Representing Hiroshima University at the signing ceremony were Prof. Shinji Kaneko, Executive Vice President; Prof. Tran Dang Xuan and Prof. Nguyen Van Thinh, academics at the Graduate School for International Development and Cooperation (IDEC Institute).

The USTH delegation included Assoc. Prof. Tran Dinh Phong, Vice-Rector; Prof. Patrice Estellé, Director of the Department of Research and International Affairs; Assoc. Prof. Nguyen Quang Huy, Deputy Director of the Life Science Department; Dr. Nguyen Duc Anh, Deputy Director of the Department of Chemical and Environmental Technology.

The agreement resulted from a series of discussions and exchanges between the two universities, particularly following the visit of Assoc. Prof. Tran Dinh Phong to Hiroshima University from October 7 to 10, 2026.

Under the signed agreement, USTH and Hiroshima University agreed to promote cooperation by building on their respective strengths in education and research, focusing on five priority areas: environment, energy, life science, mechatronics, and semiconductors.

In research, the two universities aim to collaborate on joint research projects, strengthen connections between research groups, and explore opportunities to establish joint research laboratories. Both institutions will also consider exchanging academic information and materials, as well as sharing facilities and laboratories for teaching and research, subject to the available resources and regulations of each university.

In education, the two universities seek to promote exchange programs for faculty members, researchers, and students at both undergraduate and postgraduate levels. Potential activities include internships, research visits, academic visits, and scientific exchange activities, thereby expanding opportunities for faculty members and students to engage in international education and research environments.

Established in 1949, Hiroshima University is one of Japan’s leading comprehensive research universities, with strengths in education and research across a wide range of disciplines, including natural sciences, engineering, technology, life sciences, medicine, pharmacy, social sciences, and humanities. The university currently comprises 12 undergraduate schools, four graduate schools, and one research institute. The student body of over 15,000 includes about 2,000 international students from 99 countries or regions. Hiroshima University places strong emphasis on interdisciplinary research, international collaboration, and contributing to solutions to global challenges, particularly in the field of sustainable development.

The signing ceremony marks a significant milestone and a new step forward in the partnership between USTH and Hiroshima University. Building on the agreement, the two universities will continue discussions to translate their cooperation priorities into concrete programs and activities, fostering a sustainable and effective partnership that contributes to enhancing the quality of education and research at both institutions.

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Exploring Modern Bioinformatics Analysis Methods

Over five days, participants learned from and exchanged ideas with lecturers and experts from Vietnam and abroad. 

The teaching team brought together international experts from France and across Southeast Asia, including Dr. Juliette Hayer and Dr. Jacques Dainat from IRD, Montpellier, France; Dr. Mathis Arnal from PRESTO – MIVEGEC, IRD, Chiang Mai University; Dr. Praveen Rahi from the Institut Pasteur du Cambodge; Dr. Jean-Christophe Auguet from Joint Research Unit (UMR), Marine Biodiversity, Exploitation and Conservation (MARBEC), University of Montpellier, the French National Centre for Scientific Research (CNRS); and Dr. Tran Thị Thanh Tam, lecturer at Department of Life Sciences, USTH.

In addition to the teaching team, the programme was also attended by distinguished guests, including Dr. Dorothée Missé, Co-Director of the PRESTO International Joint Laboratory (LMI PRESTO), IRD; Dr. Sylvain Ouillon, Representative of IRD in Vietnam; Professor Patrice Estellé, Director of Department of Research and International Affairs  at USTH; and Associate Professor Nguyễn Quang Huy, Deputy Director of the Department of Life Sciences, USTH 

Through lectures, hands-on sessions and discussions held both in person and online, the experts shared their research experience, introduced participants to bioinformatics analysis tools and broadened their understanding of how bioinformatics can support research in microbiology, infectious diseases, health and the environment.

Working with bacterial whole-genome sequencing data, participants gradually explored key bioinformatics workflows, including data quality control, genome assembly and annotation, the identification of antimicrobial resistance genes and virulence factors, and comparative genomics. The program also covered the principles, workflows and bioinformatic methods used in metagenomics, including 16S rRNA gene-based metabarcoding and shotgun metagenomics.

