At the ceremony, representing Institute for Multidisciplinary Sciences (IMS) – Yokohama National University (YNU) were Prof. Izuru Umehara – President, Prof. Hironori Fudeyasu – Director of Typhoon Science and Technology Research Center,  Prof. Jun Matsumoto – Representative, Mr. Kenshi Fujii – Research Strategy Planning Manage; representing USTH were Prof. Jean-Marc Lavest – Principal Rector, Assoc. Prof. Ngo Duc Thanh – Co-Director of Department of Space and Applications, Dr. Tong Si Son – Deputy Director of Department of Space and Applications, Dr. Nguyen Le Dung – Lecturer of Department of Space and Applications, Ms. Do Thi Thuy Trang – Deputy Director of Department of International Cooperation.

After introducing and welcoming the delegates attending the ceremony, the representatives of USTH and IMS made remarks on the cooperation between the two parties.

By comparison with the Institute of Advanced Sciences (IAS), which undertakes outstanding, world-class research in cutting-edge technology research spheres, the Institute for Multidisciplinary Sciences (IMS) is a vision-driven research institute seeking to help build an ideal society through interdisciplinary collaboration across diverse research fields that aims to realize a vision for the society of the future. The IMS’s Principal Investigators include many up-and-coming younger researchers who will be playing an important role in the society of the future, and the IMS is aiming to accelerate the strengthening of diversity and interdisciplinary collaboration.

In recent years, the competition in the university sector to secure high-level international research talent has become increasingly intense, and the movement of research talent between countries has accelerated. As with the IAS, which has made the recruitment and securing of first-rate foreign researchers a priority, and has been proceeding with the putting in place of the necessary systems, the IMS has also been forging an international collaboration network with overseas companies, overseas universities, and other international partner organizations, aimed at realizing the YNU’s vision, and has been strengthening measures to build itself into an International Network Hub that will be at the center of innovative, high-level research activities. In addition, by implementing initiatives for ongoing strengthening of collaboration with non-academic bodies, including the local community and industry, the IMS is aiming both to enhance international research capabilities and promote the social implementation of research results.

USTH aims to become a world-class research university with research projects that have long-term academic values, high applicability to socio-economic development. With the strong support of the governing body, VAST, the French Embassy in Vietnam, the Consortium of more than 30 French universities and research institutes, the French Institute of Research for Development (IRD) and with the investment from the Government of Vietnam, USTH has built 2 international joint laboratories and 1 strong research group, 2 potential research groups, bringing the participation of many excellent and experienced scientists at universities, research organizations of Vietnam, France, and many other countries.

Making an opening remark, Prof. Jean-Marc Lavest – Principal Rector of USTH, expressed his delight at the new milestone in the partnership between USTH and IMS. Professor emphasized the importance of higher education, especially in the field of Space and Applications. He hoped that this cooperation would enhance exchange programs for Master and PhD students as well as internship opportunities for Bachelor and Master students of both institutions.

Also at the ceremony, Prof. Hironori Fudeyasu – Director of Typhoon Science and Technology Research Center (IMS) affirmed that current research areas of Typhoon Science and Technology Research Center of IMS are fit for on-going research projects of Department of Space and Applications of USTH which include building a model to predict the changing trend of typhoon, monitoring movement of typhoon in the Pacific Ocean and effects of climate change. In addition, Assoc. Prof. Ngo Duc Thanh – Co-Director of Department of Space and Applications suggested that Department of Space and Applications of USTH and IMS could collaborate in joint research projects about typhoons, ozone and climate change based on long-term cooperation between two sides. 

At the end of the ceremony, Prof. Jean-Marc Lavest and Prof. Izuru Umehara signed the cooperation agreement between USTH and IMS, opening up study as well as research opportunities for students, lecturers and researchers of the two parties in the near future. 

