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Thought Leaders Series: Project design to delivery in difficult geology setting

Welcome to Project Design Insights Engineers Australia welcomes participants to a webinar series focused on project design and delivery in challenging settings. The session acknowledges traditional custodians of the land, highlighting respect for their cultures and communities. McConnell Dow is recognized as a long-standing industry partner known for innovative solutions across various engineering sectors.

Introducing Key Speakers Nile McNalty introduces himself as an experienced civil engineer involved in major infrastructure projects globally. He outlines his role at McConnell Dal, emphasizing multidisciplinary support during construction phases across aviation, road rail, and port infrastructures. Nile sets the stage for discussing the New River Crossing Bridgewater project in Tasmania.

Overview of Bridgewater Project Benefits The presentation focuses on background information about the Bridgewater bridge project funded by Tasmanian governments with significant investment aimed at enhancing connectivity between regions. This new structure will replace existing bottlenecks while improving traffic flow speed limits significantly from 60 km/h to 80 km/h along key routes.

Visualizing Construction Steps Ahead A video showcases initial steps taken towards constructing the bridge including marine access setup and piling works essential for foundation establishment amidst environmental considerations like local flora fauna protection during construction activities around sensitive habitats such as seagrass beds frequented by black swans.

Connecting Communities Efficiently 'Maximizing interconnectivity' becomes central goal driving decisions throughout planning stages; minimizing disruption impacts upon current users remains paramount alongside preserving community interests amid ongoing work efforts surrounding this vital link connecting Hobart's northern southern areas effectively through upgraded highways leading into town centers directly linked via dual carriageways designed specifically accommodate increased vehicle volumes expected post-completion