Hands-on activities with bioinformatics tools allowed participants to practise data processing and analysis, assess microbial diversity and visualize their results. These exercises strengthened their ability to extract and interpret information from biological datasets for research in microbiology and infectious diseases.

Hands-on Analysis of Real-World Data

Most of the course was devoted to practical work with real-world datasets and bioinformatics tools. Using the Galaxy platform and widely adopted bioinformatic workflows, participants processed data themselves, followed each stage of the analysis and discussed emerging issues directly with the instructors.

Screens crowded with sequences, data tables and visualizations gradually became more familiar with each session as participants examined, discussed and interpreted their results in the classroom. Continuous guidance from the expert team also helped them better understand how to select appropriate tools, assess the reliability of analytical results and address common challenges when working with biological data.

Strengthening Connections Across the Research Community

The program created an open academic environment where researchers, lecturers and participants from different disciplines, institutions and countries could exchange knowledge and experience. Questions often continued beyond the practical sessions, while opendiscussions of research experience fostered  further opportunities for networking and collaboration in bioinformatics, microbiology and infectious disease research.

Alongside the theoretical and practical components, the discussion sessions introduced a range of interdisciplinary perspectives, highlighting the growing role of data and technology in addressing challenges related to health, the environment and ecosystems.

After an intensive week, participants left the course with additional knowledge, bioinformatictools and practical experience to support their future studies and research. The program also strengthened USTH’s connections with universities, research institutes and scientific communities across the region, laying the groundwork for future academic exchanges and professional collaboration.

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1. Presenter: Prof. Juan Cuesta (Laboratoire Interuniversitaire de Systèmes Atmosphériques (LISA), Université Paris Est Créteil Val de Marne (UPEC))
2. Time: 5h00′ PM Thursday October 29, 2026
3. Venue: Room 204, USTH Building (A21), 18B Hoang Quoc Viet, Cau Giay, Hanoi, Vietnam
4. SpaceTalk Team: usthspacetalk@gmail.com

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The opening ceremony was held at USTH on 19 October 2026, with the participation of Mr. Romain Busuttil, Deputy Counsellor for Cooperation and Cultural Affairs at the French Embassy in Vietnam; Prof. Dinh Thi Mai Thanh, Rector of USTH; Mr. Nguyen Cong Thanh, Deputy Director General of the Department of Digital Transformation at the Government Office of Vietnam; and representatives of relevant agencies, experts, businesses and participating officials.

In her opening remarks, Prof. Dinh Thi Mai Thanh highlighted the importance of semiconductor technology to electronics, telecommunications, industrial production, artificial intelligence and other high-tech sectors. She emphasized that developing a competitive semiconductor ecosystem requires more than technological expertise alone. It also depends on a skilled workforce, research and manufacturing infrastructure, materials, supporting industries and technical services. Effective coordination among government agencies, universities, research institutes and businesses is therefore essential to the sector’s development.

Mr. Romain Busuttil underscored the role of semiconductors in economic and industrial development and digital transformation. He also highlighted opportunities for Vietnam–France cooperation in education and training, research, innovation and technology transfer. He noted that strengthening government officials’ understanding of semiconductor technology and the global value chain would provide a foundation for assessing industry development strategies and the formulation of appropriate policies.

Representing the Government Office, Mr. Nguyen Cong Thanh highly appreciated the French Embassy’s support for bilateral cooperation in digital transformation. He said that the course provided officials with an opportunity to update their knowledge of semiconductor technology, gain a better understanding of industry practices and strengthen their capacity to analyze and assess issues related to the development of high-tech industries.

On the first day, participants attended sessions on the semiconductor value chain, the main stages of chip manufacturing and Vietnam’s position in the global semiconductor ecosystem. The course also addressed the links between semiconductor and quantum technologies, the current state of semiconductor workforce training in Vietnam, domestic integrated circuit design capabilities, and challenges in developing the country’s semiconductor ecosystem.