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1. Presenter: Dr Sylvain Chaty (University of Paris, CEA -> Université Paris Cité)
2. Time: 17:00′ am, 17 April, 2024 (Vietnam time)
3. Venue: Room 402, A21 building (USTH), 18 Hoang Quoc Viet, Cau Giay, Ha Noi, Vietnam
4. SpaceTalk Team: usthspacetalk@gmail.com

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USTH, established in 2009 within the framework of the Intergovernmental Agreement between Vietnam and France, has a mission to become a research university providing excellent research and training programs in science and technology. Since 2023, USTH has been accredited by HCERES, becoming 1 of only 6 universities in Vietnam to obtain this European-standard accreditation. Our roadmap includes nurturing a vibrant academic community of 5,000 students, and 200 lecturers, with over 70% holding PhDs, alongside fostering 200 PhD students. 

As we stride forward in our strategic expansion and pursuit of academic excellence, we are looking for passionate individuals eager to contribute to the development of future generations. This year, we aim to welcome 14 new lecturers into our dynamic academic community, with a long-term goal of recruiting 100 lecturers by 2030.

OUR BENEFITS: 

• • Professional working environment: Together we build a creative, safe, and supportive working environment. 
  • State-of-the-art facilities: Accessing modern laboratories, research, and training facilities to support your teaching and research activities
  • Generous Research Funding: Opportunities to be granted funding for your research projects at the university level and/or at the VAST level: up to 3 billion VND over three years for strong research groups and 1.5 billion VND over three years for potential projects.
  • Expansive collaboration network: Enhancing your research capacity and international exposure through USTH’s expansive collaboration network across academia, industry, and research institutions in France and nearly 20 other countries.
  • Attractive income: Receiving a competitive salary package with additional income based on teaching and research performance. 
  • Career development: Receiving continuous support from USTH to develop your career.
  • Talent and ambitious students: having the chance to include young talent and ambitious students in your research projects. USTH provides attractive scholarships for students who contribute to university research development.  

OPEN POSITIONS IN 2024

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Distinguished attendees included Prof. Chu Hoang Ha, Vice-President of the Vietnam Academy of Science and Technology and Chairman of the USTH University Council; Mr. Patrick Nedellec from the French Ministry of Higher Education and Research, Vice-Chairman of the USTH University Council; Assoc. Prof. Ha Quy Quynh from the Vietnam Academy of Science and Technology, Vice-Chairman of the USTH University Council; Prof. Jean-Paul Deroin, President of the USTH Consortium, along with representatives from Vietnamese Ministry of Education and Training, Ministry of Science and Technology, Ministry of Planning and Investment,  French Ministry of Europe and Foreign Affairs, French Institute of Research for Development (IRD), and companies like Vietnam Airlines and Pierre Fabre.

In his opening remarks, Prof. Chu Hoang Ha praised the university’s significant advances in scale, training quality, and research achievements, especially highlighting the outstanding results of 2023. He expressed hope that the Council members would continue to contribute their expertise and dedication to elevate USTH’s quality further and reaffirm its position as a leading research-oriented university.

Mr. Patrick Nedellec reflected on 2023 as a fruitful year for USTH, acknowledging the university’s achievements in education and research. He highly appreciated USTH for successfully organizing two major events: the International Conference of the Association of Southeast Asian Institutions of Higher Learning (ASAIHL) and a conference marking 40 years of cooperation between the Vietnam Academy of Science and Technology and the French National Centre for Scientific Research, which underscored USTH’s significant contributions and reinforced its standing within both the Vietnamese and international academic communities. He also mentioned that the French Ministry of Higher Education and Research is finalizing a study evaluating its international education and research cooperation models, with USTH emerging as one of the most successful examples.

Ms. Audrène Eloit, representing the French Ministry of Europe and Foreign Affairs, warmly congratulated USTH on its achievements. Along with the French Ministry of Higher Education and Research, the Ministry of Europe and Foreign Affairs considered USTH the French government’s most successful higher education project abroad, often highlighted as a model of international cooperation in higher education and research. She hoped that USTH would continue its rapid development to become a trusted university for education and research in Vietnam’s science and technology sector, and further solidify its leadership in educational and research collaboration between Vietnam and France.

