VNUHCM–University of Science (HCMUS) has signed a Memorandum of Understanding with Festo Co., Ltd., part of the Festo Group headquartered in the Federal Republic of Germany and operating in automation, technology and technical education. The agreement aims to strengthen links between university education, applied research and industry needs amid digital transformation and Industry 4.0.

At the ceremony, VNUHCM–University of Science and Festo Co., Ltd. agreed to collaborate in education, practical training and scientific research. Areas of cooperation include developing academic programmes, establishing online courses aligned with international standards, providing students with opportunities for industry placements, and promoting academic and professional exchange between the two sides.

Festo will also provide consultancy on the development of laboratories, training programmes and technical solutions for teaching, practical training and research. These activities are expected to contribute to improving educational quality through a stronger emphasis on practical competencies, exposure to advanced technologies and alignment with workforce requirements in engineering and technology.

On the occasion, Festo Co., Ltd. presented equipment to the Faculty of Physics and Engineering Physics at VNUHCM–University of Science for teaching, practical training and scientific research. The addition of practical training equipment will support students in gaining direct experience with technological models and developing operational, analytical and problem-solving skills in an educational environment closely aligned with industrial practice.

Following the signing ceremony, a professional seminar was held on topics including educational technologies in engineering, Industry 4.0, semiconductor integrated circuits and digital transformation solutions for education. Experts also discussed approaches to developing practical training laboratories, academic programmes and technical training models based on German standards.

Following a working session and the signing of a cooperation agreement with the International College of Semiconductor Technology at National Yang Ming Chiao Tung University on 5 August, the delegation from VNUHCM–University of Science continued working with National Tsing Hua University and National Central University on 6 and 7 August 2026. The activities focused on education and training, research, and human resource development in semiconductor technology.

At National Tsing Hua University (NTHU), the HCMUS delegation held discussions with representatives from the College of Semiconductor Research (CoSR), the Department of Electrical Engineering, units within EECS and TSRI, WBG Lab, and several relevant research groups. Discussions covered areas of expertise, research priorities, and opportunities for collaboration between research groups in semiconductor technology, integrated circuit design, and semiconductor materials.

Student exchange opportunities were among the key topics discussed during the working session. Representatives from NTHU introduced opportunities for HCMUS students to participate in academic exchange programmes and explore pathways towards Master’s-level study at NTHU, subject to the university’s admission procedures and supervisory requirements. NTHU also provided information on scholarship opportunities funded by TSMC for students meeting programme eligibility requirements.

Following the discussions, the HCMUS delegation toured laboratory facilities at NTHU, gaining an insight into equipment used for semiconductor material fabrication, processing, and characterisation. The visit provided further reference for the planning, organisation, and operation of laboratory facilities supporting education and research in semiconductor technology.

 

On 7 August, the delegation continued the programme at National Central University (NCU), with a focus on postgraduate education and training in semiconductor technology. HCMUS and NCU signed a joint Master’s training programme under a 1+1 model, under which students will spend one year at HCMUS and one year at NCU. Students who participate in and are admitted to the programme may have access to scholarship opportunities funded by businesses during the course of study.

As part of the programme at NCU, the HCMUS delegation visited the Department of Optics and Photonics, including a cleanroom for semiconductor fabrication and facilities for LED chip packaging and testing. The visit provided an opportunity to gain further insight into infrastructure, research processes, fabrication, and testing of semiconductor products at an institution with strengths in photonics and semiconductor technology.

 

The series of activities in Taiwan from 5 to 7 August 2026 contributed to strengthening cooperation between HCMUS and partners with established strengths in semiconductor technology. Through working sessions, academic exchanges, and visits to research infrastructure, HCMUS has gained a stronger foundation for developing concrete collaborations in education and training, scientific research, faculty and student exchange, and engagement with the semiconductor industry ecosystem.

On 23 July, VNUHCM–University of Science (HCMUS) welcomed a delegation from the Wallonia Export & Investment Agency (Embassy of Belgium) and Neo-Tech SA (Belgium) to discuss investment in research infrastructure, advanced technologies, and opportunities for collaboration in education, research, and technology transfer.