Participants also took part in a simulated cleanroom experience, gaining an introduction to the controlled conditions required in semiconductor manufacturing. The activity helped them understand the purpose of cleanroom environments and the differences between simulated exercises and operations in an actual cleanroom.

Experts from USTH, VNU University of Engineering and Technology, FPT Corporation and international companies, including Quandela, Thales, Plasma-Therm Europe and STMicroelectronics, contributed to the sessions. Discussions extended beyond technical topics to cover technology trends, industry development policies, technology security and opportunities for Vietnam–France cooperation.

On 20 October, participants visited CNCTech Thang Long, Qorvo Vietnam and the National Center for Semiconductor Chip Prototyping to learn about semiconductor-related activities in Vietnam.

Through site visits and discussions with representatives of the companies, participants gained insights into component manufacturing and supply, supply chain requirements, workforce needs, and domestic capabilities in semiconductor chip research and prototyping.

By combining expert-led sessions, practical activities and industry visits, the program offered participants a broader understanding of the semiconductor industry, from manufacturing processes and supply chains to the infrastructure and human resources needed to support its growth. This knowledge can help inform their assessment of development proposals, resource requirements, and policy priorities for Vietnam’s semiconductor industry.

Co-organizing this training course reinforced the role of USTH in connecting training and scientific research with industrial development, while fostering professional exchange among educational institutions, government agencies, and businesses.

The course was organized within the framework of Vietnam–France cooperation in digital transformation and high-tech workforce development. It contributed to strengthening professional exchanges and identifying further opportunities for bilateral cooperation between Vietnam and France in the semiconductor sector.

Highlights of the training course: 

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The visits aimed to expand USTH’s international partnerships, foster connections between researchers and academic communities, and build on the complementary strengths of the institutions to develop future cooperation.

Strengthening research and education partnerships in China

From 24 to 30 September 2026, Assoc. Prof. Nguyen Hai Dang, Vice Rector of USTH, led a delegation on a working visit to partner institutions in Foshan, Shenzhen and Nanning, China. The delegation met with representatives from Foshan University, Tsinghua Shenzhen International Graduate School (Tsinghua SIGS) and Guangxi University.

During the meetings, the delegation introduced USTH’s academic programs and research capabilities and explored opportunities for collaboration in life sciences, medicinal plants, pharmaceutical chemistry, biotechnology, plant sciences and food technology.

At Guangxi University, Assoc. Prof. Nguyen Hai Dang delivered a seminar on research into plant-based drug development and plant sciences. Assoc. Prof. To Thi Mai Huong, Deputy Director in charge of USTH’s Centre for Innovation and Entrepreneurship, also presented her research on the mechanisms underlying rice responses to abiotic stress. The seminars provided a platform for scientific exchange and helped identify potential areas for collaborative research in the life sciences.

The discussions also covered the development of joint academic programs, faculty and student exchanges, and the establishment of collaborative laboratories. These initiatives would help strengthen the links between training, scientific research and technological applications.

Exploring cooperation with Hiroshima University, Japan

From 7 to 10 October 2026, Assoc. Prof. Tran Dinh Phong, Vice Rector of USTH, visited Hiroshima University, Japan, to discuss opportunities for academic and research collaboration.

In a meeting with Prof. Shinji Kaneko, Member of the Executive Board and Vice President for International Affairs at Hiroshima University, the two sides discussed potential cooperation in training, scientific research, and faculty and student exchanges. Following the discussions, Prof. Shinji Kaneko proposed that the two universities explore the development and signing of a Memorandum of Understanding (MoU), with environmental science, energy, mechatronics, and semiconductor technology identified as priority areas.

During the visit, Assoc. Prof. Tran Dinh Phong also met with research groups at Hiroshima University to explore opportunities for collaboration in hydrogen energy, materials for energy conversion and storage, and environmental science. At the IDEC Institute, he delivered a seminar on USTH’s research in environmental science and energy.

These initial exchanges laid the foundation for closer ties between research groups, further scientific collaboration and expanded opportunities for student exchanges between the two universities.

