On April 22, 2026, the Faculty of Physics and Engineering Physics successfully organized a specialized seminar entitled “Non-Destructive Testing (NDT), Cathodic Protection (CP), and Career Opportunities.” The seminar delivered practical and application-oriented technical content, helping bridge academic knowledge with industrial practices while providing students with valuable career perspectives in modern engineering and technology fields.
Through the seminar, students were introduced to an overview of material inspection, monitoring, and protection solutions currently implemented in real industrial environments at Trung Tin A Chau Company (TTA). The program not only focused on technical foundations but also emphasized the practical applications and critical role of these technologies in ensuring the safety, quality, and durability of industrial equipment systems.
During the seminar, the speakers presented the operating principles and applications of various non-destructive testing methods ranging from conventional to advanced techniques, including RT, UT, MT, PT, PAUT, ECT, IRIS, and LRUT. In addition, the Cathodic Protection (CP) system was analyzed from a technical perspective to highlight its important role in corrosion control and extending the service life of pipelines, metallic structures, and industrial equipment operating in harsh environments.
One of the topics that attracted significant interest from students was the practical effectiveness of NDT and CP technologies in modern industries. These methods play a vital role in early defect detection, material condition assessment, maintenance optimization, and ensuring the safe and continuous operation of technical systems in sectors such as oil and gas, energy, mechanical engineering, and industrial manufacturing.
Beyond technical knowledge, the seminar also provided valuable information regarding professional requirements in the fields of technical inspection and quality control. Students were introduced to international certification systems such as ISO 9712 and ASNT, while also gaining insights into widely used technical standards including ASME and API. The program further emphasized the importance of technical document interpretation, professional reporting skills, on-site problem-solving abilities, and the professional working style expected of modern engineers.
Through the seminar, students gained a clearer understanding of career development pathways in non-destructive testing and material protection - fields that currently have high workforce demand and play an essential role in the engineering industry. The program not only updated students’ specialized knowledge but also motivated them to proactively enhance their professional competencies, technical skills, and future career orientation.
The seminar concluded with active discussions and interactions between the speakers and students, contributing to stronger connections between academia and industry while reaffirming the importance of applied academic activities in training high-quality human resources.
