This week's #SouthlandSnapshot comes from the US-1 Jupiter Bridge Project! Our team is hard at work on the breathtaking new moveable bridge in Jupiter, Florida. Stay tuned for updates! Thank you to Cole Kruggel for the submission. #BuildingGreatThings - #bridgeconstruction #constructionprogress #jupiterbridge #jupiter #engineering #engineeringmarvel
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Blackburn welcomes Kenneth Johnson, PE, GE, as Project Manager! Ken brings over 12 years of experience in geotechnical engineering. He specializes in offshore marine structures, mid to high-rise buildings, retail and residential developments, roadways, slope stability, earthquake engineering, and forensic studies for litigation support. His expertise includes soil-structure interaction, finite element, seismic hazard, deep and shallow foundation systems, and ground improvement analyses in complex subsurface conditions like soft marine deposits and liquefiable soils. Q) What's your favorite food? A) Sushi🍣 Q) What's your favorite hobby? A) Snowboarding🏂 Q) What’s on your bucket list? A) Climb Half Dome in Yosemite, and run a marathon 🧗♂️🏃♂️💨 Welcome to the team, Ken! #WelcometotheTeam #GeotechEngineering #Geotech #Geotechnical #Engineering #NewHire #ProjectManager #GeotechProjectManager #EngineeringExcellence #EngineeringLeadership
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GWES Weekly Engineering Trivia Results Big shout out to all who plunged into the depths of this week's GWES Engineering Trivia! A remarkable 42% emerged victorious, surfacing with the treasure of the correct answer from the abyss. This week’s question was: What is the second deepest point in the ocean? A) Mariana Trench B) Tonga Trench C) Puerto Rico Trench D) Horizon Deep Engineering Survey Says… D) Horizon Deep Horizon Deep, located within the Tonga Trench in the South Pacific Ocean, is the second deepest known point in the world's oceans, surpassed only by the Challenger Deep in the Mariana Trench. It reaches a depth of approximately 10,800 meters (35,433 feet). This profound depth presents unique challenges and opportunities for oceanographic engineering, from the development of submersible technology capable of withstanding immense pressures to the study of unique life forms adapted to such extreme environments. Join us next week as we plunge into more fascinating realms where engineering meets the natural world. Gear up for another round of trivia that explores the remarkable achievements and ongoing challenges in the field of engineering! #Oceanography #EngineeringTrivia #GWESWeeklyTrivia #DeepSeaExploration
GWES Weekly Engineering Trivia!
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I'm glad to share my contribution to Friction May Edition regarding Safety in Design and the role it plays in resources industry (or any industry for that matter). Also a Q&A from David Reid. Have a look on the link below 👇 #SafetyInDesign #Safety #GeotechnicalEngineering #Friction
Welcome to the May edition of Friction ⛏ In this month’s edition, we explore the importance of incorporating safety in design and why safety measures must be featured prominently throughout the entirety of a project, from concept to closure. Scott Lines, Senior Geotechnical Engineer at Red Earth Engineering A Geosyntec Company discusses the steps to take in successfully incorporating safety in design, the common pitfalls, and why geotechnical professionals should prioritise safety over other aspects of a project. We also get to know David Reid, Research Fellow at The University of Western Australia in our monthly Q&A feature. You can check out the full edition here: https://lnkd.in/d4akCPj6 A big thank you to our incredible contributors who offer up their valuable time to share knowledge and insights. If you know a geotechnical engineer who’d enjoy Friction, feel free to tag a colleague, or friend or share an idea below. #Friction #GeotechincalEngineering #SafetyInDesign #Safety
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Investigating the #ground conditions is a basic requirement for the safe construction of buildings. Years of experience are needed for the evaluation and interpretation of the exploration and laboratory results. We have been doing this work for over 20 years now and primarily supervise more complex construction projects that require special foundations, such as #pile foundations or deeper ground improvements. Last week, we carried out subsoil investigations in Saxony, North Rhine-Westphalia and Hamburg. Our picture shows the execution of small-scale pile driving at the Altengamme wind farm in Hamburg. In addition to conventional exploration methods, we also use more innovative methods such as #pressiometry to determine soil parameters in-situ. We then use the solid subsoil investigations to do the structural design of foundation and superstructures We provide #geotechnics, #groundengineering, #structural design and #construction management from a single source. #geotechnicalengineer #siteinvestigation #spoiltesting #sampling #piling