Representing HCMUS were Assoc. Prof. Trần Minh Triết, Vice President; Prof. Ngô Đại Nghiệp, Head of the Office of External Relations; MSc Lê Thị Nga, Head of the Office of Facilities and Equipment Management; and Dr Nguyễn Hoàng Chương, Deputy Head of the Office of Science and Technology.

The visiting delegation comprised Mr Christophe Smitz, Trade and Economic Counsellor at the Wallonia Export & Investment Agency (Embassy of Belgium); Ms Ly Giang Thanh, Trade and Investment Advisor at the Wallonia Export & Investment Agency (Embassy of Belgium); and Mr Nicolas Nikas, General Director of Neo-Tech SA (Belgium).

During the meeting, HCMUS outlined strategic priorities for upgrading and modernising laboratory facilities to strengthen education, research, innovation, and technology transfer. A shared laboratory model was also presented, designed to encourage collaboration with universities, research institutes, and industry while making the best use of research infrastructure and expanding opportunities for collaborative research.

HCMUS also introduced priority areas for future development, including artificial intelligence and digital technologies, advanced biotechnology, advanced materials, green energy and Net Zero technologies, nuclear energy, nuclear engineering, medical physics, and other strategic fields of science and technology. Several laboratory development projects are already under way, supporting the creation of modern research facilities that will meet future educational and research needs.

The discussion also explored advanced technologies, research equipment, and opportunities for collaboration in education, scientific research, technology transfer, technical support, and talent development. HCMUS expressed hope that the Wallonia Export & Investment Agency (Embassy of Belgium) would continue to facilitate connections with companies, universities, and research institutes across Wallonia whose expertise aligns with institutional priorities, creating new opportunities for international collaboration and long-term partnerships.

Representatives of the Wallonia Export & Investment Agency (Embassy of Belgium) and Neo-Tech SA welcomed the University’s strategic vision and noted that suitable technological solutions and research equipment would be further explored in line with investment priorities and the capabilities of all parties. Such discussions are expected to provide a strong foundation for future collaboration.

The visit further strengthened links between HCMUS and partners in Wallonia, Belgium, in support of the University’s Development Strategy for 2021–2030, with a vision to 2045. Through continued investment in research infrastructure and the expansion of partnerships with organisations in Ģ����ý and around the world, HCMUS aims to become one of Asia’s leading research universities in the fields of fundamental science and core technologies.

 

 

Leadership from both institutions signing the Memorandum of Understanding.

On 13 July, VNUHCM–University of Science (HCMUS) hosted a ceremony to sign a Memorandum of Understanding (MoU) with the Kepco International Nuclear Graduate School (KINGS), Korea. The agreement aims to strengthen collaboration in education, scientific research, and academic exchange, whilst expanding opportunities for learning, research, and professional development for staff and students from both institutions.

Attending the ceremony on behalf of HCMUS were Assoc. Prof. Trần Lê Quan, the Rector, alongside representatives from the Office of External Relations and the Faculty of Physics and Engineering Physics. Representing KINGS were Prof. Dong-Wook Jerng, the President, together with members from the research, education, and admissions departments.

Speaking at the working session, Assoc. Prof. Trần Lê Quan outlined the development, educational focus, and research directions of HCMUS, highlighting the strengths of the Faculty of Physics and Engineering Physics in nuclear engineering education and research. The Rector expressed high hopes that partnership with KINGS would expand opportunities for learning, research, and academic exchange for staff and students, whilst boosting international cooperation in the field of nuclear engineering.

On behalf of KINGS, Prof. Dong-Wook Jerng highly commended the educational quality and academic calibre of HCMUS students. The President introduced the KINGS educational model, which closely integrates academic training with the practicalities of the nuclear energy industry, and expressed a strong desire for both parties to implement the collaborative agreements effectively in the coming period.

