Meet Our Engineers: David Smith David has 10+ years experience in structural engineering design and analysis and has been part of the Bennett & Pless Team since 2021. During his career, he has provided engineering and management for both public and private projects with many different construction types including wood, masonry, steel, cold form steel, and concrete. As part of our Chattanooga Department, his project focus has been vast, from small home remodels to hotels, schools, warehouses, etc. one of which received a Top Award for Excellence in Concrete in the state of Washington for Concrete Tilt-Up Buildings. David appreciates the challenge that engineering design brings as well as the payoff of seeing the completed building in use. Thanks for all of your hard work, David! We are proud to have you on our team! #BennettAndPless #APlaceWherePeopleThrive #StructuralEngineeringChattanooga
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Builder || Entrepreneur || Building Construction Supervisor/Manager || Interior designer & decorator.
Right or Wrong ?? Well, the cantilever might has been initially designed with more rebars to withstand the load coming on it. And if you’re unsure of the structural design of this structure you can comment below. . . #socialmediatips #socialmediatrends #socialmediacontent #constructioncompanies #construction #buildingconstruction #building #engineering #engineer #builder
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Excavation, forming, and rebar—just another day at the Yarmouth Yard Rail project! 🦺 Our project coordinator, Zach Limage, takes us behind the scenes of the progress made this summer. The team on site is thrilled to see the abutments taking shape, with more changes to come this fall. Step by step, this project is coming together, and we’re excited to keep the momentum going! Amico Affiliates #shotbypavic #photography #contractors #constructionworker #constructionwork #constructioncompany #builders #contruction #constructionsite #constructionlife #infratstructure #architecturephotography #construction #architecture #design #building #engineering #civilengineering #builder #architect #heavyequipment #engineer #constructionlife #constructionsite #constructionworker #tools #concrete #building #construction #responsibility #ConstructionProgress #YarmouthRail #BTS #Infrastructure #Amico #AmicoBuilds #Sustainability #Innovation #Communities #WeAreAmico
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STEEL CONSTRUCTION
Good Morning Long Island!!! Here is a quick update video. Our scope include the fabrication and installation of all Steel including the stairs, the erection of all Pre-panelized CFS wall panels and the installation of the EcoSpan floor system. Thanks to the team of A3 Construction, LLC , MULHERN+KULP STRUCTURAL ENGINEERING and Beatty Harvey Coco Architects, we are flying!!! #extremeconstruction #CFSteel #ecospan #Efficiency
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Photographer / Videographer / Drone pilot / Content Creator / Business Development @Pavic
Excavation, forming, and rebar—just another day at the Yarmouth Yard Rail project! 🦺 Our project coordinator, Zach Limage, takes us behind the scenes of the progress made this summer. The team on site is thrilled to see the abutments taking shape, with more changes to come this fall. Step by step, this project is coming together, and we’re excited to keep the momentum going! Amico Affiliates #shotbypavic #photography #contractors #constructionworker #constructionwork #constructioncompany #builders #contruction #constructionsite #constructionlife #infratstructure #construction #architecture #design #building #engineering #civilengineering #builder #architect #heavyequipment #engineer #constructionlife #constructionsite #constructionworker #tools #concrete #building #construction #responsibility #ConstructionProgress #YarmouthRail #BTS #Infrastructure #Amico #AmicoBuilds #Sustainability #Innovation #Communities
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Precision and Efficiency in Construction: The Power of Precast Building Works Discover how precast building works are revolutionizing the construction industry. By manufacturing concrete components off-site in a controlled environment, we achieve: * Improved quality control: Consistent standards and fewer errors. * Faster construction times: Pre-assembled components accelerate the building process. * Reduced on-site labor: Streamlined assembly and less manpower required. * Weather-resistant construction: Minimal delays due to adverse weather conditions. * Enhanced durability and energy efficiency: Precast elements offer long-lasting, eco-friendly solutions. Learn more about the benefits of precast building works and how they are utilized in various projects, from residential and commercial structures to infrastructure. #precastconstruction #constructioninnovation #efficiency #qualitycontrol #sustainability
