| Abstract We are entering a truly transformative era in geotechnical engineering. It builds on a century of accumulated knowledge and physical insight, now amplified by ubiquitous multi-physics sensing, advanced imaging and visualization, powerful machine learning, virtually unlimited computational capacity, and instantaneous information sharing. Together, these unprecedented tools are driving breakthroughs: innovative experimental protocols, reliable prediction of engineering properties from index tests, enhanced stratigraphic profiling through the fusion of in-situ testing with local geology, and even advanced cloud-based simulations accessible from the palm of your hand. As these rapid advances redefine how we explore the subsurface and analyze geosystems, we must ground our progress in a deep understanding of geomaterials and processes, guided always by the highest levels of engineering skill and ingenuity. This is a pivotal moment, with a clear promise ahead: delivering the best engineering everywhere, for everyone, at all times. |
