NDT Contributors

I have been working at Milangaz for the last 7 years. I have worked as LPG Operations Engineer for 5 years and LPG Terminal Manager for 2 years.

With a wealth of over 20 years of hands-on experience in the fields of non-destructive testing, asset integrity engineering, and advanced technology design, I play a pivotal role in offering operational and technical guidance across diverse industries. My expertise extends to sectors such as oil & gas, aerospace, Department of Defense (DoD), renewable energy, and subsea operations. My responsibilities encompass a broad spectrum, from developing and deploying ad hoc technologies to crafting technical procedures and work instructions. I actively engage in administering training and examinations for technicians, drive blue-chip business development initiatives, and assess and allocate resources to meet client requirements while effectively resolving key issues.

At the core of my skill set lies extensive proficiency in automated robotic inspection solutions, subsea inspection techniques, welding, and various non-destructive testing (NDT) and non-destructive evaluation (NDE) methods. My credentials include ASNT NDT Level III certifications in six methods, along with company NDT Level III certifications in ten methods. I hold a Bachelor of Science degree in Engineering and NDT, and I am recognized as a Chartered Engineer through the Engineering Council. Additionally, I possess multiple inspection certifications such as AWS CWI, API, NACE, and Pipeline Integrity.

Driven by a passion for delivering top-notch solutions, my focus revolves around enhancing the safety, reliability, and overall performance of our client's assets and infrastructure. My commitment to excellence is deeply rooted in ensuring that the solutions provided meet the highest standards, contributing to the longevity and efficiency of the systems and structures I work with.

My academic journey started with a Master's Degree in Theoretical Physics, specializing in "Molecular Spectroscopy and Nonlinear Physics" from the University of Dijon, France, in 1995. Building on this foundation, I earned a Ph.D. in Engineering Science in 1998, with a focus on understanding the relationship between low-frequency noise and nonlinearity in synchronized systems. After completing my academic pursuits, I delved into research at the FEMTO Institute (LPMO-CNRS), Besançon, France. Here, my investigations centred on unravelling the origins of low-frequency fluctuations in ultrastable oscillators. Subsequently, I joined the Ultrasonic Group "GIP Ultrasons" in Tours, France, working alongside Professor Léandre Pourcelot. During this period, I made contributions to the development of new applications in medical and Non-Destructive Testing (NDT) through the utilization of Nonlinear Acoustics for Ultrasound Imaging.

Since 1998, I've held the position of Associate Professor, Hab. Dir. Rech. at INSA Centre Val de Loire, Blois, France. Currently, I serve as the Project Manager for "Industry 4.0," leading the charge in overseeing the Digital Transformation within the INSA Group since 2019. My research interests at Inserm U1253 revolve around nonlinear acoustics for NDT, ageing, and structural integrity applications. With 230 references and an H-index of 14 (as of 2023), I've co-authored 55 works, including a book, two book chapters, 22 reviewed contributions, and have actively participated in 164 international conferences (30 as an invited speaker) and 45 seminars or lectures. In recognition of my contributions to the field of Non-Destructive Testing, I was honoured by Academia NDT International as a Full Member in 2010 at ECNDT, Moscow.

Currently, I have held the position of Vice-President since 2021 and am in charge of the "Signal and Data Processing Chapter." As an active member of the IEEE, I attained the status of Senior Member in 2016. Since May 2020, I've been a part of the NDE4.0 Global Ambassadors Panel. My commitment to advancing knowledge in the field is further evident through my involvement in serving on the Organization or Scientific Committee (TPC) of various international conferences and workshops.

Mohammed Abufour is an internationally recognized expert and visionary leader in the field of Nondestructive Testing (NDT), with a distinguished career spanning more than four decades. His impact extends across the oil, gas, and energy sectors, where he has pioneered inspection methodologies, introduced advanced technologies, and played a key role in shaping global standards for asset integrity, reliability, and safety.