Following the discussions, leadership from both institutions agreed to sign the MoU, focusing on key areas: student and postgraduate exchange through study, internship, and academic programmes; sharing of materials, curricula, scientific publications, and research findings; promotion of staff and researcher exchanges alongside the joint organisation of academic activities; collaborative implementation of research topics and projects within nuclear engineering and related fields; and co-organising conferences, workshops, and academic programmes between the two institutions.

The signing of the MoU between HCMUS and KINGS marks a new milestone in international relations within the field of nuclear engineering. The agreement promises to enable both parties to leverage respective strengths in education and research, whilst contributing to the enhancement of human resource quality and broadening horizons for learning, research, and international integration for staff and students.

On 9 June, the Faculty of Biology and Biotechnology at VNUHCM–University of Science (HCMUS) hosted a meeting and bilateral discussion with Professor Sanna Huttunen and Dr Samuli Lehtonen, two visiting professors from the University of Turku, Finland.

Representing HCMUS at the session were Professor Ngô Đại Nghiệp, Head of the External Relations Office; Associate Professor Trương Hải Nhung, Dean of the Faculty of Biology and Biotechnology; Associate Professor Nguyễn Tuyết Phương, Dean of the Faculty of Interdisciplinary Sciences and Head of the Graduate Studies Office; alongside academic staff from the Faculties.

During the dialogue, representatives from both institutions shared insights into respective academic programmes, scientific research activities, and strategic development goals for the coming years. A wide range of potential collaborative initiatives was discussed, including student exchange schemes, the delivery of both in-person and online instructional modules, and the implementation of practical workshops focused on ecosystems, climate change, the environment, and sustainable development. Joint organisation of scientific conferences and specialised workshops was also considered.

Delegates further explored the feasibility of establishing a 1+1 joint Master’s programme, co-supervising postgraduate and doctoral students, whilst expanding collaborative research in mutually beneficial fields.

The meeting provided a valuable forum for academics to exchange expertise, share pedagogical and research experiences, and deliberate on future collaborative directions between the Faculty of Biology and Biotechnology, Faculty of Interdisciplinary Sciences, and the University of Turku.

On the afternoon of 24 April 2026, VNUHCM–University of Science (HCMUS) hosted a delegation from the National University of Singapore (NUS), one of Asia’s leading higher education institutions, to discuss and promote future collaboration in academic education and research.

The NUS delegation comprised representatives from several specialised units, including the NUS Graduate School, the Centre for English Language Communication, NUS Enterprise, the NUS Institute of Systems Science, and the School of Continuing and Lifelong Education. The delegation was led by Associate Professor Caroline Lee, Vice Provost (Graduate Education) and Dean of the NUS Graduate School.

Representing HCMUS were Associate Professor Trần Lê Quan, President of the University; Professor Ngô Đại Nghiệp, Head of the External Relations Office; and leaders from the Faculties of Interdisciplinary Sciences, Physics and Engineering Physics, Environment, Geology, Materials Science and Technology, Biology and Biotechnology, and Information Technology.

Speaking at the meeting, Associate Professor Trần Lê Quan emphasised the University’s commitment to developing academic programmes aligned with international integration. He noted that partnerships with prestigious institutions such as NUS play a vital role in enhancing the quality of postgraduate education. According to the President, establishing flexible joint models that address practical demands and emerging technological trends will broaden learning and research opportunities for students, particularly within interdisciplinary fields.

Representing NUS, Associate Professor Caroline Lee expressed high regard for the potential of collaboration with HCMUS, whilst sharing the NUS vision for postgraduate development focused on interdisciplinarity, technological integration, and internationalisation. She stated that NUS is prepared to coordinate the implementation of scholarship schemes, joint education programmes, and academic exchanges, aiming to build sustainable and profound collaborative models.

Discussions between the two institutions focused on three core areas of cooperation. The first involves postgraduate scholarship programmes provided by NUS, enabling students to access a world-class academic environment. The second concerns joint Master’s degree models, such as “1+1” or “1.5+0.5” structures, which optimise study duration and enhance educational efficiency. The third focus area includes summer programmes and short-term courses delivered by NUS Enterprise and affiliated units, designed to enhance practical experience, innovation, and global skills for students.

