Aylin White’s Post

You often hear about engineers of the past, for instance Isambard Kingdom Brunel designing the world we live in today. Usually followed by a discussion on the lack of engineers within the UK today and the resulting impact this has on delivery of projects. However, with the race towards machine learning this is the time we should empower the next generation of engineers to build the future. This isn’t the bridges and tunnels of the past which connects society but large-scale infrastructure projects that connect the world. If you or someone you know is thinking about a career in civil or structural engineering, please feel free to reach out with any questions you may have. #civilengineering #datacentre #5DMGroup

I promised I won’t go around taking picture of construction. I take the opportunity to explain shamelessly ask you to follow Doma Infrastructure Group pls 🙏🙏🙏🙏. Why waste advertisement space. Engineers you guys now can apply job with IJM! Someone sent me the picture below for a reason and explicitly asked me to use my traffic jam time to post it! If you want it on LinkedIn, I cannot say no. Can people stop making me post the signboard for whatever reason? I cannot cope with the flow. I cannot say more. Picture below. Many engineers can now submit CV to IJM. If you want me to help you submit you can just let me know. Data centre construction typically requires: 1. Project Director 2. Electrical Engineer 3. Mechnical Engineer 4. Civil Engineer

Parsippany-based Langan Engineering & Environmental Services on Thursday officially announced the acquisition of Navix Engineering, a leading site/civil engineering firm in the data center market. Terms of the deal were not disclosed. Based in Bellevue, Washington, Navix has provided site/civil engineering in the Pacific Northwest and has grown its highly successful data center practice to support projects in nearly 40 states for hyper-scalers, co-location developers, architects, design-build contractors, and allied consultants. Similarly, Langan has grown its data center land development practice around the country, and the acquisition of Navix augments the firm’s standing as a go-to consultant in the industry.

Comprehensive Geospatial Solutions for Civil Engineering Infrastructure projects are built on a foundation of reliable data. At HORTS, our lidar technology offers civil engineers precise geospatial data essential for infrastructure planning, construction, and environmental impact assessments. By providing real-time data on elevation, contours, and land features, we enable faster decision-making, reduce project risks, and help shape sustainable cities and communities. For more information visit www.horts.co.za

📐 Surveying in Action! 📏 Exciting hands-on experience using the Trimble Total Station, a precision tool that’s a game-changer in modern surveying. Whether it’s for determining angles, distances, or providing accurate site layouts, this device streamlines fieldwork for civil engineers. I saw these type of things on the road side when i was a kid, i don't know what's this then. Now i understand what's this thing...😁 Mastering tools like these is essential for designing and executing infrastructure projects with pinpoint accuracy. Feeling proud to enhance my skills in site measurement and data collection as part of my civil engineering journey! 💼🔍 #CivilEngineering #Surveying #Fieldwork #Trimble #TotalStation #EngineeringTools #Precision

Keeping bridges safe and operational requires constant monitoring. Bridge engineer Michael Marshall shares his passion for bridges, and getting up close and personal with the infrastructure he inspects.  Learn more about our Careers that Move. https://stantec.co/3TjP4yJ #Infrastructure #Engineering #CareersThatMove

Geographic Information Systems (GIS) have become indispensable tools in the field of civil engineering. By integrating spatial data with various types of descriptive information, GIS enables engineers to visualize, analyze, and interpret data in ways that enhance decision-making and project outcomes. From site analysis and selection to real-time monitoring and decision support, GIS plays a crucial role in every stage of civil engineering projects, ensuring efficiency, accuracy, and sustainability. 1. Site Analysis and Selection: GIS helps civil engineers analyze and select optimal sites for construction by integrating data on topography, soil, land use, and environmental constraints, ensuring informed decision-making. 2. Asset Management and Maintenance: GIS enables efficient management and maintenance of infrastructure assets such as roads, bridges, and utilities by providing detailed spatial data and facilitating monitoring and planning. 3. Infrastructure Planning and Design: By using GIS, engineers can create detailed maps and models that support the planning and design of infrastructure projects, ensuring better accuracy and alignment with geographical and environmental factors. 4. Project Collaboration & Stakeholder Engagement: GIS enhances collaboration among project teams and stakeholders by providing a common visual platform for sharing data, progress updates, and insights, improving communication and decision-making. 5. Environmental Impact Assessment: GIS tools assist in evaluating the environmental impacts of construction projects by analyzing data on natural resources, wildlife habitats, and pollution, helping to mitigate adverse effects and comply with regulations. 6. Real-time Monitoring and Decision Support: GIS supports real-time monitoring of construction activities and infrastructure performance, offering decision-makers timely and accurate information for proactive management and problem-solving. Incorporating GIS into civil engineering projects not only streamlines processes but also enhances the precision and quality of the outcomes. If you're looking to leverage GIS for your civil engineering needs, let's discuss how we can support your next project. Feel free to schedule a meeting. https://lnkd.in/eHgfBXss Geospatial Solutions LLC 1-857-636-1087 www.geospatialsolutions.co #CivilEngineering #GIS #SiteAnalysis #AssetManagement #InfrastructurePlanning #ProjectCollaboration #EnvironmentalImpact #RealTimeMonitoring #EngineeringSolutions #SpatialData #GeospatialTechnology