He holds a degree in Nondestructive Testing (NDT) from the University of Northampton (UK) and possesses a broad range of international certifications, including ASNT Level III in Ultrasonic Testing (UT), Magnetic Particle Testing (MT), and Visual Testing (VT). He also holds multiple qualification certificates and NDT Level II certifications from accredited institutes and major NDT developers. As a Lifetime Member of the American Society for Nondestructive Testing (ASNT), Mohammed has earned global recognition for his technical excellence, strategic insight, and long-standing contributions to the profession.

Mohammed’s expertise spans more than fifteen advanced NDT technologies, including Phased Array Ultrasonic Testing (PAUT), Time-of-Flight Diffraction (TOFD), and specialized advanced ultrasonic testing for the inspection of pipelines and sour gas piping systems. His innovative development of field applications has addressed the detection of complex damage mechanisms such as Stress Corrosion Cracking (SCC), Hydrogen-Induced Cracking (HIC), hydrogen blisters, and Stepwise Cracking (SWC), helping to safeguard critical infrastructure, ensure safe operation, and extend equipment life cycles.

A key thought leader in the era of digital transformation, Mohammed has been instrumental in driving the integration of smart inspection technologies, online monitoring systems, and AI-powered diagnostics. His work supports the deployment of continuous, real-time surveillance programs for pipelines, pressure systems, and rotating equipment—empowering operators to detect anomalies early, optimize maintenance, and avoid catastrophic failures.

At the heart of his vision is NDT 4.0—a data-driven evolution that unites conventional inspection science with advanced analytics, machine learning, and Industrial Internet of Things (IIoT) platforms. Mohammed actively promotes the adoption of intelligent ecosystems that deliver actionable insights, support condition-based maintenance, and enhance operational decision-making across the oil and gas value chain.

In recognition of his leadership and innovation, Mohammed has been honored with six prestigious international awards from respected institutions in Europe and the United States. These accolades reflect his enduring impact on global inspection practices, safety culture, and the advancement of NDT technology across industries.

Throughout his career, Mohammed has held influential roles within ASNT, including serving on the Board of Directors from 2015 to 2018 and contributing for over a decade to the Certification Management Committee (CMC). He continues to guide the profession as an ASNT Ambassador, a member of the ASNT Industry Sector Qualification (ISQ) Committee, and Chairman of the ASNT Saudi Arabian Section, shaping certification systems and promoting international collaboration.

An advocate of lifelong learning and knowledge sharing, Mohammed is a frequent contributor to conferences, technical forums, and strategic roundtables at regional and global levels. He is known for translating complex inspection challenges into practical, forward-thinking strategies and for fostering dialogue on the future of integrity management, smart inspection systems, and sustainable operations.

Today, Mohammed Abufour remains a trusted advisor, global consultant, and industry pioneer—dedicated to building the next generation of inspection leaders and advancing digital intelligence in asset integrity management. His legacy is one of innovation, mentorship, and unwavering commitment to safer, smarter, and more resilient industrial systems.

Eddie C. Pompa, ASNT #107661 My career in NDT spans 30+ years as an NDT Level III across the Aerospace, Oil & Gas, and Education sectors. I currently work at the Johnson Space Center in Houston Texas as the Safety & Mission Assurance NDT Level III and continue teaching NDT classes at night at the local Lone Star College. My career highlights include working on the Space Shuttle Endeavour, Alpha Magnetic Spectrometer, Columbia Accident investigation, Orion, Pressure vessels, Blow Out Preventers, and sharing these experiences with the next generation of NDT professionals.

As an NDT advocate, I volunteer my time with the local High School where NDT is taught as a career path. The opportunities provided via Experience Events create meaningful experience opportunities for this generation of NDT professionals that prepare them for their careers in NDT and beyond. My passion for NDT has led to his NDT Hero creations that incorporate each NDT method into unique Superheroes that work to protect and make our world safer by preventing disaster by implementing sound inspection and quality assurance processes across all sectors. This art can be seen on LinkedIn, Instagram, and Facebook where he aims to Promote, Inspire, and Educate the world about NDT.