"Precision and efficiency in construction: The power of precast building works." Precast building works involve manufacturing concrete components, such as walls, floors, and beams, in a controlled factory environment before transporting them to the construction site for assembly. This method offers several advantages, including improved quality control, faster construction times, and reduced on-site labor. Since the elements are produced off-site, weather-related delays are minimized. Precast components are often designed for easy installation, leading to streamlined construction processes. Additionally, the use of precast elements can enhance the durability and energy efficiency of buildings. This technique is widely used in various construction projects, from residential and commercial buildings to infrastructure like bridges and tunnels. video rights: Respective owners DM for removal/ credits #precast #prefab #engineering #construction #civilengineering #civilconstruction #engenharia #engenhariacivil #buildings #architecture
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3 X Top Voice - Civil Engineering & Construction Management | Construction Engineer | vincivilworld.com
Concrete Versatility: The Many Faces of This Building Block, Tailored to Craft the World's Architectural Wonders There are numerous types of concrete due to its versatility and adaptability to various construction needs. Different types of concrete are engineered to meet specific requirements such as strength, durability, and workability. Factors like climate, project scale, and intended use contribute to the diversity of concrete formulations. For instance, high-strength concrete is used in skyscrapers, while self-compacting concrete is ideal for intricate structures. The wide array of concrete types ensures that construction professionals have options to match their projects' unique demands, resulting in safe, durable, and cost-effective structures. #civilengineering #civilengineer #concrete #buildings #construction #building #engineer #engineering #engenhariacivil #engenharia #mechanicalengineering #chemicalengineering #architecture
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Concrete Versatility: The Many Faces of This Building Block, Tailored to Craft the World's Architectural Wonders There are numerous types of concrete due to its versatility and adaptability to various construction needs. Different types of concrete are engineered to meet specific requirements such as strength, durability, and workability. Factors like climate, project scale, and intended use contribute to the diversity of concrete formulations. For instance, high-strength concrete is used in skyscrapers, while self-compacting concrete is ideal for intricate structures. The wide array of concrete types ensures that construction professionals have options to match their projects' unique demands, resulting in safe, durable, and cost-effective structures. #civilengineering #civilengineer #concrete #buildings #construction #building #engineer #engineering #engenhariacivil #engenharia #mechanicalengineering #chemicalengineering #architecture
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"Precision and efficiency in construction: The power of precast building works." Precast building works involve manufacturing concrete components, such as walls, floors, and beams, in a controlled factory environment before transporting them to the construction site for assembly. This method offers several advantages, including improved quality control, faster construction times, and reduced on-site labor. Since the elements are produced off-site, weather-related delays are minimized. Precast components are often designed for easy installation, leading to streamlined construction processes. Additionally, the use of precast elements can enhance the durability and energy efficiency of buildings. This technique is widely used in various construction projects, from residential and commercial buildings to infrastructure like bridges and tunnels. video rights: Respective owners DM for removal/ credits #precast #prefab #engineering #construction #civilengineering #civilconstruction #engenharia #engenhariacivil #buildings #architecture
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Enhancing Structural Stability:-The Role of Step Footings in Construction Are you familiar with step footings? Also known as stepped or sloped footings, these innovative concrete foundations play a crucial role in ensuring the stability of structures in diverse soil conditions. Key Points:- Versatile Design:- Step footings feature a series of horizontal steps or a sloping base, enabling them to adapt to variations in soil bearing capacity. Mitigating Risks:- By distributing the load of a structure over a broader area, step footings minimize the potential for settlement and structural instability. Applications:- Commonly used in the construction of buildings, bridges, and various other structures, step footings are particularly valuable in areas with non-uniform soil conditions. Understanding the significance of step footings is essential for architects, engineers, and construction professionals seeking to optimize the stability and longevity of their projects. Embracing innovative foundation designs can lead to enhanced structural integrity and long-term performance. #Construction #Engineering #StructuralStability #InnovativeFoundations #StepFootings
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