MACS Draughting Ltd’s Post

🌟 Unlocking Efficiency in #AEC with A.I. We all know that A.I. has transformative potential, but how does it specifically impact the Architecture, Engineering, and Construction (AEC) industry? 🏗️ Our new feature is a perfect example of that! Ever imagined that an Architect and a Structure engineer can seat together and in no-time reduce 1000 Cubic Meters of concrete from a high-rise residential design? Well, now you can! 🤖 Harnessing the power of a well trained A.I. agent to help you find that optimal slab thickness. It's a fast, easy and intuitive process that allows both designers to work on a common ground instead of being rivels. 📽 In the video below you can see a simple example of how a slab was reduced from 220mm thick to 200mm in just a few clicks, shaving off tons of concrete and rebar from the design and from the project budget. Fun fact: with every cubic meter of reinforced concrete you reduce; 500kg of #CO2 are mitigated from our atmosphere.

A cable-stayed bridge is a modern engineering marvel that utilizes a distinctive design to span across rivers, valleys, or other obstacles. Unlike traditional suspension bridges, where the main cables are suspended from tall towers and support the deck through vertical suspender cables, cable-stayed bridges feature towers that directly support the bridge deck via cables. These cables radiate outward and downward from the towers, distributing the weight of the deck and any traffic loads. This design creates a visually striking appearance, often characterized by a fan-like arrangement of cables that give the bridge a sense of elegance and structural efficiency. One of the key advantages of cable-stayed bridges is their ability to span long distances while requiring fewer materials compared to other bridge types like suspension bridges. Additionally, cable-stayed bridges are often quicker and less expensive to construct, making them a popular choice for crossing water bodies or deep valleys where traditional construction methods might be challenging. Their versatility in design allows for various configurations, from single-span crossings to complex multi-span structures, making cable-stayed bridges a preferred choice for engineers seeking both functionality and aesthetic appeal in their infrastructure projects. #civilengineering #civilconstruction #constructioninnovation #bridgeconstruction #bridgedesign #bridgeengineering

Size Matters: Calculating Column Dimensions 🏗️ Explore the power of precision in structural design! Learn how to crunch the numbers for square and circular columns, ensuring your structures stand tall and resilient. To know more: https://lnkd.in/grxbpaRg Turn on post notifications and join our community for expert tips and insights. Let's build a better tomorrow together! 🔗 Visit our website: lceted.com #CivilEngineering #ConstructionManagement #SiteEngineering #QuantityEstimation #ProjectManagement #Infrastructure #UrbanPlanning #Architecture #BuildingDesign #ConstructionTips #EngineeringCommunity #CivilWork #ConstructionIndustry #GreenBuilding #SustainableConstruction #ConstructionTechnology #CivilEngineeringStudent #EngineeringTips #StructuralEngineering #ProjectPlanning #CivilEngineer"

It's #technicaltuesday and today we will be mostly coordinating the superstructure, timber frame, timber trusses and mechanical and electrical installations for Llys Onnen - 43 apartments in Abergele working with @CastlemeadGroup and @walesandwest #revit #bim #ifc #architecture #socialhousing #itsacreuthing #modularbydesign #modular #revit #housingprojects #mmc #modularconstruction #modularsolutions #kitofparts #commonplatform #industrialisationofconstruction #constructionplatform

It's #technicaltuesday and today we will be mostly coordinating the superstructure, timber frame, timber trusses and mechanical and electrical installations for Llys Onnen - 43 apartments in Abergele working with @CastlemeadGroup and @walesandwest #revit #bim #ifc #architecture #socialhousing #itsacreuthing #modularbydesign #modular #revit #housingprojects #mmc #modularconstruction #modularsolutions #kitofparts #commonplatform #industrialisationofconstruction #constructionplatform

#WayBackWednesday! Is that a thing? Well I'm making it a thing since I'm talking about a project we did that was pre-COVID… seems pretty WAAAAAY back to me, am I right? Bennett & Pless, Inc. loves a challenge like this one. Check out The Boundary:   The Boundary - three existing buildings located at 1389, 1401, and 1409 Peachtree Street. NE were originally constructed at different times spanning from the 1950’s to the 1980’s and had both residential and commercial spaces within the buildings.   The constraints of 40+ year-old buildings with multiple modifications and additions and no structural information, created numerous structural engineering challenges during design and construction. However; one consistent focus was to incorporate the new design with the existing buildings. We used existing foundations, columns, walls and masonry. Multiple senior engineers, combined with ingenious thinking, developed efficient use of the existing elements of the structure.   Top Complex Challenges: Lack of original design documents Occupied buildings during investigation and design Preservation of load-bearing masonry walls Unknown foundation designs Aging structures with mixed materials   Innovative Techniques: Leveraged existing masonry walls to minimize demolition, preserving the buildings' characteristics and reducing costs.   Proud of our team's creativity and ingenuity in overcoming these challenges!   #StructuralEngineering #Design #Build #AdaptiveReuse #APlaceWherePeopleThrive #BennettandPless

🌟 Proud to share one of my latest achievements in structural design! 🌟 I recently completed the design of a steel structure with an impressive area of 5080 square meters. This structure was designed to provide maximum stability and efficiency, utilizing various steel profiles, including HE400A, HE300B, HE200A, and custom-tapered beams. Each profile was carefully selected to meet the structural requirements while optimizing material use. Key highlights of the design: Custom Tapered Beams: Balancing strength and material efficiency. Comprehensive Analysis: Ensuring load-bearing capacity and durability across all sections. Efficient Use of Space: Designed to accommodate high functionality and scalability for future needs. This project is a testament to my dedication to creating robust and efficient steel frameworks that support ambitious architectural and industrial goals. #StructuralEngineering #SteelDesign #Engineering #Architecture #Innovation

At RSD, we know that the smallest details make the biggest difference. That's why we focus on getting everything right, from the foundation to the finishing touches. Precision isn’t just part of our process; it’s the key to delivering the quality you expect, every single time. • • • #landscaping #construction #generalcontracting #designbuild #concrete #masonry #steel #buildit #contractors #constructionsite #heavymachinery #constructionindustry #architecture #design #building #engineering #constructionlife #builder #architect #engineers #constructions #foundations #constructionprogress #teamwork

https://lnkd.in/dBfAZuHC Portal frames are a common structural system used in building design, particularly in single-story constructions such as warehouses, factories, and commercial buildings. The structural design of portal frames involves careful consideration of various factors, including load calculations, member sizing, and connection details. In this article, we looked into the key aspects of designing portal frames and the design steps involved in creating a structurally sound portal frame system. #structville #civilengineering #steelstructures #Eurocode3 #construction

✅Southampton Stairs ✅South Western Railway INVVU were instructed by South Western Railway to carry out the initial survey and undertake the architectural feasibility option design for a new staircase, to replace the existing one on an embankment at Southampton Central Station. The feasibility design has been completed with a structural design report covering the GRIP 4 stage design of the proposed staircase option. INVVU proposed the most suitable option based on the client's requirements while minimising the design process time. Although the project is relatively small in scale, the proposed design includes an in-situ reinforced concrete (RC) retaining wall and foundation base, a prefabricated steel staircase, and mini pile/screw pile foundations. This approach ensures the most economical solution, considering the full life cycle of the design. #architecture #structuralengineering #designlifecycle #staircase #rail #station