Ir. Ts. Wan Muhammad Hafiz Zakaria’s Post

🚀 New Feature Update: Import DEM in AutoCAD 🌍📐 In this video, explore SPCAD’s latest tool that allows you to: 1️⃣ Import DEM (Digital Elevation Models) 2️⃣ Analyze DEM statistics effortlessly 3️⃣ Resample DEM to your preferred resolution 4️⃣ Import as Points, TIN, Contours, or all at once! Enhance your geospatial and topography workflows with this powerful new feature in AutoCAD. Free 14 Days Trial : https://lnkd.in/eYPbNnnm #SPCAD #AutoCAD #DEM #GeospatialData #Topography #Surveying #CADTools #EngineeringSolutions #UrbanPlanning #GIS

Import DEM (16 bit - 32 bit single band GeoTiff Digital Elevation Model) seamlessly in AutoCAD. Import it completely or a part of file as Points, TIN Surface or Contours at User defined interval with a Gradient Classification or defined Color Ramp. GeoTiff File can be resampled if the File is too large. #cad #spatialdata #autodesk #autocad #topography #topografia #spcad #elevaiondata #dronedata #geotiff #dem

2D orthomosaic combined with the topographical and utility CAD drawings Using a 2D orthomosaic from a drone survey is a great way to bring line work from a topographical or utility CAD drawing to life as it gives great insights and perspective plus provides context. Not everyone can read a 2D CAD drawing so using the 2D orthomosaic as a layer is very helpful. This is a very useful tool for site inductions, health and safety, logistics, planning, site meetings, ground investigations etc. All you need to do is import the 2D orthomosaic into AutoCAD or GIS software and overlay the topo or utility drawings (if everything is in the same co-ordinate system). #dronesurvey #topographicalsurvey #utilitsurvey

2D orthomosaic combined with the topographical and utility CAD drawings Using a 2D orthomosaic from a drone survey is a great way to bring line work from a topographical or utility CAD drawing to life as it gives great insights and perspective plus provides context. Not everyone can read a 2D CAD drawing so using the 2D orthomosaic as a layer is very helpful. This is a very useful tool for site inductions, health and safety, logistics, planning, site meetings, ground investigations etc. All you need to do is import the 2D orthomosaic into AutoCAD or GIS software and overlay the topo or utility drawings (if everything is in the same co-ordinate system). #dronesurvey #topographicalsurvey #utilitsurvey

“Precision and focus – two key principles in every surveying task. Today, I worked on a routine survey, where even the smallest details matter. In surveying, accuracy is not just a requirement; it’s the foundation of success. Every millimeter makes a difference, ensuring projects stay on the right path. 📏 My expertise includes: • Accurate and detailed surveys • Continuous verification and control • Utilizing advanced CAD software for better results Precision today builds success for tomorrow. What challenges do you face in your daily surveying tasks?” #Surveying #LandSurveying #PrecisionEngineering #CAD #Topography #SurveyEngineer #Construction #CivilEngineering #DailyTasks #SurveyorsLife #AccuracyMatters

Autodesk Robot Structural 2023 Tutorial RC | Level III | Advanced Level. For Modal, Seismic & Spectral Analysis of Reinforced Concrete Structures. Get this full course at: https://lnkd.in/eHDJzWn #autodeskrobot #robotstructural #concretestructures #concretebuildings #concreteframe #staticanalysis #dynamicanalysis #civilengineering #structuralengineering

👨🏫 Using TopoPoints to Collect & Process Field Data. In this #video, we explore ARES Commander's new TopoPoints features located in the Maps ribbon. These features allow for the import and export of file formats used by total stations, including GSI format from Leica, CSV format from Trimble devices, and TXT format for other total stations. We also discuss how these TopoPoints features extend ARES Commander's Maps capabilities, empowering users to work with data collected in the field by surveyors. If you're a surveyor looking to streamline your workflows and navigate total station data more efficiently, ARES Commander's TopoPoints features are a must-see. Watch the video on Youtube ▶️ https://lnkd.in/gHQzZ8-v Follow Graebert-India ➡️ https://lnkd.in/dTFrpnRB Follow Graebert International ➡️ https://lnkd.in/dqkc_qiz Talk to Graebert-India 🗣️ https://lnkd.in/dnFKzRxA #software #cad #cloud #mobile #desktop #dwg #perpetual #germantechnology #india #permanent #design #technology #innovation #architecture #architecturedesign #architectural #architects #construction #engineering #CADFeatures #interior #interiordesign #mechanical #automation #mechanicalengineering #manufacturing #mechanicaldesign #designengineer #buildingdesign #automobile #automobileindustry #automotive #automotiveindustry #autodesk #autocad #bim #revit #ifc

The problem of creating pressure pipe networks from multiple 3D polylines or feature lines getting the elevation reference from vertices elevation is solved now using the Dynamo script! 💡 This video shows an example of pipe runs created automatically with fittings from selected 3D polylines and their profile view in a few seconds. #Civil3D #PressurepipeNetwork #Infrastructure #BIM #Dynamo #Civil3DToolkit #Camber

Want to enhance your knowledge in the Geotechnical field? And want to be able to design a Deep Foundation on Plaxis 3D? The Deep Foundation Design Course allows you to work on many softwares: Plaxis 3D, WALLAP, S-CONCRETE. In the course you will learn: - General information about the geotechnical field -Soil improvement method -Soil tests -Types of Shoring system -Types of the foundation system. - How to prepare an autocad file to be imported to the plaxis 3D - How to define the soil and materials used - Assign The loads - Reading results and suggesting solutions - Design the pile on WALLAP - Reinforcing the pile on S-CONCRETE - How to read and prepare a soil report #GeotechnicalEngineering #CivilEngineering #ProfessionalTraining #EngineeringSolutions #FoundationDesign #GroundImprovement #EngineeringInnovation #CareerDevelopment

📊 MBES vs. Photogrammetry: Mapping Vertical Submerged Walls 🌊 At the 30-second mark, a comparison will be shown. 1️⃣ MBES (multibeam echosounder) excels in measuring the structure and depth of vertical submerged walls, even in low visibility, but struggles with capturing surface textures and fine details. 2️⃣ Photogrammetry creates highly detailed and textured 3D models of vertical walls, capturing cracks, overgrowth, and other features, but requires clear water and controlled lighting. 3️⃣ MBES is faster for obtaining geometric data over large vertical surfaces, while photogrammetry is ideal for detailed visual inspections of specific sections. 4️⃣ Photogrammetry brings unmatched visual clarity, but MBES provides accurate measurements crucial for engineering or structural assessments. 5️⃣ A combined approach ensures comprehensive results – MBES for precise geometry and photogrammetry for a visual narrative of the wall's condition. 🎯 How do you approach mapping vertical submerged walls? Let’s discuss! 👇