SETSM 2025: Paving the Way for Smart Manufacturing and Sustainable Technology

In the context of global digital transformation, sustainable technology is increasingly proving to be a cornerstone of smart manufacturing. With a mission to foster international knowledge exchange and promote innovation, on April 22, Hanoi University of Industry (HaUI) successfully organized The second International Conference on Sustainability and Emerging Technologies for Smart Manufacturing 2025 (SETSM 2025).

The second International Conference on Sustainability and Emerging Technologies for Smart Manufacturing 2025

A new era of science and technology has emerged, marked by the advent of advanced software systems, including large-scale artificial intelligence models such as ChatGPT, Copilot, and Gemini. Simultaneously, notable advancements have been made in intelligent manufacturing systems, flexible production, and lean manufacturing. The integration of artificial intelligence (AI) and machine learning into manufacturing processes has become an inevitable trend in the digital age. In the context of deepening international integration and the accelerating momentum of the Fourth Industrial Revolution, the advancement of science and technology, the promotion of innovation, and the application of smart manufacturing are not only imperative tasks but also constitute a strategic foundation. These elements provide an unprecedented opportunity for nations to achieve sustainable development, strengthen their global competitiveness, and assert their position in this new era of national growth and global emergence.

Overview of the conference

This year’s conference marks a significant milestone, having received nearly 250 scientific papers from eight countries, including Germany, Russia, India, South Korea, China, Japan, Serbia, and Vietnam. Held in a hybrid format, both in-person and online; the event brought together over 200 scientists and researchers, establishing an open academic forum that fostered breakthrough ideas and advanced the development of sustainable technologies amid the accelerating global momentum of the Fourth Industrial Revolution.

In the opening remarks, Assoc.Prof.Dr. Pham Van Dong, Vice Rector of Hanoi University of Industry, expressed his honor that the university has been entrusted to host the conference for a second time. He emphasized that fostering international collaboration, enhancing academic exchange, and promoting interdisciplinary and cross-sectoral research are essential trends for scholars in the field of intelligent manufacturing. As such, the role of this year’s conference is not only timely but also of great significance in shaping future scientific directions.

Assoc. Prof. Dr. Pham Van Dong, Vice Rector of Hanoi University of Industry, delivered the welcome speech at the conferene

Assoc. Prof. Dr. Pham Van Dong, Vice Rector of Hanoi University of Industry, emphasized that this conference would serve as an in-depth academic forum where experts gather to exchange knowledge, conduct research, and harness collective potential to ensure a smarter, more efficient, and more sustainable future for intelligent manufacturing.

He expressed his hope that through this conference, scientists and experts would share their achievements, new discoveries, and breakthrough ideas, laying the groundwork for sustainable development, the creation of internationally competitive products and services, and fostering a solid foundation for deep and effective future collaborations.

The conference drew substantial participation from scientists, experts, faculty members, as well as postgraduate and undergraduate students, fostering a dynamic and highly engaging academic atmosphere

Prof. Moirangthem Marjit Singh, the Keynote Chair, presented certificates to the speakers

During the plenary session, the speakers presented insightful scientific reports that highlighted key research directions in the fields of smart manufacturing and emerging technologies. These reports not only showcased innovative advancements but also emphasized the practical applications of these technologies in addressing current industrial challenges. The discussions provided valuable perspectives on the future of manufacturing systems, with a focus on sustainability, efficiency, and digital transformation, driving forward the ongoing evolution of industries worldwide.

Mr. Uwe Wedler, GROB Asia Pacific, shared his presentation on "Innovative CNC Approaches Driving E-Mobility and Smart Factory Transformation." He discussed creative CNC methods that drive the digital transformation in the fields of e-mobility and the development of smart factories. He emphasized the role of automation, battery and electric motor production technologies, as well as metal 3D printing, in improving efficiency and reducing manufacturing costs.

Assoc.Prof. Karpukhin Kirill, NAMI Russian State Scientific Research Center, shared his insights on "Range Extenders for Electric Vehicles: The Experience of Development and Application in the Russian Federation." He discussed the implementation of range extenders for electric vehicles in the Russian Federation, particularly in regions with harsh climates. He also introduced solutions such as solar panels and hydrogen-powered electric vehicles, offering new prospects for green transportation in various countries.

Prof. Aleksandar Ašonja, University Business Academy in Serbia, shared his research on "Research into the Energy Potential of Vine Pruning Residues in Western Serbia." This unique study focuses on utilizing vine pruning residues for biomass energy production, contributing to the creation of clean energy and high economic efficiency in agricultural regions.

With a series of in-depth presentations from international speakers, lively parallel sessions, and a creative poster area, the conference left a lasting impression. Topics ranged from technological solutions for reducing battery production costs, range extenders for electric vehicles in extreme climate conditions, to models for transforming agricultural waste into clean energy. These elements collectively highlighted the unique character of this conference, opening new scientific horizons and fostering hopes and breakthroughs in the new era.

The insights shared by leading scientists, experts, and faculty members not only provided updates on the latest technological trends but also offered highly practical applications aimed at solving real-world challenges in industry

The Second International Conference on Sustainable and Leading Technologies for Smart Manufacturing reaffirmed its vital role as a bridge between academia and industry, as well as among researchers from Vietnam and abroad. The conference provided a valuable platform for fostering collaboration among universities, research institutes, enterprises, and the broader academic community. By promoting an open and intellectually stimulating environment, SETSM 2025 encouraged students, postgraduate researchers, and early-career faculty to actively engage in scientific research addressing practical challenges in smart manufacturing and sustainable technologies.

The success of this conference once again underscores the research and development strategy of Hanoi University of Industry, a leader in education, research, and technology transfer, contributing to the nation's industrialization and modernization. Through fostering strong collaborations with academia, industry, and international research communities, the university effectively bridges the gap between theoretical research and practical application. This conference further strengthens the university's role in training skilled professionals and researchers to tackle industrial challenges, while advancing the development of Vietnam's technological landscape and promoting a sustainable future.