Prof Dr. Ammar Chakhrit, Mohamed Cherif Messaadia University, Algeria
Prof. Dr. Ammar Chakhrit is an Assistant Professor at Mohamed Sherif Msaadia University in Souk Ahras, Algeria π©πΏ. He holds a Doctorate in Environment, Health, and Safety from University of Oran 2 and has extensive experience in chemical safety and industrial risk assessment. His professional expertise includes roles as an HSE supervisor and significant contributions to international research on risk evaluation methodologies π. Dr. Chakhrit’s notable publications and conference participations emphasize his specialization in criticality assessment and safety engineering. He is multilingual, proficient in English, French, and Arabic π£οΈ.
Publication Profile
Google Scholar
Education
Dr. Chakhrit’s educational background is equally impressive, with a Doctorate in Environment, Health, and Safety from the University of Oran 2 Mohammed Ben Ahmed. His doctoral studies focused on Security Prevention and Intervention, equipping him with in-depth knowledge and expertise in managing environmental and occupational health risks. Prior to his doctorate, he earned a Master’s degree (Bacc+5) and a Bachelor’s degree (Bacc+3) in Environment, Health, and Safety from the University of Batna 2, completing his Master’s in July 2016 and his Bachelor’s in June 2014. Dr. Chakhrit also holds a Baccalaureate in Science with honors from Kais High School in Khenchela, Algeria, which he completed in June 2011 ππ.
Scientific Experiences ππΌ
Dr. Ammar Chakhrit has a robust portfolio of experiences and certifications in chemical safety and industrial risk management. He has completed numerous courses from international organizations, covering areas such as Personal Protective Equipment (PPE) Awareness, COSHH (Control of Substances Hazardous to Health) Hazard Communication, and safety protocols for working in confined spaces. His training extends to specialized safety induction programs, including Working at Height and Health and Safety Induction. Additionally, Dr. Chakhrit has a certificate of success from the French Security Institute for his work on security measures and prevention strategies applied to combat the new coronavirus (COVID-19) π¦ π¬.
Professional Experience ππ§
Dr. Chakhrit’s professional journey includes an internship at the AIN DJASSER power plant in Batna, Algeria, where he gained hands-on experience in the energy sector from April 13 to April 28, 2016. He served as a supervisor in Health, Safety, and Environment (HSE) at GS Engineering and Construction, in collaboration with DEALIM Industrial in Khenchela, from March 3, 2018, to October 30, 2018. His role involved overseeing safety protocols, ensuring compliance with environmental regulations, and implementing risk management strategies in industrial settings π’π.
Research Focus
Dr. Ammar Chakhrit’s research focuses primarily on advanced risk assessment methodologies, failure mode, and effects analysis (FMEA), and the application of fuzzy logic in industrial safety and reliability engineering ππ οΈ. His work is crucial in enhancing safety protocols in various industries, including automotive, energy, and gas turbine systems πβοΈπ. Dr. Chakhrit’s contributions are characterized by integrating multi-criteria decision-making and fuzzy logic to improve risk evaluation and prioritization ππ§©. His research not only addresses current challenges in risk management but also proposes innovative solutions for robust safety assessment and criticality analysis ππ¬.
Publication Top Notes
- “Failure mode, effects and criticality analysis improvement by using new criticality assessment and prioritization based approach” – Journal of Engineering, Design and Technology 21(5), 1545-1567, 9 citations, 2023 ππ
- “Fuzzy multi-criteria approach for criticality assessment and optimization of decision making” – Journal of Intelligent & Fuzzy Systems 41(2), 2701-2716, 7 citations, 2021 ππ€
- “New risk assessment and prioritization failure modes based approach in a gas turbine system” – IOP Conference Series: Earth and Environmental Science 1098(1), 012009, 5 citations, 2022 ππ§
- “A hybrid integrated multi-criteria decision-making approach for risk assessment: a study of automotive parts industry” – International Journal of Quality & Reliability Management 41(4), 1020-1043, 3 citations, 2024 ππ
- “Dynamic availability assessment using dynamic evidential network: water deluge system case study” – IOP Conference Series: Earth and Environmental Science 1098(1), 012015, 3 citations, 2022 ππ
- “Environmental impact assessment approach to dynamic safety evaluation: a liquefied natural gas plant case study” – IOP Conference Series: Earth and Environmental Science 1098(1), 012011, 3 citations, 2022 π¬π‘
- “An extended FMECA approach using new risk assessment and prioritization based approach” – International Journal of Information Technology 16(3), 1595-1604, 2 citations, 2024 πβοΈ
- “Failure Mode, Effects, and Criticality Analysis Improvement Using a Fuzzy Criticality Assessment Based Approach” – Algerian Journal of Research and Technology 6(1), 36β46, 2 citations, 2022 π§©π
- “A Neuro-Fuzzy Risk Prediction Methodology in the Automotive Part Industry” – 0 citations, 2024 ππ¬
- “Integrating fuzzy logic and multiβcriteria decisionβmaking in a hybrid FMECA for robust risk prioritization” – Quality and Reliability Engineering International, 0 citations, year not specified ππ