On behalf of the Rector Board, Prof. Jean-Marc Lavest – Principal Rector, and Prof. Dinh Thi Mai Thanh – Rector reported on the university’s achievements in 202. They emphasized the successful enrollment at the bachelor’s, master’s, and doctoral levels, which increased the training scale of USTH to 3,000 students, marking the highest number since its establishment in 2009. The launch of 2 new training programs in Pharmacy and Semiconductor Technology expanded USTH’s academic offerings, meeting the need for high-quality human resources capable of competing in the international market and contributing to the country’s rapid and sustainable growth during the fourth industrial revolution. In terms of research, USTH continued to develop strong research groups and international collaborations, published 103 articles in SCI-E journals and maintained a top-three position among institutions of the Vietnam Academy of Science and Technology for international publication quality and quantity.

USTH successfully organized numerous workshops, international conferences, and science schools, drawing participation from both local and international scientists. In terms of international collaboration, USTH has signed 40 agreements and memoranda of understanding with partners in Vietnam, France, Italy, Germany, Poland, Spain, Luxembourg, and more. These agreements have opened up abundant opportunities for academic exchanges in training and research for staff, lecturers, and students. 

2023 marks a significant milestone in the development of USTH as it received institutional accreditation from the French High Council for Evaluation of Research and Higher Education (HCERES). This honor puts USTH among the top six Vietnamese universities to meet HCERES’s high standards for education. Up to now, USTH is the only Franco-X institution accredited by HCERES.

At the meeting, the Council discussed and voted on many important initiatives for the university’s development, including the reappointment of Prof. Dinh Thi Mai Thanh as Rector for the 2024-2029 term, acknowledging her significant contributions to the university’s current success. They also approved the creation of an admission department to address the increasing demands of student recruitment. Moreover, the Council ratified an investment proposal of over 50 billion VND for repairs, renovations, and facility upgrades to support the expansion of the training capacity, reflecting USTH’s commitment to high-quality education and top-tier student services. Additionally, they endorsed a proposal to increase tuition fees by 6% for certain training programs.

Regarding training activities, the Council passed on the proposal of transitioning the academic year structure to a more flexible credit system starting from the 2025-2026 academic year. This significant change aims to improve training quality by focusing on student growth, better preparation for their career, and alignment with their abilities. 

Furthermore, the proposal to launch two new master’s programs in Mechatronics Engineering & Automation and Science and Technology Management received the Council’s support.

The Council supported the Co-Tutelle doctoral training model, which involves joint supervision and degree co-granting with international partners, especially French partners within the USTH Consortium. Doctoral students will receive a monthly allowance of 5 million VND for 18 months of study at USTH, and scholarships from French partners for 18 months of research in France. This program is expected to significantly contribute to building USTH’s capacity for excellent research.

The 10th University Council meeting concluded successfully, laying the foundation for the future development of USTH, especially in the context of the 15th upcoming anniversary in 2024. 

Some photos of the event:

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At the ceremony, representing NCS were Mr. Bui Viet Phuong – Chief Growth Officer (NGS), Ms. Nguyen Dieu Anh – Chief Operations Officer (NCS) cum Chief People Officer (NGS),  Ms. Dao Thi Viet Phuong – HR Manager (NCS); representing USTH were Prof. Jean-Marc Lavest – Principal Rector, Dr. Tran Giang Son – Co-Director of Department of Information and Communication Technology, Ms. Pham Thi Thanh Nga – Head of Department of Student Affairs, Ms. Do Thi Thuy Trang – Deputy Director of Department of International Cooperation.

After introducing and welcoming the delegates attending the ceremony, the representatives of USTH and NCS made remarks on the cooperation between the two parties.

Vietnam National Cyber Security Technology Corporation (NCS) is a company in the NGS’s Ecosystem – comprehensive technology consulting and software development service provider. NCS operates in the field of technology, providing solutions & services for cyber security, information security, system integration, as well as IT & telecommunication packaging solutions. Aims to become a market leader, NCS has been focusing on investment, research & development of professional products and services, training and building up a team of experts in technology and cyber security. 

