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A hybrid framework designed to address critical gaps in predicting the reliability and performance degradation of quantum computing systems – this is the focus of a research project by Nguyen Dieu Nga, a final-year Computer Science student at BUV (�ǿմ�ý), showcased at the School of Computing & Innovative Technologies Graduation Show 2026.

As quantum computing is expected to drive breakthroughs across fields such as healthcare, manufacturing, and nuclear energy, accurately predicting system lifespan and performance degradation remains a critical challenge. Nga’s research, based on a hybrid modelling approach, proposes a unified theoretical framework designed to enhance the ability to analyse and predict this phenomenon by accounting for key physical factors that are missing in existing reliability models.

Nguyen Dieu Nga presents her research on “A Unified Hybrid Framework for Degradation Modeling in Quantum Computing Systems”

By bridging the gap between quantum physics and reliability engineering, this research provides a theoretical pathway for developing predictive maintenance strategies, ensuring the long-term stability and commercial viability of future quantum hardware.

Titled “A Unified Hybrid Framework for Degradation Modeling in Quantum Computing Systems,” the project was developed under the supervision of Associate Professor Ali Al-Dulaimi, Head of the School of Computing & Innovative Technologies at BUV. According to him, the work represents a pioneering effort in addressing maintenance challenges in quantum computing systems, with the potential to lay the groundwork for larger-scale research and investment in the field.

Driven by her passion for artificial intelligence (AI), Nga identified the intersection between AI and quantum computing as early as her second year. To her, quantum computing offers unprecedented computational power for solving complex problems, positioning it as a potential foundation for advancing AI in handling increasingly large datasets and improving performance outcomes.

The research is currently being submitted to Q1 academic journals, highlighting the potential for �ǿմ�ý students to contribute to international-level scholarships.

A promising generation of young researchers

Nga’s project is one of many featured at the Graduation Show 2026, which presents a comprehensive picture of students’ research capabilities and practical applications — even in emerging and highly specialised fields. More than a year-end showcase, the event demonstrates how �ǿմ�ý students apply their knowledge innovatively to address real-world challenges while engaging with cutting-edge technological trends.

28 projects were showcased, grabbing the attention of all industry guests involved

A total of 28 projects were exhibited, covering areas ranging from operating systems and intrusion detection to AI applications in waste classification, digital mapping, and Internet of Things (IoT) solutions for smart cities. These projects not only address specific challenges but also demonstrate students’ strong implementation skills, systems thinking, and practical orientation.

The exhibition also attracted leading technology companies in Vietnam. Mr. Pham Quang Vinh, Senior Product Development Manager and IoT Engineer at One Mount Group, commented: “The students here are highly talented, creative, and dynamic. They demonstrate deep expertise in their chosen areas, along with an innovative mindset in tackling challenges with long-term value.”

The event also provided students with the opportunity to present their work to industry representatives, faculty members, and parents, showcasing their readiness to enter a professional working environment.

Phung Ngoc Diep bringing to the Graduation Show a project from her internship placement at Bosch Rexroth

Phung Ngoc Diep, who developed a centralised system for factory management and operations, shared: “My project was based on a real-world problem I encountered during my internship at Bosch Rexroth, and it has now been applied within the company. The many hours of hard work that my peers and I invested were met with very positive feedback from visitors and industry representatives, which makes the effort that much more meaningful.”

By combining pioneering research with practical applications, the Graduation Show not only reflects the quality of education at BUV’s School of Computing & Innovative Technologies, but also highlights how a new generation of young engineers is stepping forward to engage with and contribute to emerging global technologies.