Underground engineering for sustainable urban development explains the findings of researchers and practitioners with expertise in geotechnical engineering underground design and construction trenchless technologies risk assessment visualization techniques for geotechnical applications sustainable infrastructure development life cycle . The committee will recommend directions for a new underground engineering research track focused on earth systems engineering and management to ensure future human resources for sustainable underground development will analyze the advantages and disadvantages of establishing a new research center in this area and consider other potential . Underground infrastructure is essential for delivery of services that support a strong urban economy and high quality of life however current underground engineering practice and education do not promote the interdisciplinary and systems oriented development approaches that support urban sustainability. Underground infrastructure is essential for delivery of services that support a strong urban economy and high quality of life however current underground engineering practice and education do . 6 innovative underground technology and engineering for sustainable development g eotechnologies and related science and engineering fields make it possible to use underground space to support livable resilient and sustainable cities geotechnical applications have supported the design and construction of underground facilities and will continue to be critical to the delivery of
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