Furthermore, representatives from the Centre for English Language Communication introduced programmes to improve academic English proficiency, providing a necessary foundation for students participating in international schemes. Contributions from the NUS Institute of Systems Science and the School of Continuing and Lifelong Education also opened avenues for collaboration in digital skills education, lifelong learning, and short-term courses tailored to the needs of the contemporary labour market.

The proceedings focused on practical implementation, prioritising collaborative programmes with high feasibility that meet real-world requirements. Consequently, both parties agreed to maintain communication at the departmental level to gradually realise these collaborative initiatives. Particular emphasis will be placed on interdisciplinary sciences, materials science, environment, and biology-biotechnology, whilst increasing integration with information technology, machine learning, artificial intelligence, and data science.

This engagement represents a concrete step in the internationalisation strategy of VNUHCM–University of Science. This strategy aims to build flexible academic programmes and strengthen ties with regional and global academic networks, thereby expanding opportunities for students and enhancing the University’s standing in an increasingly competitive global knowledge landscape.

On 29 January 2026, VNUHCM–University of Science (HCMUS) hosted a ceremony for the signing of a Memorandum of Understanding (MoU) with the International College of Semiconductor Technology (ICST), National Yang Ming Chiao Tung University (NYCU, Taiwan). This event represents a significant milestone in the strategic expansion of international partnerships and the advancement of education and research within semiconductor technology, a fundamental pillar of modern innovation.

Distinguished attendees from NYCU included Prof. Kuan Neng Chen, Dean of the International College of Semiconductor Technology; Assoc. Prof. Yu Sheng Su, Director of the INTENSE Programme; and Dr Phạm Thị Như Nguyệt, a lecturer at ICST, NYCU. Representing HCMUS were Assoc. Prof. Trần Lê Quan, President of the University; Prof. Ngô Đại Nghiệp, Head of External Relations; alongside leadership and faculty members from the Faculties of Physics – Engineering Physics, Electronics & Telecommunications, Chemistry, Interdisciplinary Sciences, and Materials Science & Technology.

During the proceedings, representatives from both institutions emphasised the necessity of integrating academic, research, and training resources as the global semiconductor industry undergoes rapid expansion, requiring deeper involvement from higher education institutions and research centres. In this spirit, the two parties formally signed the MoU to foster mutual understanding and develop long-term collaborative activities across natural sciences, engineering, and semiconductor technology.

Under the terms of the MoU, HCMUS and ICST, NYCU have agreed to implement several key collaborative initiatives. These include the joint development of NYCU’s International Master’s Programme in Semiconductor Technology in Ģ����ý; exchange programmes for students and faculty; collaborative research projects; joint scientific publications; and other academic ventures based on mutual agreement and practical requirements. This partnership establishes a vital foundation for expanding the international academic landscape for lecturers, researchers, and students at HCMUS.

Following the signing ceremony, the Joint Workshop on Semiconductor Technology commenced with a series of in-depth scientific presentations, drawing significant interest from faculty, researchers, and students. Presentations focused on pioneering research and applications in semiconductor technology, integrated circuit (IC) design, materials, and simulation, reflecting the interdisciplinary nature and evolving trends of the sector. Notable reports included: Education and Research in IC Design at HCMUS; The Evolution of Semiconductor Integration with 3D IC and Advanced Packaging; high-performance lithium energy storage strategies; memristor research; two-dimensional materials for ion batteries; and thermal modelling for integrated chips.

 

A discussion session within the framework of the Joint Workshop on Semiconductor Technology, featuring scientists and lecturers from NYCU and HCMUS.

Through this signing ceremony and the accompanying academic activities, HCMUS continues to assert its position as a prestigious institution for education and research, committed to proactive international integration and increasing its contribution to the regional and global semiconductor ecosystem. The partnership with NYCU is expected to generate numerous opportunities for learners, faculty, and research groups, providing a substantive contribution to the development of Ģ����ý’s high-quality human resources in the coming years.

