Introduction

In an impressive show of commitment to innovation and interdisciplinary collaboration, The Hong Kong Polytechnic University (PolyU) has solidified its position as a leader in research by securing a staggering HK$91.76 million from the Research Grants Council (RGC) for the 2024/25 funding cycle. This remarkable achievement highlights PolyU's dedication to converting groundbreaking academic research into practical solutions that enhance societal well-being and drive forward key industries.

Record Funding and Project Support

Standing out among UGC-funded institutions, PolyU not only received the highest financial support but also dominated the landscape with the most funded projects. This funding will support a wide array of initiatives addressing urgent global challenges, establishing PolyU as a crucible of innovative solutions.

Collaborative Research Fund

Among the 14 projects supported by the Collaborative Research Fund (CRF), totaling approximately HK$71.36 million, are remarkable endeavors such as investigating resistance mechanisms in targeted cancer therapies tailored for hepatocellular carcinoma—a pressing health concern. Another standout project is pioneering protein-based data storage technology, a revolutionary approach in response to the growing global demand for data storage solutions.

Innovative Imaging and Healthcare Solutions

These projects also include cutting-edge research in 3D imaging technology, leveraging optical-fiber-based artificial compound eyes to replicate natural vision systems, which could revolutionize imaging technology. There are also advancements being made through artificial intelligence and machine learning, aimed at improving diagnostic and therapeutic outcomes in healthcare.

Collaborative Research Equipment Grants

In addition to these, PolyU was awarded approximately HK$15.62 million for three Collaborative Research Equipment Grants. These projects aim to enhance research infrastructure with advanced tools in microscopy and spectroscopy, geared towards innovative materials research and virtual reality developments.

Young Collaborative Research Grant

The Young Collaborative Research Grant has further empowered early-career researchers with approximately HK$11.34 million dedicated to pushing boundaries in technology. Projects include flexible retinomorphic systems for next-gen computing and AI-focused optimizations for sustainable urban climates, showcasing the tremendous potential of fresh talent in addressing critical issues in material science and engineering.

Research Impact Fund

Moreover, an additional HK$20.4 million awarded under the Research Impact Fund (RIF) supports initiatives intended to bring direct benefits to society. Noteworthy among these is a project focused on sustainable aviation fuels that convert organic waste into fuel precursors, paving the way for cleaner air travel. Another project enhances cancer treatment through innovative combination strategies in immunotherapy, addressing significant gaps in hepatocellular carcinoma treatments.

Construction Innovations

In the construction sector, exciting research on modular integrated 3D-printed concrete technology seeks to blend automated methods with traditional techniques, promising innovative structural solutions. Optical technological advancements also aim to optimize lenses for augmented and virtual reality, elevating user experiences.

Conclusion

These funding programs—the CRF and RIF—are engineered to foster high-quality interdisciplinary research and promote solutions with societal relevance. PolyU's exceptional success in securing these funds exemplifies its leadership in both fundamental and applied research, establishing itself as a pivotal player in tackling the most pressing challenges of our time. Stay tuned for more updates on how PolyU is leading the charge towards a sustainable and technologically advanced future!