Xi'an Jiaotong University, under the leadership of President Liqun Zhang, is at the forefront of sustainable materials research, with a particular focus on rubber. The university's efforts are driven by the need to address global challenges such as resource depletion, greenhouse gas emissions, and environmental pollution through the development of low-carbon, high-performance, and recyclable materials. One key area of research is sustainable rubber, given its ubiquity and significant environmental impact, particularly through microplastic pollution. The research team at Xi'an Jiaotong University has made significant strides in finding alternative sources of natural rubber, including cultivating rubber from dandelions in non-tropical regions of China and synthesizing bio-based synthetic rubbers from plant-derived sugars and starches. These bio-based materials not only reduce carbon footprint but also offer a renewable alternative to synthetic rubber derived from fossil fuels. In addition to developing sustainable rubber sources, the university has also focused on recycling waste rubber, with an innovative process that converts discarded tyres into raw materials for reuse. This initiative has led to the establishment of production lines that reclaim 150,000 tonnes of rubber annually with minimal pollution. Beyond rubber, the university's research portfolio includes advancements in metallic materials for aerospace and automotive applications, clean energy technologies, and improvements in platinum catalysts for hydrogen production. By combining materials genome methodologies with artificial intelligence, the university aims to design superior sustainable materials with enhanced properties and efficiency. To further strengthen its research initiatives, Xi'an Jiaotong University plans to establish an interdisciplinary research group, nurture young researchers, and enhance international collaborations. By generating groundbreaking research outcomes, the university seeks to expand its global influence and drive innovations in sustainable materials.