CQC aims to create a comprehensive framework for workforce development, economic growth, and infrastructure advancement in the quantum technology sector.
Research effort will focus on using Chattanooga’s advanced and integrated energy and communications infrastructure to develop technologies and best practices.
The $32.3m grant from the DoE’s Grid Resilience and Innovation Partnerships (Grip) programme will be matched by the Chattanooga municipal utility, EPB.
The city has launched the Gig City Goes Quantum initiative to prepare for education, jobs and business opportunities in the emerging quantum technology sector.
USDoT will fund the $4.5m smart city project to create a living lab, providing mapping, tracking, and identification insights into the city’s state of mobility.
The internet service will be available to all residential and commercial customers over a 100 per cent fibre optic network with symmetrical upload and download speeds.
EPB has partnered with the non-profits Habitat for Humanity and Green|spaces to develop a cost-effective way to build highly energy-efficient homes that also provide health and environmental benefits.
Projects ranging from the use of AI and machine learning to inspect roadways to a housing rights challenge were among those highlighted as making “unprecedented progress”.
The programme, which launched last year, has installed the internet at no charge in the homes of more than a third of all Hamilton County Schools students.
Independent research report has documented the benefit since energy and connectivity company EPB built America’s first gig-speed community-wide network.
Students were invited to present ideas to promote the use of electric vehicles in the greater Chattanooga area and were only given 48 hours to develop a solution.
Energy companies and non-profits in the region are providing an opportunity for college students from across the nation to work together virtually to address energy sector challenges.
HCS EdConnect families will have more than enough broadband capacity and data to participate in video-based learning and other high bandwidth educational applications.
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