Geographic Information Systems (GIS) have become indispensable tools in the field of civil engineering. By integrating spatial data with various types of descriptive information, GIS enables engineers to visualize, analyze, and interpret data in ways that enhance decision-making and project outcomes. From site analysis and selection to real-time monitoring and decision support, GIS plays a crucial role in every stage of civil engineering projects, ensuring efficiency, accuracy, and sustainability. 1. Site Analysis and Selection: GIS helps civil engineers analyze and select optimal sites for construction by integrating data on topography, soil, land use, and environmental constraints, ensuring informed decision-making. 2. Asset Management and Maintenance: GIS enables efficient management and maintenance of infrastructure assets such as roads, bridges, and utilities by providing detailed spatial data and facilitating monitoring and planning. 3. Infrastructure Planning and Design: By using GIS, engineers can create detailed maps and models that support the planning and design of infrastructure projects, ensuring better accuracy and alignment with geographical and environmental factors. 4. Project Collaboration & Stakeholder Engagement: GIS enhances collaboration among project teams and stakeholders by providing a common visual platform for sharing data, progress updates, and insights, improving communication and decision-making. 5. Environmental Impact Assessment: GIS tools assist in evaluating the environmental impacts of construction projects by analyzing data on natural resources, wildlife habitats, and pollution, helping to mitigate adverse effects and comply with regulations. 6. Real-time Monitoring and Decision Support: GIS supports real-time monitoring of construction activities and infrastructure performance, offering decision-makers timely and accurate information for proactive management and problem-solving. Incorporating GIS into civil engineering projects not only streamlines processes but also enhances the precision and quality of the outcomes. If you're looking to leverage GIS for your civil engineering needs, let's discuss how we can support your next project. Feel free to schedule a meeting. https://lnkd.in/eHgfBXss Geospatial Solutions LLC 1-857-636-1087 www.geospatialsolutions.co #CivilEngineering #GIS #SiteAnalysis #AssetManagement #InfrastructurePlanning #ProjectCollaboration #EnvironmentalImpact #RealTimeMonitoring #EngineeringSolutions #SpatialData #GeospatialTechnology

Field work is the foundation of engineering work. Without it, nothing in the built environment could have been built at all. I had the opportunity for a field visit last week to a plant for walking down a few different projects. The data gathered, pictures taken, and conversations had will all be the building blocks of these projects for months to come. Sometimes the field work can be done by a surveying or scanning team, especially for new construction projects. Other times the field work has to be done by the engineers and designers performing the work to ensure very specific pieces of operational data are recorded. But beyond the data gathering, the conversations held are irreplaceable. Getting face to face with your team and your client while on site leads to all manner of questions that would not come up in a Teams call or an e-mail. The project is made more real for everyone and, I believe, much improved when you are face to face hashing out problems. #engineering #facetoface #datagathering

Happy Engineer's Day! Today, let's shine a light on a specialized group of engineers who build beneath our feet: underground construction engineers! From intricate subway tunnels and expansive caverns to life-sustaining water pipelines, underground construction engineers design and oversee the creation of essential infrastructure hidden from sight. Here's why underground construction engineers are crucial: Masters of the Subsurface: They possess a deep understanding of soil mechanics, rock formations, and excavation techniques to ensure safe and efficient construction. Innovation at Work: They develop creative solutions to navigate complex underground environments, often utilizing cutting-edge technologies. Building the Backbone: Their work is vital for urban development, transportation networks, and vital utilities. Let's celebrate the ingenuity and dedication of underground construction engineers on this Engineer's Day! #EngineersDay #UndergroundEngineers #TunnelVisionaries #SRC #BuildingTheInvisible #InnovationBelow