Efficient and results-driven professional with 17+ years of extensive experience in materials, metallurgy, welding, and corrosion engineering within Oil & Gas; refineries, upstream gathering centres, and petrochemical plants. Serving as a Senior Inspection and Reliability Engineer, Asset Integrity Management Professional, and Corrosion Specialist, I manage in-service inspections, turnarounds, shutdowns, EPC new project construction feed stage review, regulatory and legislative compliance, research and development, work methods analysis, and asset integrity in energy plants. Proficient in corrosion prevention and control techniques, including cathodic protection, coatings, and material selection.

Skilled in failure analysis, corrosion risk assessment, and integrity management. Demonstrated ability in implementing corrosion monitoring programs and applying advanced technologies for corrosion mitigation and repair. Holds a Bachelor's degree in Metallurgical Engineering (2007) and a Master of Business Administration “MBA” (2024). Certified in API 510, 570, 571, AWS CWI welding inspection, and NDT Level II in RT, UT, VT, PT & MT, along with IRCA QMS ISO 9001, EMS ISO 14001& OHSMS ISO 45001 Lead Auditor.

Full professor at Bordeaux INP, France, and more than 30 years of work in the field of ultrasonic wave propagation and non-destructive evaluation, for application purposes in many industrial fields, e.g. aeronautics, aerospace, transports, energy, civil engineering… Specific investigations in material characterisation, damage detection, localisation and imaging, adhesive bonds testing, design, manufacturing and calibration of air-coupled ultrasonic transducers, modelling and numerical simulations of elastic wave propagation in complex media (anisotropic, heterogenous, viscoelastic materials). Currently building and heading the Innovation Center for Non-Destructive Evaluation (ICNDE) on the campus of Bordeaux, France, using robots equipped with air-coupled ultrasounds, infrared thermography, tera-hertz waves and soon X-ray tomography for the multi-physic inspection of large components (up to 1 metre now and up to 4-5 meters in 2027). Machine learning and A.I. involved for the optimisation of data analysis.

NDT center in Bordeaux, France: https://www.dropbox.com/scl/fi/hde0bu3ddmt74ooezgui2/Robotisation_CND_EN_MASTER.mov?rlkey=b9kmhgxgfy7pbhweedgkny4kn&dl=0

Oluwatimilehin Oluwajire is a PhD candidate in the mechanical and aerospace engineering department at North Carolina State University. His research focuses on developing nondestructive techniques to detect and quantify imperceptible impact damage in polymer composite materials before they become visible. Oluwajire specifically aims to ratify damage-dependent parameters to help characterize low-velocity impact damage in polymer composites using near-infrared spectroscopy (an alternative NDE technique).

Vineet Yadav is a seasoned Quality Control and Engineering professional with over 15 years of experience across the aerospace, manufacturing, and energy sectors. Currently based in Tulsa, Oklahoma, he serves as a Quality and Project Manager, specializing in lifecycle product management, non-destructive testing (NDT), Lean Six Sigma methodologies, and regulatory compliance including AS9100, ISO 9001:2015, and NBIC standards.

Vineet holds a Master’s degree in Mechanical and Aerospace Engineering with a specialization in Materials Science from Oklahoma State University and a Bachelor's in Mechanical Engineering from India. His expertise spans materials engineering, process optimization, statistical process control, and leadership of cross-functional teams in both domestic and international settings. He is a certified ASNT Level-III (UT) and has published several influential articles in industry-leading journals and magazines, including Quality Magazine and NDT Corner. His technical acumen is further supported by his hands-on experience with advanced tools like FEM software (ANSYS, Fluent, OOF2), CAD platforms, and metallurgical testing instruments.

