Payment period: 18 April to 30 April 2026.

1. Applicable students

Students who have successfully registered for courses offered in Block 4 of the Academic Year 2025–2026 (AY 2025–2026) on the ERP system, including:

• B1 students (AY 2025–2026) of all training programs;
• B0 students (AY 2025–2026) who have been recognized as having completed the English pathway program;
• Students from previous cohorts currently studying at the University who register to retake or improve grades for B1 courses.

2. Credit-based tuition fees for Block 4 (AY 2025–2026)

(In accordance with Decision No. 563/QĐ-ĐHKHCN dated 01 July 2025)

3. Payment period

• From 18 April 2026 to 30 April 2026
• Students who fail to complete tuition payment by the deadline will not be allowed to attend the registered Block 4 courses.

4. Payment method

Tuition fees shall be paid via bank transfer using the QR code displayed on the ERP system.

Payment steps:

1. Log in to ERP: https://erp.usth.edu.vn/students
2. Select Tuition, review the invoice
3. Verify registered credits and payable amount
4. Scan the QR code to complete payment

Payment is considered successful when the invoice status changes to “Paid”.

5. Student support

Students are advised to keep the payment confirmation for reference.
For assistance, please contact the Department of Student Affairs:
student.services@usth.edu.vn

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The payment period is from 30 March 2026 to 15 April 2026.

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Thai Minh Pharmaceutical Joint Stock Company operates in the pharmaceutical sector, focusing on the research, development, and production of products derived from natural medicinal materials, with the aim of enhancing the value of Vietnam’s healthcare products.

The signing ceremony was held at USTH with the participation of representatives from both parties. From USTH, attendees included Prof. Dinh Thi Mai Thanh, President; Assoc. Prof. Nguyen Hai Dang, Vice President and Head of the Faculty of Life Sciences; Assoc. Prof. Nguyen Quang Huy, Vice Dean of the Faculty of Life Sciences; Assoc. Prof. Nguyen Thi Kieu Oanh, Vice Dean of the Faculty of Life Sciences; and Ms. Do Thi Thuy Trang, Deputy Head of the Research, Innovation and International Affairs Department.

From Thai Minh Pharmaceutical, participants included Mr. Pham Huu Khanh, Chief Executive Officer; Mr. Han Ngoc Anh, Chief Operating Officer; Dr. Vo Thuy Lu Tam, Deputy Director of the Vietnam Institute of Ginseng and Medicinal Materials; and Ms. Pham Ngoc Tram Anh, Head of Communications.

During the ceremony, representatives of both parties shared their cooperation orientations, signed the agreements, and discussed upcoming implementation plans.

Expanding Comprehensive Collaboration between University and Industry

The MoU aims to promote formal cooperation between USTH and Thai Minh Pharmaceutical in education, scientific research, and academic activities.

Accordingly, the two parties will jointly implement a range of activities, including:

• Developing joint research projects in life sciences, chemistry, and environmental science
• Strengthening the connection between academic training and industry practice
• Organizing specialized conferences and seminars with industry experts
• Providing internship and employment opportunities for USTH students
• Collaborating in the development, updating, and improvement of academic programs

In addition, with the involvement of research units specializing in medicinal materials and natural products, this collaboration is expected to open new directions for applied research linked to real-world production, thereby contributing to enhancing the value of medicinal products in Vietnam.

Industry Partnership in Enhancing Educational Quality

Within the framework of the cooperation, Thai Minh Pharmaceutical has committed to supporting USTH in implementing educational activities, ensuring quality, and enhancing the university’s academic standing.

This support is provided in a spirit of goodwill and social responsibility, without being tied to commercial objectives. It aims to facilitate USTH’s continued development toward internationalization, improving training quality, and strengthening research capacity.

USTH will proactively develop plans and implement activities aligned with its development strategy, while enhancing connections with domestic and international organizations to improve academic quality and reputation.

Toward a Sustainable and Mutually Beneficial Partnership

At the ceremony, representatives of both parties emphasized the importance of building a long-term partnership oriented toward sustainable development.

The enterprise representative expressed the desire to develop the company steadily and sustainably over time, while accompanying the university in education and research activities. The collaboration with USTH not only enables access to high-quality human resources but also contributes to promoting research and its application in real-world production.

From USTH’s perspective, the university leadership affirmed that collaboration with enterprises is a key factor in improving educational quality. When universities and enterprises understand each other’s needs and strengths, cooperation becomes more meaningful and effective, creating practical value for both parties while offering students greater learning and development opportunities.

A representative from USTH emphasized: “Collaboration with industry plays a crucial role in enhancing training quality, enabling students to engage more closely with real-world practices and labor market demands.”

Both parties agreed to further concretize the cooperation through joint research projects, academic programs, and collaborative initiatives in the coming period.

Building on an Established Partnership Foundation

USTH and Thai Minh Pharmaceutical officially established their partnership through their first cooperation agreement in 2020. The renewal of the MoU further strengthens this foundation while opening up new opportunities for collaboration in education and research.