On 9 December, VNUHCM-University of Science (HCMUS) organised Science Fair – BioXplore 2025, an event forming part of the BioXplore student exchange programme coordinated between the Faculty of Biology and Biotechnology (HCMUS) and the National University of Singapore (NUS). The initiative cultivates a dynamic international academic environment wherein students from both institutions may jointly introduce applied scientific models and projects.

Held for the first time at HCMUS, Science Fair – BioXplore 2025 assembled eighteen exhibition projects spanning diverse fields such as artificial intelligence, molecular biology, ecology, public health, environmental technology, and sustainable energy. Numerous visual models captivated observers; notably, the “Dendritic Cell” model of the immune system offered a vivid representation, enabling visitors to visualise the structure and operating mechanisms with ease. Furthermore, the “Neuron” model integrated LED lighting to assist in structural identification, whilst other projects addressed mangrove forest adaptation and PET plastic recycling.

Beyond the exhibition area, the Science Fair featured experiential activities for visitors, comprising simple physics experiments, biological process simulations, and applied educational games. Here, undergraduates from HCMUS and NUS delivered direct presentations, expounded upon scientific principles, and engaged with guests. Such interaction provided an opportunity for learners to demonstrate professional competencies, foreign language proficiency, and knowledge transmission skills, whilst simultaneously fostering connections among student groups despite differences in academic specialisation.

Students from HCMUS and NUS engage with one another and interact with attendees at the exhibition booths.

Based upon the evaluation of the Jury combined with visitor votes, the Organising Committee honoured the most outstanding projects. The two booths achieving distinction for presentation included “PET Recycle” by HCMUS students, conveying a practical environmental message, and “Sustainable Energy” by the NUS cohort, featuring a renewable energy solution model. In the category of most popular project, “Evo Inc.”—a board game simulating natural selection—received the highest number of votes owing to a creative approach grounded in Darwin’s theory of evolution.

The conclusion of Science Fair – BioXplore 2025 unveils numerous practical values for undergraduates through access to international academic exchange models, the honing of research thinking, and the refinement of presentation and multicultural teamwork abilities. This event functions as a crucial foundation, empowering learners to integrate confidently, prepare for participation in large-scale scientific projects, and expand opportunities for development within the global academic sphere.

Between the 1st and the 5th of December 2025, a delegation from VNUHCM-University of Science (HCMUS) undertook an official visitation to prominent nuclear industrial facilities in the Republic of Korea. Concurrently, the group executed a Memorandum of Understanding (MoU) with the Korea Nuclear Association (KNA). Such engagement served to strengthen academic-industrial linkages whilst opening strategic avenues for cooperation in education, research, and the development of nuclear human resources.

Prof. Nguyễn Trung Nhân, Vice President of the University, led the mission. The party also included Prof. Châu Văn Tạo—former Vice President, Vice President of the Ģ����ý Nuclear Society, and member of the Council for Science and Education at the Ģ����ý Atomic Energy Institute—alongside leadership from the Faculty of Physics – Engineering Physics and the Office of External Relations.

The itinerary commenced at the Doosan Enerbility plant in Changwon, a premier heavy industry and energy conglomerate possessing the capacity to autonomously manufacture nearly the entire equipment supply chain for nuclear power plants. There, delegates observed large-scale production lines firsthand, ranging from the processing of steel ingots to the completion of super-heavy components such as reactor pressure vessels, pressurizers, and steam generators. The high degree of localisation demonstrated by Doosan Enerbility elicited a profound impression, underscoring the exceptional development of the South Korean nuclear industry.

Subsequently, the delegation visited the KEPCO International Nuclear Graduate School (KINGS), an establishment dedicated to technical human resources and nuclear policy. During the session, the two parties exchanged views on academic-corporate cooperation models, strategies for training personnel for new nuclear power projects, and the potential admission of Vietnamese students into postgraduate programmes. A consensus was reached regarding the expedition of specific cooperation agreements in the near future.

The delegation at the KEPCO International Nuclear Graduate School (KINGS).

A significant milestone of the journey was the tour of the Saeul Nuclear Power Plant, operator of the APR-1400 reactor, a technology indigenous to the Republic of Korea. Representatives surveyed four units in total—comprising two operational units and two under construction—whilst visiting critical areas such as the spent fuel storage pool, the turbine building, and the main control room. The management model at Saeul, characterised by safety and complete autonomy, constitutes clear evidence of South Korean prowess in modern nuclear technology.