In March 2024, NCS coordinated with Department of Student Affairs (USTH) organized the event “Grab the chance” to bring a lot of useful updated information about the industry, labor market and job positions in the technology field in general and at the company in particular for students of Department of Information and Communication Technology.

Making an opening remark, Prof. Jean-Marc Lavest – Principal Rector of USTH, expressed his delight at the new milestone in the partnership between USTH and NCS. Professor emphasized the importance of higher education in Information and Communications Technology (ICT). He hoped that this cooperation would enhance Master and PhD training at USTH as NCS’s staff can join the programs and the two parties can cooperate to design/edit post graduate ICT training programs at USTH.

In addition, Dr. Tran Giang Son – Co-Director of Department of Information and Communication Technology (USTH) recommended that USTH can send Cyber Security students to NCS to work as freshers since NCS is currently one of the top cybersecurity solution providers in Vietnam. Agreed with representatives of USTH, on behalf of NCS, Mr. Bui Viet Phuong – Chief Growth Officer (NGS), affirmed that NCS would like to offer internship and job opportunities for USTH students, not only Bachelor but also Master ICT students. Moreover, NCS will send staff to USTH for higher education in the field of information technology in general and network security in particular.

At the end of the ceremony, Prof. Jean-Marc Lavest and Mr. Bui Viet Phuong signed the cooperation agreement between USTH and NCS, opening up training as well as internship and job opportunities for students and staff of the two parties in the near future. 

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The doctoral thesis was under the supervision of Assoc. Prof. Tran Dinh Phong – Vice Rector of USTH, Director of Department of Fundamental and Applied Sciences, and Dr. Nguyen Duc Anh – Deputy Director of Department of Fundamental and Applied Sciences. 

The PhD thesis defense was attended by 7 members of the thesis jury, including:

• Prof. Le Minh Thang, Hanoi University of Science and Technology, Chairman
• Prof. Licheng Sun, KTH Royal Institute of Technology, Sweden, Reviewer 
• Assoc. Prof. Han Sen Soo, Nanyang Technological University, Singapore, Reviewer 
• Assoc. Prof. Nguyen Thi Tuyet Mai, Hanoi University of Science and Technology, Reviewer 
• Assoc. Prof. Le Manh Tu, Phenikaa University, Member 
• Dr. Matthieu Koepf, French Alternative Energies and Atomic Energy Commission
• Dr. Nguyen Van Quyen, USTH, Member, Secretary 

At the defense, PhD student Tran Buu Dang presented the research results of his thesis to the jury.

According to PhD student Tran Buu Dang, for water electrolysis, one of the long-term goals is to improve the performance of electrocatalysts for the hydrogen evolution reaction (HER). Sulfido molybdenum complexes have been considered potential candidates attracted many studies for decades. The typical material is an amorphous MoSx which exhibits an outstanding catalytic activity for HER. The structure of a-MoSx contains molybdenum centers coordinated to terminal disulfide and bridging disulfide ligands. 

To understand the role of disulfide ligand in the catalysis, monomer [Mo3S13]2- anion was prepared and its electrochemical properties were compared to that of [Mo2S12]2- complex which has a similar terminal disulfide ligand. In general, the terminal disulfide could be a linking group to polymerize [Mo2S12]2- and [Mo3S13]2- generating amorphous molybdenum sulfide [MoS] material under the electrochemically reductive or electrochemically oxidative deposition. Such terminal disulfide ligand is reduced before starting the catalytic wave, implying the obtained Mo-vacancies which are the actual active sites for HER catalysis.

Without having the terminal disulfide ligand, hexabromo sulfido molybdenum [Et4N]2[Mo3S7Br6] complex also enables catalyzing the proton reduction to evolve hydrogen evolution through the metal-assisted bridging-disulfide-centered mechanism in anhydrous acetonitrile solution. For comparison in the H2 evolution catalytic performance, [Et4N]2[Mo3S7Br6] complex requires more energy than [Et4N]2[Mo3Se3S4Br6] to operate the catalysis in acetonitrile solution.