In 2025, he was honoured with the Global Recognition Award for his contributions to manufacturing innovation, research excellence, and mentorship. An active member of professional organizations like TMS, ASNT, ASM International, and AIST, Vineet continues to drive quality, efficiency, and innovation in engineering environments worldwide.

Meirbek Mussatayev is currently with the School of Electrical, Electronic, and Mechanical Engineering at the University of Bristol, U.K. His academic journey began in 2005 with a bachelor’s degree in automation control in railway systems, followed by a master’s degree in mechanical engineering from a prestigious Russian university (2011-2013). After earning his master’s, Meirbek joined a high-precision rover construction manufacturer in Kazakhstan, marking the start of his professional career.

In 2013, he took on a role managing time and frequency primary standards at the national metrology institute, later joining the research and metrology team at a geophysics company, a branch of Kazatomprom National Company. He then served as Lead Metrology and Verification at Tengizchevroil, a Chevron-based oil and gas project. Meirbek earned his Ph.D. from the Guilin University of Electronic Technology, China.

From 2015 to 2022, he was CEO of Mangilik El Innovations LLP, where he led metrology outsourcing services for the telecommunications sector. Since 2020, Meirbek has been at the forefront of developing a directional eddy current probe for in-line inspection of Automated Fibre Placement, under the guidance of Dr. Robert Hughes and Prof. Paul Wilcox at the University of Bristol. He is an active member of FIND-CDT, U.K., the Institution of Engineering and Technology (IET), U.K., and the American Society for Nondestructive Testing (ASNT), USA.

Muriel Magloire graduated from Central Piedmont Community College (CPCC) with an Associate of Applied Science (AAS) degree in Nondestructive Examination (NDE) Technology alongside her son, Aumani, in 2020. While in school, she served as Chair of the North Carolina Student Section of the American Society of Nondestructive Testing (ASNT). She is currently the Treasurer of the ASNT Charlotte Section. Muriel began her NDT career with the Department of Defense (DOD) working with the Navy in Bremerton, WA. Today, she is a QA NDE Technician with Flowserve Corporation. Her love for air travel fuels her aspiration to gain experience with NDE in aerospace one day.

As a member of ASNT’s Faces of NDT, an advocacy and outreach program, she has attended events like the American School Counselors Association Conference and the Girl Scout Conference to help spread the word about NDT. Over this past year, Muriel has written blogs for the ASNT Pulse publication, and she has written articles for features in several magazines to include Quality Magazine, Materials Evaluation (2024 Women in NDT edition) and most recently STEM Workforce Diversity Magazine for her contributions to safety in the nuclear industry. This past Fall, Muriel has returned to CPCC to serve as a Mentor in the Ruth G. Shaw Leadership Program for scholars. In October 2024, Muriel became a graduate of the ASNT RISE Leadership Development Program that concluded at the annual ASNT Conference in Las Vegas.

Dr. Ninel Alver is a Professor of Civil Engineering at the Faculty of Engineering, Ege University in Turkey, where she has been a faculty member since 2009. She received her Ph.D. from Kumamoto University in Japan in 2005, supported by the prestigious Monbukagakusho scholarship. Following her doctoral studies, Dr. Alver continued her academic journey as a Guest Scientist at Kumamoto University (2005–2007), and later at the Federal Institute for Materials Research and Testing (BAM) in Germany (2007–2008), with support from the Alexander von Humboldt Foundation.

Dr. Alver’s research is centered on non-destructive testing (NDT) of infrastructure materials and structures. She specializes in the application of multi-scale NDT methods, structural health monitoring, and advanced numerical simulation and modeling techniques. Her work has led to the successful completion of several nationally and internationally funded research projects. A prolific researcher, Dr. Alver has published extensively in high-impact technical journals and has presented her findings at numerous scientific conferences. Her contributions have advanced the understanding and practical application of NDT technologies in civil engineering.