Academic Background:
Jassem M. Kamel Al-Enizi holds both Bachelor’s and Master’s degrees in Mechanical Engineering from Kuwait University. He earned his Bachelor’s degree in 2008 with a GPA of 3.35 out of 4. His undergraduate graduation project focused on designing and fabricating a heat exchanger that utilizes neutral energy sources to cool water, showcasing an early interest in sustainable mechanical systems. He pursued his Master’s degree immediately after and completed it in 2013 with a GPA of 3.54 out of 4. His Master’s thesis focused on vibration, design, and control, particularly investigating the persistent problem of drill string vibrations in the petroleum industry. The thesis, titled “Modeling and Analysis of Stick-Slip and Bit Bounce in Oil Well Drill-strings Equipped with Drag Bits,” developed a nonlinear model capturing axial and torsional vibrations of rotary drill strings equipped with PDC bits. The study proposed a new cutting and contact model for bit/rock interaction and received excellent ratings from external examiners. It was published in the Journal of Sound and Vibration in August 2014 and presented at the International Petroleum Technology Conference 2014. Since 2019, Jassem has been pursuing a research-based Ph.D. program in Mechanical Engineering at Qatar University. He has successfully completed advanced coursework in finite element methods, vibration, solid mechanics, and nanotechnology. He has also passed the comprehensive Ph.D. examination in Mechanical Vibrations and Solid Mechanics. His Ph.D. research interest continues in the domain of drill string vibrations, with a focus on expanding bit/rock interaction models, designing efficient control systems, and integrating modern vibration-reducing technologies such as magnetorheological elastomers.
Professional Experience:
Jassem began his professional journey with Kuwait National Petroleum Company (KNPC) in January 2009 and has since gained over 13 years of experience as a Senior Inspection Engineer. Between 2009 and 2017, he served as a Project Quality Control Engineer at the Mina Abdullah Refinery (MAA), where he worked on major projects such as LPG4, NLTF, AGRP, and FGRU. He led inspection efforts and ensured quality control for a wide range of fabrication and construction processes. From 2017 onward, he took on leadership roles in high-value projects such as the KOC Molten Sulfur and Slfur Handling Projects. Since 2018, he has held the position of Senior Inspection Engineer, supervising inspection teams across KNPC’s Mina Abdullah and Mina Al-Ahmadi refineries. His responsibilities have included overseeing units like Continuous Catalytic Reformers, Acid Gas Removal, Hydrogen Recovery, Cooling Water Systems, Wastewater Treatment, and various piping and utility systems. His work spans complex refinery systems in challenging environments, ensuring compliance with international codes and quality standards.
Skills and Technical Expertise:
Jassem has developed a wide range of technical skills throughout his career, including vibration analysis, mechanical system design, and control system integration. His expertise includes in-service inspection of pressurized equipment, tanks, and piping systems operating under harsh and corrosive conditions. He is proficient in reviewing mechanical data sheets, quality plans, inspection test plans (ITPs), welding procedure specifications (WPS), and non-destructive testing (NDT) procedures. His practical experience encompasses inspection and testing methods like PMI, hardness testing, ferrite testing, and hydrostatic/pneumatic pressure testing. Additionally, he is adept at advanced modeling and simulation for dynamic mechanical systems, particularly in drilling operations. He has a deep understanding of bit/rock interaction mechanics and the implementation of smart materials such as magnetorheological elastomers for vibration damping.
Research Focus:
Jassem’s primary research focus lies in the field of vibration dynamics within mechanical systems used in the petroleum industry. His Master’s and Ph.D. research are centered around drill string vibrations, particularly in systems using PDC bits. His contributions include developing and validating nonlinear mathematical models to simulate stick-slip and bit bounce phenomena in rotary drilling systems. He aims to address the challenges posed by axial, torsional, and lateral vibrations, which can significantly impact drilling efficiency, bit life, and operational costs. His future research goals involve exploring phase-III bit/rock interaction models, designing integrated vibration control mechanisms, and utilizing smart materials to mitigate harmful resonances in drilling equipment.
Awards & Achievements:
Jassem’s research achievements have been recognized through publication and conference presentation. His Master’s thesis was published in the Journal of Sound and Vibration in August 2014 and has been cited more than 70 times, indicating its academic and industry relevance. He also presented his work at the International Petroleum Technology Conference (IPTC) in 2014 under the paper ID IPTC 17258-MS. His thesis received an excellent rating in all evaluation categories by an external examiner, affirming the quality and impact of his research.
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