The visits provided a valuable opportunity for USTH to exchange academic expertise, connect research teams and identify potential areas of collaboration based on the complementary strengths of the partner institutions.

Building on these initial engagements, USTH will seek to formalize partnerships with universities in Japan and China and develop concrete joint initiatives in training, research and academic exchange. These efforts will support the University’s continued development of high-quality training and research in line with its international strategy.

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In order to help students gain a deeper understanding of this field and explore its career prospects, the University of Science and Technology of Hanoi (USTH), in collaboration with the French National Institute for Nuclear Science and Technology (INSTN), under the French Alternative Energies and Atomic Energy Commission (CEA), is organising an Info Session entitled “Career Pathways in Nuclear Science and Civilian Nuclear Applications.”

The event marks a concrete step towards implementing the strategic cooperation agreement between USTH and CEA, one of Europe’s leading scientific research and technological development organisations, with more than 20,000 researchers. It follows the presentation of cooperation agreements involving USTH, the Vietnam Academy of Science and Technology (VAST) and CEA in Paris in September 2026, in the presence of General Secretary and President To Lam.

Information

• Time: 16:00–17:30, Friday, 30 October 2026.
• Venue: 8th Floor, Building 2H, University of Science and Technology of Hanoi (USTH).
• Participants: USTH students, particularly those studying Chemistry, Physics, Environmental Science, Pharmacy and related disciplines; students and parents interested in the nuclear sector; and students from other universities offering relevant academic programmes.
• Format: In person at USTH (mandatory for USTH students) and online via Zoom (for students unable to attend in person and parents).
• Language: English.
• Speaker: Mr. Xavier Perrette – Vice President for International Relations at the National Institute for Nuclear Science and Technology (INSTN), France’s premier national training institution in nuclear technology applications under the management of CEA. Mr. Xavier Perrette brings 25 years of experience in the nuclear energy sector and 15 years dedicated to human resource development, education, and nuclear training.

Programme Highlights

• Nuclear applications in daily life: Explore how nuclear technology is used in healthcare, food science, industry and energy. The session will also examine the links between these applications and the Sustainable Development Goals (SDGs), highlighting the wider societal impact of careers in the sector.
• Understanding nuclear programmes: Learn about the different stages and lifecycle of a nuclear programme, gaining insight into workforce requirements and the long-term career opportunities the sector can offer.
• Exploring career opportunities across the nuclear value chain: Discover the organisations and stakeholders involved in the nuclear value chain, the roles associated with different stages of development, and the range of professional backgrounds, educational qualifications and levels of nuclear specialisation required for different positions.
• Educational pathways into the nuclear sector: Learn about supplementary training programmes and specialised learning pathways available to students and professionals from diverse academic backgrounds who wish to pursue careers in the nuclear field.
• Career prospects in the nuclear sector: Gain a broader perspective on employment opportunities in nuclear science and technology in Vietnam, across the region and worldwide.

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Applying Artificial Intelligence to Marine Biodiversity Research

In her presentation, “Artificial Intelligence for Marine Biodiversity and Coastal Socio-Ecosystems”, Dr. Claudia Restrepo-Ortiz, Scientific Computing Engineer at IRD, will explain how deep learning can extract ecological information from marine monitoring data.

Her research includes detecting and classifying fish in underwater videos, identifying individual sperm whales from photographs of their flukes, and classifying fish sounds in underwater recordings. Using high-resolution satellite imagery, these methods can also detect artisanal fishing boats to help estimate fishing effort.

In this seminar, Dr. Restrepo-Ortiz plans to combine satellite imagery with deep learning to map aquaculture farms and fishing boats along the Vietnamese coast, tracking changes in their distribution over space and time. The resulting data will provide indicators of blue economy activities that can be analysed alongside environmental, ecological and health data. She will also introduce plans to develop open, reusable AI tools and support training in data science and artificial intelligence for USTH students and lecturers.