With a strategic orientation that integrates academia, industry, and research, USTH continues to affirm its role in connecting knowledge with practice, contributing to the training of high-quality human resources in life sciences and pharmaceutical fields in Vietnam.

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The thesis was supervised by Associate Professor Dr. Nguyen Thi Kieu Oanh (USTH) and Professor Eric Gontier (University of Picardie Jules Verne, France).

The defense was attended by a seven-member Evaluation Committee, including: Prof. Dr. Nguyen Van Hung – Chairman; Prof. Dr. Marie-Genevieve Dijoux Franca – University of Lyon 1, France; Dr. Pham Tuan Anh – Hanoi University of Pharmacy; Assoc. Prof. Dr. Le Nguyen Thanh – National Institute of Medicinal Materials; Assoc. Prof. Dr. Nguyen Tien Dat – Vietnam Academy of Science and Technology; Dr. Nguyen Huu Nghi – USTH; and Dr. Tran Thi Thu Phuong – USTH (Secretary).

Under the chairmanship of the Committee Chairman, the Council reviewed and approved the candidate’s academic profile, research achievements, training process, and scientific results throughout the course of the doctoral study. The Committee highly appreciated the candidate’s serious research attitude and the outcomes achieved.

In the context of the increasing prevalence of modern diseases such as cardiovascular diseases, cancer, chronic inflammation, and premature aging, oxidative stress is considered a major factor affecting human health. In response, antioxidant compounds have attracted significant attention in the fields of food, pharmaceuticals, and cosmetics due to their ability to neutralize free radicals, protect cells, and reduce oxidative damage. Research and application of natural antioxidants are expected to contribute to effective solutions for disease prevention, health improvement, and slowing down the aging process.

Based on this orientation, PhD candidate Nguyen Phuong Nhi presented the main contents and findings of her thesis before the Committee.

The research focuses on Golden Camellia, a valuable medicinal plant in Vietnam, aiming to analyze its metabolite profiles and evaluate antioxidant activity through an integrated and modern approach.

Motivated by an interest in medicinal plant research and the opportunity to pursue this topic, the candidate employed metabolomics an emerging research field in Vietnam to clarify the relationship between chemical composition and biological activity. The findings not only provide scientific evidence supporting the value of Golden Camellia but also open up potential applications in the fields of medicinal plants and healthcare.

The defense was successfully conducted, marking a dedicated and persistent research journey of PhD candidate Nguyen Phuong Nhi. Sharing after the defense, the candidate expressed great satisfaction that her efforts throughout the research process had been recognized and duly rewarded.

Following the discussion, the Committee held a closed session and conducted a vote, with a result of 100% approval (7/7 votes). On behalf of the Committee, the Chairman congratulated the candidate on successfully defending her thesis and acknowledged the contributions of the research to the field of medicinal plants.

Before concluding the ceremony, PhD candidate Nguyen Phuong Nhi expressed sincere gratitude to the University, her supervisors, colleagues, friends, and family for their continuous support throughout her academic and research journey.

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The thesis was supervised by Associate Professor Dr. Nguyen Hai Dang (USTH) and co-supervised by Dr. Hoang Xuan Ba (University of Southern California, USA).

The defense took place in Room 402, Building A21, No. 18 Hoang Quoc Viet Street, Nghia Do, Hanoi, with the participation of a seven-member Thesis Evaluation Committee:

• Assoc. Prof. Dr. Nguyen Trung Nam, Institute of Biology, Vietnam Academy of Science and Technology – Chairman
• Prof. Jeong-Hyung Lee, Kangwon National University, South Korea – Reviewer
• Dr. Tran Minh Ngoc, National Institute of Medicinal Materials – Reviewer
• Assoc. Prof. Dr. Pham The Hai, USTH, Vietnam Academy of Science and Technology – Reviewer
• Prof. Dr. Dong Van Quyen, Institute of Biology, Vietnam Academy of Science and Technology – Member
• Dr. Nguyen Phuong Nhung, USTH, Vietnam Academy of Science and Technology – Member
• Dr. Pham Le Minh, USTH, Vietnam Academy of Science and Technology – Member and Secretary

Under the chairmanship of Assoc. Prof. Dr. Nguyen Trung Nam, the defense was conducted in accordance with standard procedures, including the presentation of the candidate’s academic profile, training process, research outcomes, and scientific publications throughout the doctoral program. During the defense, the candidate presented the key findings of the thesis, focusing on evaluating the synergistic effects of two compounds Diisopropylamine Dichloroacetate (DADA) and Fenbendazole in lung cancer models.

Lung cancer remains one of the leading causes of cancer-related mortality worldwide, highlighting the urgent need for more effective treatments with fewer side effects. In response to this challenge, the thesis adopts a combinational approach, integrating compounds with different mechanisms of action to enhance therapeutic efficacy through synergistic effects. Experimental studies on both cellular and biological models demonstrated that the combination of DADA and Fenbendazole more effectively inhibits the proliferation of lung cancer cells compared to the use of each compound individually. These initial findings contribute to clarifying the potential of combination therapy in oncology and lay the groundwork for further in-depth studies in the future.

