Swinburne University of Technology’s Victorian Hydrogen Hub (VH2) is at the forefront of driving innovation in the hydrogen economy. The hub has unveiled several industry-led projects aimed at advancing hydrogen technologies in various sectors. These projects, led by PhD researchers, cover a wide range of areas including reducing carbon emissions in silicon production, improving hydrogen production for industrial applications, developing data analytics for hydrogen-enabled integrated energy systems, and integrating hydrogen technology into airport infrastructure. Bima Satritama's research focuses on using hydrogen plasma to reduce carbon emissions during silicon production, a critical element used in technologies like solar panels. Aaron Bourke is working on manufacturing catalyst coatings at scale to enhance cleaner energy technologies such as hydrogen fuel cells. Siripond Mullanu is developing an advanced data analytics framework for hydrogen-enabled integrated systems to improve efficiency in energy usage. Salim Hijazeen is researching the integration of advanced air mobility infrastructure, including hydrogen-powered technologies, into airport systems. Moreover, Zizhao Peng is utilizing additive manufacturing to develop lightweight components for hydrogen-powered vehicles, addressing challenges in efficiency and mobility. These projects highlight Swinburne University's commitment to industry-oriented research and its belief in the key role hydrogen will play in decarbonizing the economy. By leveraging cutting-edge technologies and industry partnerships, VH2 is paving the way for a sustainable and innovative future in Australia's energy landscape.