During the catalysis, [Et4N]2[Mo3Se3S4Br6] complex experiences the reductive electrodeposition, generating molybdenum selenide sulfide film [MoSSe] on the electrode surface. This electrodeposit also performs the comparable hydrogen evolution activity. Thus, the [Et4N]2[Mo3Se3S4Br6] complex could be considered a promising precursor to synthesize [MoSSe]-based catalysts. This thioselenide molybdenum complex transforms into [Mo3Se3S4Brx]n polymer-based catalyst by the acidification and electrodeposition, whereas it transforms into the MoS2-like [MoSSe] catalyst by the thermal decomposition in an argon atmosphere. In a 0.5 M H2SO4 solution, the former performed more catalytically active than the latter catalyst for hydrogen evolution. 

The jury highly praised PhD student Tran Buu Dang’s research outcomes, recognizing them as impactful work in advancing electrocatalysis technology for hydrogen production. They discussed in a closed session and voted, resulting in 7/7 votes in favor.

PhD candidate Tran Buu Dang expressed his heartfelt thanks to Assoc. Prof. Tran Dinh Phong and Dr. Nguyen Duc Anh for their dedicated supervision, to the lecturers/staff at USTH for their support, and to his family, friends, and colleagues for their unwavering encouragement throughout his research journey. Their support was a great source of motivation for him to complete his thesis defense.

On behalf of the jury, Prof. Le Minh Thang extended her congratulations to PhD student Tran Buu Dang for successfully defending his doctoral thesis. She also wished him great success in his future endeavors and career.

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The doctoral thesis was under the supervision of Assoc. Prof. Tran Dinh Phong (USTH), and Prof. Han Sung-Hwan (Hanyang University).

The PhD thesis defense was attended by 5 members of the Thesis Jury, including:

• Prof. Luc Huy Hoang, Hanoi National University of Education – Chairman
• Assoc. Prof. Hyuksu Han, Sungkyunkwan University – Reviewer
• Assoc. Prof. Phan Thanh Hai, Quy Nhon University – Reviewer
• Assoc. Prof. Do Danh Bich, Hanoi National University of Education – Member
• Dr. To Hai Tung, USTH – Member, Secretary

At the defense session, PhD student Tran Duc Tien presented the research results of his thesis to the jury.

According to PhD student Tran Duc Tien, the increase of global energy demand and environmental issues associated with using traditional energies are huge challenges for modern technology. Water splitting represents an attractive technology to convert electric or solar energies into chemical energy stored within molecules of H2 which can be transported and used as a clean fuel. Developing an alternative version of Hydrogen Evolution Reaction (HER) catalysts without platinum elements has been an extreme challenge to bring water splitting from laboratories to a viable H2-production method. It has been widely recognized, from both theoretical point of view and experimental results, that noble metals with d9 electron shells such as Pd and Pt exhibit excellent HER catalytic activity. However, other noble metals with d10 electron configuration such as Au, Ag, which are more abundant and less pricey, were predicted as totally “inactive” for HER because of their weak hydrogen adsorption energy.

This doctoral dissertation presents a series of surprising results demonstrating the outstanding HER catalytic activities of gold nanoparticles among various Pt-free catalysts. The spherical Au-NPs electrode with the loading mass of 350 µg/cm2 exhibits an onset potential of 50 mV vs RHE while required overpotential to reach a current density of 10 mA/cm2 is 180 mV vs RHE. Interestingly, an oxidation electrochemical treatment can remove the MoSx shell to fully recover the HER activity of Au-NRs.

The Thesis Jury highly appreciated PhD student Tran Duc Tien for his profound and practical research. The dissertation committee met in secret and voted, with a result of 5/5 votes in favor.

Before ending the defense session, PhD student Tran Duc Tien expressed his gratitude to his supervisors, lecturers and staff at USTH, family, and friends for their support and encouragement, which carried him to complete the thesis successfully. 