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FPS In The Press... Ground Engineering Magazine | Watch: How to ensure basements don’t go wrong... FPS Chair, John Chick, talked about ways of avoiding basements "going wrong" at the 2023 GE Basements & Underground Structures conference. Visit - https://lnkd.in/eQKNCe3x #inthepress #groundengineering #basements #geotechnics #FPS
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GWES Weekly Engineering Trivia Results Big shout out to all who plunged into the depths of this week's GWES Engineering Trivia! A remarkable 41% emerged victorious, surfacing with the treasure of the correct answer from the abyss. This week’s question was: What is the second deepest point in the ocean? A) Mariana Trench B) Tonga Trench C) Puerto Rico Trench D) Horizon Deep Engineering Survey Says… D) Horizon Deep Horizon Deep, located within the Tonga Trench in the South Pacific Ocean, is the second deepest known point in the world's oceans, surpassed only by the Challenger Deep in the Mariana Trench. It reaches a depth of approximately 10,800 meters (35,433 feet). This profound depth presents unique challenges and opportunities for oceanographic engineering, from the development of submersible technology capable of withstanding immense pressures to the study of unique life forms adapted to such extreme environments. Join us next week as we plunge into more fascinating realms where engineering meets the natural world. Gear up for another round of trivia that explores the remarkable achievements and ongoing challenges in the field of engineering! #Oceanography #EngineeringTrivia #GWESWeeklyTrivia #DeepSeaExploration
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Engineering challenge accepted 👏 Ioannis Prionas, a forward-thinking engineer embracing seismic innovations, and the team at TEKTON Consulting Engineers Ltd were on a mission to minimise and protect seismic damage to structures but in a more cost-effective way. The solution? Combining two industry-leading technologies. "This innovation came about because an engineer on this project saw the ability to bring together two different technologies: the ReidBrace™ system, which has been around for a very long time and trusted by engineers, and [Tectonus Seismic Technology's] seismic device, the RSFJ," says Carl Beck, Chief Executive at Tectonus. ReidBrace™ Xtrem™ can be easily retrofitted onto existing structures, minimises environmental impact and assists in future-proofing construction. Learn more about how this partnership is revolutionising construction in New Zealand: https://ow.ly/AXnX50SYcvj #ramset #innovation #engineering #seismicsolution #construction
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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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We specialise in the construction and design of underground structures. We are qualified in the following areas: 01 Design of underground structures for road and rail infrastructure (tunnels, galleries, cut-and-covers,…) 02 Planning in the BIM environment (creation of 3D, 4D, 5D and 6D BIM models of construction, creation of BEP,…) 03 Design of geotechnical structures in road and rail infrastructure (retaining walls, tunnel portal structures…) 04 Planning foundations of structures in road and rail infrastructure (shallow and deep foundations, foundations on wells…) 05 Design of buried structures 06 Preparing studies on the environmental impact of the construction of underground facilities in cooperation with other departments 07 Planning remedial measures (landslide remediation, remediation of underground structures, remediations of tunnels…) 08 Preparation of specific projects for the protection of cultural heritage more projects : ⏭️https://lnkd.in/egEBhgBE #CivilEngineering, #UndergroundFacilities, #Geotechnics, #Mining, #Geology, #Geomechanics, #Hydrogeology, #Construction
IRGO — Construction and underground structures
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This 👇 and other interesting topics will be covered in the next live episode of Ask Ternan!
Join us next week on Tuesday 25th June at 12pm GMT when you can 'Ask Ternan' anything on the topic of Geotechnical Engineering. Secure your spot in the audience now https://buff.ly/4caTlvF If you have a question please send in to ask@ternan-energy.com or put it straight to our hosts on the day. Mark Finch, Keith Lauder, Ewan Fielding and Adam Caton will be your expert panel, discussing and sharing their knowledge and experience. #ternanenergy #askternan #geoscience #geotechnics #offshorewind #energytransition #webinar #geotechnicalengineering
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