Investigating Marine Microorganisms through a One Health Approach

Complementing the monitoring of activities at sea, Dr. Jean-Christophe Auguet’s presentation, “From Blue Economy to One Health: Marine Microbial Ecology in a Changing World”, will examine changes at the microbial scale.

A Research Scientist in Microbial Ecology at CNRS, Dr. Auguet will trace the development of his research on aquatic microbial communities, including more recent work on microorganisms associated with disease and antibiotic resistance genes.

His proposed research at USTH will focus on how global change and blue economy activities, particularly aquaculture, influence microbial community dynamics. Through a One Health approach, the programme will investigate the emergence and circulation of potential pathogens and antibiotic resistance genes in relation to environmental conditions and health.

Collaboration with USTH researchers and international partners is expected to help lay the foundations for a long-term observatory of Vietnamese coastal socio-ecosystems.

Seminar Information

Time: 10:00 – 11:30 AM, Wednesday, 21 October 2026
Venue: Room 402, Building A21, University of Science and Technology of Hanoi (USTH)
Address: 18 Hoang Quoc Viet, Nghia Do, Hanoi

USTH warmly invites interested lecturers, researchers and students to attend the seminar, learn about these research directions and explore opportunities for future collaboration.

For scholars and other interested participants who are unable to attend in person are welcome to join the seminar online via Zoom:

https://us06web.zoom.us/j/82324683019?pwd=RphcVGeMgCy06YUlaOutM7Aayra3QF.1

Meeting ID: 823 2468 3019

Passcode: 449025

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1. PHYTOMED Research group members:

2. Research Objectives:

3. RESEARCH EXPERIENCE AND EXPERTISE
Since its establishment in 2023, the PHYTOMED Research Group has conducted several notable studies.

• Bioassays:

• Cytotoxicity Assessment:

• Anti-inflammatory Activity Assessment:

• Anti-osteoporosis Activity:

• Antioxidant Activity and Enzyme Inhibition:

• Investigation of the Mechanisms of Action of Active Compounds on Molecular Targets:

• Anticancer Mechanisms:

• Anti-osteolytic Mechanisms:

• Anti-inflammatory Mechanisms:

4. Research Collaboration:

PHYTOMED Research Group collaborates with reputable research partners both domestically and internationally. These partners include universities, research institutes, and companies in the environmental and pharmaceutical sectors, with the aim of enhancing research effectiveness and promoting practical applications.

5. Prospects for Research Collaboration

• Build and strengthen the research group to conduct further studies on the mechanisms of action and in vivo testing of bioactive compounds derived from Vietnam’s natural resources.

• Establish strong and long-term partnerships with chemists, scientists, and industry partners to enhance the value of Vietnam’s natural products and support the development of new products, from scientific research to commercialization.

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Contact Information:

PHYTOMED Research Group

Assoc. Prof. Nguyen Hai Dang

Room 303, Building A21, USTH

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1. Research Group Members

The CECS Research Group currently comprises seven members, bringing together experts from diverse research fields. The group consists of one group leader and six research members, supported by a substantial team of assistants and postgraduate researchers, including:

• 7 lecturers

• 1 research assistant

• 3 postdoctoral researchers

• 6 PhD candidates

  

2. Research Areas

Key Research Areas:

• Artificial Leaf Engineering

• H₂/O₂/CO₂ Conversion

• Battery Electrode Materials

• Electrocatalysis and Photoelectrocatalysis (EC/PEC Catalysis)

Research Approaches:

• Materials Design

• Mechanistic Studies

• Device Engineering

• Scale-Up Studies

3. Research Collaboration

CECS Research Group maintains an extensive network of collaborations with research institutions both domestically and internationally.