Assoc. Prof. Tran Dinh Phong – Vice Rector of USTH congratulated PhD student Tran Duc Tien for successfully defending his thesis and thanked Prof. Han Sung-Hwan (Hanyang University) for his delicate supervision. Assoc. Prof. Tran Dinh Phong wished PhD student Tran Duc Tien an abundant career ahead. 

Some photos of the Doctoral thesis defense:

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Falling in love with Vietnamese culture

Dr. Jirawadee Polprasert is a lecturer in the Electrical and Computer Engineering Department at Naresuan University in Thailand. She has devoted much of her career to advancing renewable energy technology, smart grids, electrical systems, and computer-aided power analysis.

Her introduction to Vietnam came through her involvement with the Greater Mekong Sub-region Academic and Research Network (GMSARN). During her first trip to Vietnam in 2009, for a conference in Ha Long Bay, Dr. Polprasert developed an instant interest in Vietnamese cuisine, marking the beginning of her long-lasting connection with the country. Frequent visits to Hanoi for GMSARN-related activities allowed her to immerse herself in the city’s rich culture and dynamic society.

Thus, when a colleague presented her with the opportunity to teach in the Electrical Engineering and Renewable Energy bachelor program at USTH, Dr. Polprasert embraced it without a second thought. This wasn’t just a professional opportunity; it was a doorway into the heart of Vietnam, offering her the chance to engage more deeply with its people and traditions. 

As a true food enthusiast, she finds joy and intrigue in exploring Vietnamese cuisine. When she talks about her food adventures, her eyes light up, and she can’t help but gush over her top picks: the smoky flavors of bún chả, the comfort of a hearty bún đậu, the crunch of a perfect bánh mì, and the unique sweetness of cà phê trứng. She’s got a special place in her heart for the delicate balance of Vietnamese fish sauces—a standout that beautifully contrasts with the bolder scents of Thai varieties. They’re indeed the secret sauce making every Vietnamese dish uniquely tantalizing.

In addition to the cuisine, Dr. Polprasert enjoys the affordability of hair salons and nail shops in Hanoi, adding another dimension of pleasure to her stay.

Surprisingly, she found navigating the city by motorbike easier and more enjoyable than in Thailand, making it her preferred means of transportation for exploring Hanoi’s lively culture.

Fostering strong bonds with USTH students

Central to Dr. Polprasert’s Vietnamese experience is her interaction with USTH students. Having taught several intakes before and after the COVID-19 pandemic, she is impressed by their enthusiasm and eagerness to learn. Witnessing their academic and professional growth and success has been deeply rewarding for her. 

Polprasert’s time at USTH is filled with moments that bring out the warmth and camaraderie she shares with her students. The little things—like enjoying lunch together or being welcomed into their homes—have made her stay so much more than a series of teaching days. One memory that stands out for her involves students bringing her a homemade lunch to share. Such gestures of kindness deeply touch her, reinforcing the special bond she has with her students.

She still maintains contact with numerous USTH alumni, many of whom have carved out impressive careers for themselves. She expresses her strong belief in the potential and ability of USTH to succeed in their chosen fields. What moves her the most, though, is seeing their gratitude—not just for the academic lessons but for the life advice she’s passed on.

The close relationship extends beyond the classroom, as evidenced by her supervision of USTH students during their internships at her university. Having supervised two students so far, she is eager to support more USTH interns in the future.

As an experienced expert, she encourages students who would love to further their career in the field of Electrical Engineering and Renewable Energy to go out of their comfort zone and try to pursue their educational and professional experiences internationally. She emphasizes the importance of learning cutting-edge technologies from more developed countries so that upon their return, they can contribute significantly to Vietnam’s development. 

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1. Presenter: Dr Cao Van Son (Institute For Interdisciplinary Research in Science and Education-IFIRSE)
2. Time: 10:00′ am, 29 March, 2024 (Vietnam time)
3. Venue: Room 711, A21 building (USTH), 18 Hoang Quoc Viet, Cau Giay, Ha Noi, Vietnam
4. SpaceTalk Team: usthspacetalk@gmail.com

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