The delegation receiving an overview presentation prior to the field tour of the nuclear power plant (site photography was restricted for security reasons).

Upon departing Saeul, the delegation proceeded to examine the role of robotics in industrial maintenance at Core Robotics, a provider of advanced robotic systems for the inspection, repair, and operation of nuclear infrastructure. Observation of direct testing procedures elucidated the extensive application of automation in enhancing the efficiency and safety of nuclear power plants.

For the purpose of obtaining a comprehensive perspective on the fuel cycle, the team also held a working session with the Korea Radioactive Waste Agency (KORAD). KORAD holds responsibility for the safe management of all national radioactive waste, operating both surface and deep geological repository systems in accordance with international standard procedures.

To conclude the official proceedings, HCMUS and the Korea Nuclear Association (KNA) formally signed a Memorandum of Understanding (MoU). Under the auspices of this accord, the signatories pledged to promote academic and expert exchanges; coordinate high-quality human resource training; organise scientific seminars and professional development programmes; and facilitate access to modern nuclear industrial environments for students and lecturers alike.

 

The signing ceremony of the cooperation agreement between VNUHCM-University of Science and the Korea Nuclear Association (KNA).

The official visitation signifies a major advancement in the international integration strategy of VNUHCM-University of Science, whilst simultaneously contributing to the strengthening of connections between Vietnamese academic institutions and the global nuclear industrial ecosystem.

On 28 November, a delegation from VNUHCM-University of Science (HCMUS) paid a working visit to Vientiane, the capital of the Lao People’s Democratic Republic (Lao PDR), to promote collaboration in education, science – technology, and academic exchange with the National University of Laos (NUOL) and affiliated education units. The working trip contributed to expanding the University’s regional partner network and strengthening the Ģ����ý – Lao PDR friendship in higher education.

The delegation was led by Associate Professor Trần Lê Quan, President of HCMUS, alongside leaders of functional offices and the Faculty of Physics – Engineering Physics. The working trip included survey activities, professional exchange, the signing of cooperation agreements, and academic discussions with units at NUOL.

During the working session at NUOL, the two universities signed a Memorandum of Understanding (MoU) with the following main contents: exchange of learners, lecturers, and researchers; joint research collaboration; sharing of learning materials, publications, scientific announcements, and scientific databases; co-organising international conferences, seminars, and specialised workshops; and implementing long-term academic exchange programmes.

At the Lao National Gifted High School, HCMUS gained an understanding of education needs, the strategy for developing high-quality human resources, and opportunities to expand programmes for Lao students wishing to pursue higher education in Ģ����ý. To practically support education efforts for the Lao side, HCMUS announced the awarding of five full scholarships annually for the school’s most excellent students, prioritising basic science and technology majors.

Concurrently, the Faculty of Physics – Engineering Physics (HCMUS) and the Faculty of Natural Sciences (NUOL) signed a Memorandum of Agreement (MoA) concerning Nuclear Physics and related fields, focusing on joint research and conferences/seminars collaboration; exchange of lecturers, learners, and researchers; co-supervision of postgraduate studies; and building education programmes appropriate for the needs of energy and nuclear science development for both parties.

Within the framework of the working trip, the HCMUS delegation also discussed development directions with NUOL, learned about education and research infrastructure conditions, and deliberated cooperation opportunities in basic sciences, materials, technology, and STEM education. Furthermore, the delegation toured facilities, laboratories, and research centres of the partner university.

The working trip concluded with many practical results, contributing to strengthening academic cooperation between the two universities and opening many opportunities to implement joint programmes in science – technology, education, and the exchange of learners, lecturers, and researchers. VNUHCM-University of Science affirmed a commitment to continuing to accompany the National University of Laos in professional support activities, human resource development, and promoting the connection of education – scientific research between the two sides, contributing to nurturing the traditional friendship between Ģ����ý and the Lao PDR.