In 1964, John Bartlett of Mott, Hay & Anderson pioneered a visionary idea that led to the invention of a new methodology that changed #tunnelling history forever. 🚇 Hear the full story from John Bartlett’s family and our specialists in this #heritage podcast episode with Engineering Matters: https://mottm.ac/3DoWZWn The bentonite tunnelling shield transformed the way tunnels are excavated and contributed to a subsequent rise in safer, more cost-effective designs in challenging ground conditions worldwide. We discuss how this innovation paved the way for a new generation of metros and subaqueous crossings that would not have been possible without pressurised face machines, such as Denmark’s Storebaelt Tunnel and the East Side Access project in New York. Our guests include: - Mike Bartlett, son of engineer John Bartlett - Michael Savill, global practice leader for tunnels - Andy Thompson, head of tunnel design for the US eastern region - Sam Lo Grasso, principal structural engineer for tunnels - Emily Farmer MICE, tunnelling engineer #ThenNowTomorrow #DeliveringExcellence
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🎙️ Transforming Geotechnical Risk Assessment 🎙️In this week’s Geotechnical Engineering Podcast, Jared M. Green, PE, BC. GE, F.ASCE, NOMA, PE talks with Rajat Gangrade, PhD, PE, technical advisor at HNTB, about tackling spatial uncertainty and its impact on geotechnical projects. 💡 Key Insights: ✔️ Quantifying spatial uncertainty improves tunneling design and risk management. ✔️ Probabilistic methods simplify decision-making for complex projects. ✔️ Digital twins enhance monitoring, lifecycle planning, and efficiency. ✔️ Automation and coding skills streamline workflows and solve industry challenges. 👉 Don’t miss this episode: https://bit.ly/TGEPEp116Y #GeotechnicalEngineering #RiskManagement #Tunneling #Innovation #EngineeringLeadership
Managing Spatial Uncertainty in Tunnel Construction with Cutting Edge Tech!
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🏗️ How do you engineer inclusive urban spaces?🏗️ In this week’s episode of The Geotechnical Engineering Podcast, host Jared M. Green, PE, BC. GE, F.ASCE, NOMA, explores how inclusive design makes cities more accessible, from tackling problems like sidewalk design to the incorporation of landscaping. As engineers are at the center of creating these spaces, Jared challenges engineers to be catalysts for engaging the community and pushing for better standards. Check it out 🎧 https://bit.ly/TGEPEp99Y Do you consider inclusivity in your projects? Let us know in the comments! ⬇️ This content is brought to you by PPI, a Kaplan Company. #Engineer #Engineer #Inclusivity #Accessibility
Building Inclusivity: The Role of Geotechnical Engineering in Urban Design
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Creative engineers designed ballistic barriers, using helical piles for lateral loads, including wind and seismic loads. Read more about this project and get inspired. Learn more: https://lnkd.in/gYFv7E9P Credit: Hubbell Power Systems #PileBuck #EandCmedia #TheCertifiedHelicalPile #piledriving #construction #deepfoundations
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Founding Editor-in-Chief, International Journal of Geosynthetics and Ground Engineering
Cover page of Issue 3, Vol. 10, June 2024 of the International Journal of Geosynthetics and Ground Engineering #geosynthetics #groundengineering #sustainability https://lnkd.in/gJ6QfFpT
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Founding Editor-in-Chief, International Journal of Geosynthetics and Ground Engineering
The August 2024 issue (Vol. 10, Issue 4) of the International Journal of Geosynthetics and Ground Engineering is now available online. #geosynthetics #groundengineering #sustainability https://lnkd.in/gnwnvPZC
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Director - Technical & Sales | Chartered Engineer | Engineering Consultant | Solution Provider
🌟 Exciting Insights at the National Conference on Futuristic Structural Engineering powered by IAStructE HQ🌟 I recently had the privilege to attend the National Conference on Futuristic Structural Engineering, and it was truly an enriching experience! The conference offered a platform to delve into some of the most critical and innovative topics shaping the future of structural engineering. I particularly enjoyed engaging discussions on: 🔹 Seismic Analysis – Exploring cutting-edge techniques to enhance structural resilience against earthquakes. 🔹 Sustainable Engineering – Strategies and technologies paving the way for eco-friendly and sustainable infrastructure. These discussions have further fueled my passion for contributing to the future of structural engineering, aligning with my personal goal of creating innovative, sustainable, and resilient structures. A big thank you to the organizers, speakers, and fellow attendees for such a thought-provoking and inspiring event. Looking forward to applying these insights in real-world projects and continuing the journey toward a smarter and more sustainable future. 🌍 #StructuralEngineering #SeismicAnalysis #Sustainability #Innovation #FutureGoals
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"Building the Foundations of Progress! 💼🔨 Excited to share a glimpse of our latest structural work. Every beam, every joint, is a testament to our dedication to precision and excellence. #ConstructionExcellence #StructuralEngineering #BuildingTheFuture"
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Building for a Safer Tomorrow: Native Engineering is leading the way in seismic resilience. 🏢🌍 From earthquake-resistant designs to retrofitting solutions, we ensure structures can withstand the forces of nature. #seismicengineering #StructuralResilience #earthquakesafety
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“Setting out a point with zero-millimeter accuracy: where science and expertise come together to set a new standard in surveying. Precision is our profession! #Surveying #Precision #Engineering #ZeroAccuracy #Geospatial #LandSurveying #SurveyorLife #Mapping #Construction #Innovation”
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🌊 UNDERWATER TUNNELS: ENGINEERING THAT DEFIES LIMITS ✨ Have you ever wondered how underwater tunnels are built? #UnderwaterTunnels #EngineeringInnovation #ChannelTunnel #HydraulicEngineering
🌊 UNDERWATER TUNNELS: ENGINEERING THAT DEFIES LIMITS ✨ Have you ever wondered how underwater tunnels are built? Here’s how the incredible Channel Tunnel spanning 37.9 km beneath the English Channel came to life: 🔹 Digging Deep: Workers dug 45 meters below the sea floor using giant waterproof tunnel boring machines weighing thousands of tons. 🔹 Reinforcement: The walls were fortified with steel beams and thick concrete layers to withstand intense pressure and prevent water intrusion. 🔹 A Perfect Meet: British and French teams started digging from opposite ends, using fossils to guide their depth and alignment. 🎉 After six years, they met perfectly in the middle, exchanging flags in triumph! 💡 The result? One of humanity’s greatest engineering feats. 🌟 Innovating through challenges. Building connections under oceans. 🎥 Credit: The Outliners 🔗 Check out their amazing work on YouTube: @TheOutliners 📌 Follow Thiziri Iddir for inspiring engineering insights! #UnderwaterTunnels #EngineeringInnovation #ChannelTunnel #HydraulicEngineering
Ecologist, Regulatory Specialist at Mott MacDonald
2wSo interesting! Worth a listen!!