Domestic Collaborations:

• Institute of Materials Science, Vietnam Academy of Science and Technology (VAST)

• Institute of Chemistry, Vietnam Academy of Science and Technology (VAST)

• Institute of Natural Products Chemistry, Vietnam Academy of Science and Technology (VAST)

• Hanoi University of Science and Technology

• Hanoi National University of Education

• Nuclear Technology Center, Ho Chi Minh City

• Center for Materials and Creative Architecture

International Collaborations:

• CEA Grenoble, France

• LCC Toulouse, France

• Collège de France, France

• Sungkyunkwan University, South Korea

• Hanyang University, South Korea

4. Research Achievements

The CECS Research Group has made significant scientific contributions, including six notable research studies:

• Transition metals chalcogenides for hydrogen evolution reaction

• Transition metals chalcogenides for hydrogen evolution reaction

• Metallic nanostructures for Hydrogen evolution reaction

• Metallic oxides nanostructures for oxygen evolution reaction

• Homogeneous catalysts for Hydrogen evolution reaction

• Copper-based CO2 reduction catalysts 

• Visible semiconductors as light harvester and photoelectrocatalysts

• Wireless PV-Electrolyzer

• Metallic chalcogenides as batteries electrodes

• Metallic chalcogenides as electrochemical sensors

5. Prospects for Research Collaboration

CECS Research Group and USTH are equipped with a wide range of modern facilities to support research and development in advanced materials.

CECS Research Group seeks to establish strong and long-term partnerships with scientists, academic institutions, and industry partners to:

• Develop novel catalytic materials for the hydrogen evolution reaction (HER), oxygen evolution reaction (OER), and CO₂ reduction reaction (CO₂RR), as well as electrode materials for Li-ion and Na-ion batteries.

• Investigate and optimize the performance and operation of artificial leaves.

• Develop in-situ/operando devices and techniques to gain deeper insights into the mechanisms and material properties under operating conditions.

• Scale up research and facilitate technology transfer, from scientific concepts to product commercialization.

___________________________

Contact Information:

CECS Research Group – Chemistry for Energy Conversion & Storage

Dr. Nguyen Duc Anh

Vice Dean of the Faculty of Chemical and Environmental Engineering (CET)

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BEAM Research group members:

Research Objectives:

BEAM Research Group aims to monitor and assess emerging environmental contaminants and evaluate the impacts of environmental factors on biological ecosystems, including plants and humans. One of its key objectives is to ensure food chain quality and safety, thereby contributing to the improvement of public health.

Research Mission:

BEAM Research Group employs advanced analytical technologies, including instrumental analysis, bioassays, and data analysis, to investigate the molecular-level adaptive mechanisms of plants and humans in response to various agents. This approach is essential for gaining a deeper understanding of the biological and chemical processes occurring in the natural environment and their impacts on human health.

Experience and Achievements:

Areas of Expertise:

• Research on pharmacokinetics and drug metabolism

• Investigation of the biological activities of natural products

• Metabolomics in plants and humans

• Environmental monitoring

Key Achievements:
The BEAM Research Group has conducted three notable studies that have contributed to the advancement of environmental research and public health.

Research Collaboration:

The BEAM Research Group collaborates with reputable research partners both domestically and internationally. These partners include universities, research institutes, and companies in the environmental and pharmaceutical sectors, with the aim of enhancing research effectiveness and promoting practical applications.

Prospects for Research Collaboration:

With its team of experts and modern facilities, the BEAM Research Group is committed to further developing advanced analytical solutions. Research collaborations will continue to expand to enhance research quality and promote practical applications.

The BEAM Research Group is equipped with state-of-the-art analytical instruments, including:

• ICP-MS (Inductively Coupled Plasma Mass Spectrometry)

• IC (Ion Chromatography)

• HPLC-DAD/FLD (High-Performance Liquid Chromatography with Diode-Array Detection/Fluorescence Detection)

• GC-MS (Gas Chromatography–Mass Spectrometry)

• LC-QqQ-MS/MS (Liquid Chromatography–Triple Quadrupole Tandem Mass Spectrometry)

• LC-QToF-MS/MS (Liquid Chromatography–Quadrupole Time-of-Flight Tandem Mass Spectrometry)

_______________________________________________________

Contact Information:

BEAM Research Group – Biopharma – Environmental Assessment & Monitoring

Assoc. Prof. Dr. Nguyen Thi Kieu Oanh

Building A21, 18 Hoang Quoc Viet Street, Cau Giay District, Hanoi, Vietnam

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