological and Numerical Analysis
Year: 2025
Cited: 3 articles
Title: Theoretical and Experimental Investigation of Bonded Patch Repairs of a Rubber Reinforced Composite Conveyor Belt
Year: 2021
Cited: 9 articles