The thesis holds not only academic significance in the field of medical biotechnology but also practical value in guiding future research and development strategies for cancer therapeutics.

The Committee highly appreciated the novelty, applicability, and rigor of the research conducted by PhD candidate Nguyen Quang Thai. Notably, the study follows a “drug repurposing” approach, leveraging existing compounds to identify new therapeutic applications, thereby reducing the time and cost of drug development. Following the presentation and discussion, the Committee held a closed session and conducted a vote on the thesis. As a result, the thesis received strong consensus from all Committee members.

On behalf of the Committee, Assoc. Prof. Dr. Nguyen Trung Nam congratulated PhD candidate Nguyen Quang Thai on the successful defense and acknowledged the meaningful scientific contributions made in the field of medical biotechnology. In the coming time, the research will be further expanded to elucidate mechanisms of action, assess toxicity, and advance toward more in-depth experimental stages. Before concluding the ceremony, PhD candidate Nguyen Quang Thai expressed sincere gratitude to the Faculty of Life Sciences, his supervisors, the Scientific Committee, colleagues, friends, and family for their continuous support and encouragement throughout his academic and research journey, culminating in the achievement of his doctoral degree.

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Detailed information is provided below:

Alternative Option

Students may also independently apply for accommodation at My Dinh Dormitory – Vietnam National University, Hanoi. The University will assist in confirming necessary documents.

• Address: My Dinh Dormitory, Ham Nghi Street, My Dinh 2 Ward, Nam Tu Liem District, Hanoi
• Room type: 6 students per self-contained room, with/without air conditioning
• Limitations: About 4 km from USTH. As this dormitory serves multiple universities under Vietnam National University, availability depends on vacancy status

Contact

Student Affairs Department
University of Science and Technology of Hanoi
Room 306, Building 2H, 18 Hoang Quoc Viet, Nghia Do, Hanoi
Tel: (024) 37917201
Email: student.services@usth.edu.vn

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Beyond providing insights into academic programs and study pathways, the event also created valuable opportunities for participants to connect with experts, lecturers, and experienced individuals in the field.

The event was filled with enthusiasm and creativity. Attendees had the chance to listen to insightful sharing sessions and engage in hands-on experiences with advanced technologies, helping them gain clearer direction for their future paths.

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At the University of Science and Technology of Hanoi (USTH) booth, with the participation of FabLab, visitors were immersed in a creative space featuring hands-on experiences with modern technologies such as 3D printers, 3D pens, and solar-powered charging models.

A standout highlight was the Eiffel Tower model, meticulously designed and crafted by FabLab members, beautifully recreating one of France’s most iconic symbols. The booth attracted significant attention and contributed to the overall success of the event.

More than just a cultural festival, Balade en France 2025 served as a meaningful platform for connection—bringing people together through a shared passion for French culture.

Thank you to everyone who visited and helped FabLab USTH create such memorable moments. See you again at our upcoming events!

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On March 1st, FabLab USTH brought exciting science and engineering experiences to USTH Career Fair 2025. The booth also showcased a variety of products designed and manufactured by FabLab members, including the Eiffel Tower model, Godzilla figures, 3D-printed items, and especially the USTH keychains proudly “made by FabLab”.

Despite the initially unfavorable weather, the FabLab booth attracted great attention from both students and companies who came to explore and engage with the activities. The space was filled with curiosity, excitement, and a strong spirit of creativity.

Let’s take a look back at some memorable moments from USTH Career Fair 2025 captured by FabLab!

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The course was led by two experienced Japanese experts in monozukuri education and the arts: 

• Mr. Etsuroh Tetsuya – Professor at Tokyo Gakugei University and Vice President of the non-profit organization Institute for Children’s Future 
• Mr. Yuta Kikawada – Architect and researcher at Tokyo Gakugei University.

At the “Harvesting Day” closing session on March 25, 2026, Mr. Yoshiaka Norihiko, Director of The Japan Cultural Exchange Center in Vietnam, shared that the course not only produced impressive creative outcomes but also clearly demonstrated USTH students’ proactive learning spirit and interdisciplinary connectivity. 

Throughout the program, students collaborated in teams under the guidance of mentors, developing ideas rooted in real-life contexts in Hanoi and progressively bringing them to fruition at USTH’s FABLAB and co-working space—where concepts evolved beyond ideas into tangible outcomes through testing, prototyping, and refinement using advanced fabrication technologies.

Starting from simple things in life, each team systematically developed and completed their projects. Every product not only demonstrated creativity but also reflected interdisciplinary thinking and practical applicability; each project conveyed a compelling narrative centered on the connection between science and real-life contexts.

Notably, the organizing committee selected three outstanding projects based on innovation, level of completion, and community impact:

• Project 1: Speed Detector Model using Ultrasonic Sensors
• Project 2: Portable Air Quality Detector
• Project 3: Auto Laundry Sensor System

More than just a course, this program functioned as a true “creative sandbox”—an environment where students learned to think critically, experiment, and integrate knowledge across disciplines.

USTH will continue to expand such spaces and programs to foster innovation and strengthen problem-solving capabilities for students.

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