PETALING JAYA, Dec 10 – Representing Universiti Teknologi Malaysia (UTM), Prof. Dr. Mohd Shafry Mohd Rahim, Vice-Chancellor of UTM and faculty member of the Faculty of Computing, delivered a keynote lecture at the 4th International Conference on Data Science and Emerging Technologies 2025 (DaSET2025), hosted by UNITAR International University, Malaysia. The conference, held at the UNITAR Hybrid Training Room, Level 10, Tierra Crest, Kelana Jaya, convened academics, researchers, industry experts, and postgraduate students from various local and international institutions.
Prof. Shafry as keynote speaker at DaSET2025Jointly supported by UTM and Universiti Tun Abdul Razak (UNITAR), DaSET2025 served as a platform for discussing emerging technologies shaping the digital future, with a strong emphasis on data science, artificial intelligence, and next-generation computational methods. The conference opened with welcoming remarks from the organizing committee, followed by a series of invited lectures, technical presentations and interactive sessions covering a wide spectrum of digital innovation domains.
Prof. Shafry’s keynote address, titled “Potential of Quantum Computing for Image Processing Application,” explored the transformative potential of Quantum Computing (QC) in addressing limitations faced by current classical computing systems. He explained how the exponential data handling capability of quantum processors could revolutionize image processing, artificial intelligence, data analytics, and real-time high-dimensional imaging systems.
His lecture highlighted core concepts of Quantum Image Processing (QuIP), including quantum pixel representations, qubit structures, and advanced encoding frameworks such as FRQI, NEQR, QUALPI, and NAQSS. He also elaborated on how quantum algorithms can drastically reduce computational complexity such as performing edge detection with O(n) efficiency compared to classical O(n²) thus enabling unprecedented speed, precision, and scalability across modern image-based applications.
Drawing from real-world case studies and UTM-led initiatives, Prof. Shafry emphasized the strong alignment between quantum technological advancement and national aspirations under the Malaysia MADANI framework. He stressed the importance of building national talent pipelines, strengthening interdisciplinary research ecosystems, and driving high-impact innovation that supports both societal well-being and Malaysia’s competitiveness in global technology landscapes.
In addition to keynote sessions, DaSET2025 also featured presentations on emerging areas such as generative AI, semantic image processing, hyperspectral analytics, and sustainable digital solutions. The conference facilitated extensive discussions on the future direction of data-driven technologies, including the potential integration of quantum systems into industrial, medical, defense, and environmental sectors.
During the event, representatives from UTM and UNITAR also explored future collaborative prospects, particularly in fostering research partnerships, student mobility, and joint innovation initiatives. These efforts are expected to strengthen academic cooperation and accelerate the development of digital technologies within the region.
Prof. Shafry concluded his address by expressing appreciation to UNITAR for the invitation and commended the organizers for successfully hosting DaSET2025. He reaffirmed UTM’s commitment to advancing sustainable technological innovation in line with the university’s philosophy.
