New approaches, an open learning environment, and support from the school are enabling students to confidently participate in research activities and contribute to practical solutions for real-world situations.
Many high-application projects
Students Nguyen Thanh Phuc, Ho Thi Thu Hang, Hoang Anh Son from the University of Technology (Da Nang University) and Huynh Quynh Anh from the University of Economics (Da Nang University) have recently researched and manufactured a "Water Tank Sediment Removal System" to address the current widespread problem of poor water tank hygiene.
Through field surveys, it was found that most people rarely clean their water tanks due to lack of time, inconvenient installation locations, or difficulty in operation. The lack of regular cleaning leads to the accumulation of dirt and grime, affecting the quality of drinking water. Based on this urgent need, the group proposes a solution to help people clean their water tanks more quickly, safely, and effectively.
Notably, the system is designed to be compatible with both vertical and horizontal tanks. In horizontal tanks, the suction pipes are positioned along the bottom; while in vertical tanks, the pipes are evenly distributed to maximize suction access to the bottom of the tank, ensuring efficient sludge collection.
"Hoi An Kiến Sự" (Hoi An VR) is a virtual reality product developed by the Click Studio team at Duy Tan University. The application offers users the experience of exploring Hoi An in the past through the Oculus Quest VR headset, recreating the elegant and tranquil atmosphere of the ancient town hundreds of years ago.
In the VR environment, players take on the role of a character in the thriving port town of Hoi An, freely moving around, interacting with residents, and completing storyline-driven quests. The experience lasts approximately 20-30 minutes, suitable for a wide range of audiences.
The storyline is designed to be both entertaining and educational , naturally incorporating historical knowledge so that players can complete tasks while learning about the culture and life of ancient Hoi An.
The development team has applied many of the industry's current gaming technologies to create a realistic portrayal of the ancient town: from the natural landscape, architecture, and characters to the language and customs set over 400 years ago. Besides the main quest, players can also participate in folk activities such as slingshot shooting, card flipping, or whack-a-mole, which are both entertaining and recreate traditional Vietnamese culture.
Increased support
Ms. Pham Thi Ngoc Thuy, Principal of Dang Thai Mai Secondary School (Cam Le Ward), said that the school always focuses on developing activities that encourage students to participate in scientific research, STEM education, and technical innovation. STEM lessons are integrated into natural science, technology, and mathematics subjects, helping students apply interdisciplinary knowledge to solve practical problems.
In addition, the school collaborates in organizing STEM training courses for teachers and students, and also builds experiential spaces where students can experiment with ideas and present their creative products. The school also maintains many academic clubs, notably the "Mathematics and Life" club, which contributes to developing logical thinking, problem-solving skills, and the ability to connect mathematical knowledge with real-life situations.
According to Deputy Director of the Department of Science and Technology Le Thi Thuc, the city-level student scientific research competition, held since 2017, has contributed to fostering a research spirit among students in universities across the city. To date, more than 3,000 projects have participated in the preliminary rounds, spanning many fields, particularly focusing on new technologies, solutions for socio-economic development, and practical urban issues such as waste sorting, recycling, and improving water quality.
Notably, an increasing number of projects are focusing on practical applications, addressing specific community problems. Thanks to the collaboration between schools, businesses, and management agencies, students have better access to experts, equipment, and research environments. Many outstanding initiatives have been recognized, demonstrating the strong creativity of Da Nang's youth.
According to Ms. Le Thi Thuc, in the coming time, the department will continue to coordinate the organization of scientific research competitions and startup playgrounds for students; at the same time, it will open forums, workshops, and training courses on research methods, intellectual property, and innovation. Schools are also encouraged to promote research and entrepreneurship among students. From these competitions, promising projects will be selected for further support through the city's policy system, aiming towards commercialization or connection with incubators.
Projects related to the environment, clean technology, renewable energy, waste sorting and recycling, or digital environmental monitoring will be prioritized to help the research team refine their products and business models, and connect with businesses and investment funds.
"With the aim of creating a complete ecosystem from idea support, research, incubation to practical application so that young people can freely create and contribute to the green development of the city, we believe that the young generation of Da Nang will continue to be an important force in the process of green transformation, innovation and sustainable development of the locality," Ms. Thuc emphasized.
Source: https://baodanang.vn/phat-develop-scientific-research-capacity-for-students-3314509.html
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