The scientific conference: VisionAI in Industry 4.0: Computer Vision and Artificial Intelligence in the Era of Industry 4.0.

In the context of the rapidly unfolding Fourth Industrial Revolution, artificial intelligence and computer vision technologies are increasingly asserting their pivotal roles in scientific research and industrial production. At the scientific conference “VisionAI in Industry 4.0: Computer Vision and Artificial Intelligence in the Industry 4.0 Era,” a creative idea proposed by a student of Hanoi University of Industry left a strong impression, not only for its technological innovation but also for its humanitarian value and sense of social responsibility.

During the Q&A session of the conference, Duong Van Loc, a student majoring in the Computer Science, cohort 17, presented an idea for developing a flood rescue system integrating drones and artificial intelligence. The proposed solution aims to support search and rescue operations and provide timely assistance to affected communities in complex disaster scenarios, thereby helping to minimize human and material losses. The idea clearly demonstrated an application-oriented mindset, reflecting students’ aspiration to harness advanced technologies to address pressing societal challenges, as well as the strong sense of responsibility and commitment of HaUI students in the digital era.

Duong Van Loc, a student majoring in the Computer Science (Class 2, Cohort 17), presented his idea during the Q&A session at the scientific conference “VisionAI in Industry 4.0: Computer Vision and Artificial Intelligence in the Industry 4.0 Era.”

The conference was jointly organized by Hanoi University of Industry and the VinFuture Foundation on December 3, with the objective of promoting scientific research activities within the HaUI academic community while introducing cutting-edge research achievements from leading international scientists in the fields of computer vision and artificial intelligence.

The scientific conference “VisionAI in Industry 4.0: Computer Vision and Artificial Intelligence in the Era of Industry 4.0.”

In the opening remarks, Assoc. Prof. Dr. Pham Van Dong, Vice Rector of Hanoi University of Industry, emphasized the university’s consistent commitment to enhancing the quality of scientific research, particularly in pioneering fields such as VisionAI and artificial intelligence. HaUI remains dedicated to fostering a creative academic environment and strengthening the linkage between research and practical applications, thereby contributing to the sustainable development of the digital economy and the national Industry 4.0 agenda.

Assoc. Prof. Dr. Pham Van Dong, Vice Rector of Hanoi University of Industry, Head of the Organizing Committee of the scientific conference “VisionAI in Industry 4.0: Computer Vision and Artificial Intelligence in the Era of Industry 4.0.”

A highlight of the conference was the keynote presentation delivered by Prof. Dr. Do Ngoc Minh, Vice Rector of VinUniversity and lecturer of the University of Illinois Urbana-Champaign. His presentation focused on the strategic role of VisionAI in manufacturing optimization, emphasizing that VisionAI should be viewed not merely as an analytical tool but as a strategic lever for improving production efficiency and enhancing quality of life.

Prof. Dr. Do Ngoc Minh, Vice Rector of VinUniversity, and concurrently a lecturer of the University of Illinois Urbana-Champaign

According to Prof. Dr. Do Ngoc Minh, the global manufacturing sector is undergoing rapid and profound transformation. Vietnam faces significant challenges in increasing production capacity and efficiency in order to enhance its value contribution to global supply chains, rather than continuing to rely on low-cost labor advantages, which are unlikely to be sustainable in the long term.

He identified two core solutions for strengthening the competitiveness of Vietnam’s manufacturing industry: digital transformation and process optimization, along with automation. VisionAI technologies can directly address two critical challenges in this context, namely product quality control and production process optimization.

In practice, more than 30 percent of global investment in artificial intelligence is allocated to computer vision, with approximately 26 percent of that investment directed toward manufacturing applications. Key research directions presented at the conference included metrology automation, which applies computer vision to achieve highly accurate product quality inspection, potentially down to micrometer-level precision, thereby replacing manual inspection processes. Another prominent direction was the development of digital twin models, which simulate the physical and lighting conditions of production lines. These models enable manufacturers, particularly in high-mix production environments, to automatically optimize camera configurations and smart lighting setups for new products, significantly reducing setup time and operational costs.

The scientific conference “VisionAI in Industry 4.0” provided a high-quality academic forum for scientists, lecturers, and students to exchange expertise, share insights, and explore research collaboration opportunities in areas such as VisionAI, Digital Twin, IoT, and manufacturing. Through these activities, the conference contributed to strengthening research capacity, enhancing university–industry collaboration, and supporting Vietnamese and international enterprises in their industrial digital transformation journeys.