Nuclear Technique Laboratory was established in 2012 as part of the development orientation for training, scientific research, and applications of nuclear techniques at the University of Science, Viet Nam National University Ho Chi Minh City. Since its establishment, the laboratory has gradually developed into an experimental space serving teaching, learning, and research activities in the field of nuclear techniques. The laboratory’s activities focus on radiation measurement, environmental radioactivity analysis, radiation safety, and related applications.

In its early stage, the laboratory focused on building its fundamental facilities, equipping measurement systems, and developing experimental procedures for teaching, professional practice, and research. It has served as a place where undergraduate students, graduate students, and PhD candidates can approach experimental methods in nuclear physics and nuclear techniques.

Throughout its operation and development, Nuclear Technique Laboratory has gradually expanded its training and research scope across different specialized areas of nuclear techniques and applied nuclear science. Research activities at the laboratory are associated with radiation measurement, Monte Carlo simulation, sample analysis, non-destructive testing, radiation safety, and related applications.

Since 2012, Nuclear Technique Laboratory has gradually developed from a unit supporting experimental training into a space for implementing applied research activities in the field of nuclear techniques. The laboratory is now an important academic space that supports staff members, graduate students, and undergraduate students in conducting experimental research, sample preparation, measurement, and data analysis.

In addition to training and research activities, Nuclear Technique Laboratory also participates in professional introduction activities, student visits, academic exchanges, and activities that promote connection within the field of nuclear techniques. These activities contribute to the dissemination of scientific knowledge and provide learners with opportunities to access an experimental research environment.

The laboratory regularly supports visits, equipment introductions, and academic orientation activities for students interested in physics, nuclear techniques, and radiation applications in daily life. Through these visits, students have the opportunity to learn about the learning environment, research activities, and specialized laboratory equipment.

The laboratory also serves as a venue for academic exchange, professional discussion, and experience sharing in research. These activities help strengthen the connection between training, research, and practical applications.

With a long-term development orientation, Nuclear Technique Laboratory continues to focus on improving the quality of training, developing analytical methods, updating experimental procedures, and expanding research directions with practical applications. The laboratory aims to become a reputable unit supporting training and research in the field of nuclear techniques.