NEHP Inc.’s Post

An asset with the highest Risk has the highest investment in designing the barriers, starting from the formation (Conceptualization, Engineering design, Monitoring and Communication Architecture, Construction, Operating discipline, etc.) to the Control Algorithm and the Human interface.   These are never MVP (Minimum Viable product), but highly reliable and have an investment-satisfying LCC (Life cycle cost). Importantly, these are designed to be sustainable and not create waste (Recurring failure, un-productive monitoring). ✍ #riskmanagement #riskmanager #sustainability #sustainablearchitecture #lifecycle #minimumviableproduct #barriers #amitsinha

Our large-scale modularization fact sheet explains how and why off-site fabrication will deliver superior advantages for your next process utility construction project. Find out more by requesting your fact sheet at: https://hubs.ly/Q02P4-QT0 #construction #processpiping #modularization

Any earthing installation has to be planned and time managed. Our methodologies significantly reduce man hours to complete works. Don’t be left behind join the #earthingrevolution #do it right #doitonce #yoursafetymatters #design #success #sustainability the #future of #earthing https://lnkd.in/g2DRQFx https://lnkd.in/ehsDBEBT

Mads Holten Rasmussen wrote an amazing article on the impact of interconnected data in construction, exploring the shift towards integrated projects that auto-adjust to changes. He explains how using Linked Data and incremental reasoning to model beyond 3D geometries, focusing on the HVAC domain as a case study. This approach promises enhanced coordination, reduced errors, and a federated model for the construction industry, ultimately aiming for a smarter, carbon-efficient future. It is a must-read for professionals seeking to innovate in their field. Mads' insights spark a fascinating dialogue on the breadth of interconnectedness in construction, extending from design through to operation. It resonates deeply with my own enthusiasm for the subject, especially the concept of linking design, construction, and operational processes in a cohesive, machine-understandable format. This approach not only captures the output (the design) but integrates user and system requirements, the logic of design and construction (including assumptions made), and even physics models. However, the complexity that emerges from the interplay of multiple systems poses a challenge, inviting further investigation. Some early discussion on this with Jennifer Whyte (白珍) and team can be seen here https://lnkd.in/edR-EbTG

Mads Holten Rasmussen and his article got me thinking Interesting thoughts described in the article using heating as an example. The author also touched on the right thoughts about the internal resistance from engineers to this new approach.  My experience is that people are not always ready for change and we get resistance from engineers when we try to automate their work and reduce manual labor to ultimately optimize business costs.  I had a similar example with cost estimating, although there were other examples actually. In the case of cost estimating, the engineer envisioned his job (which he loves, I'm not arguing) as something important and valuable and just wasn't willing to accept that his job could be automated and simplified. He immediately had thoughts that tomorrow he would simply become unnecessary on the labor market and his profession would lose its importance. This is another factor that hinders development. It would seem that everyone wanted to make things better and help businesses save money and people save time, but no. People's fears and a certain conservatism led to such results.

Every day, we strive to push the boundaries of what's possible in engineering. It’s not just about building structures; it’s about building a legacy of innovation, safety, and sustainability. Keep pushing the limits, and excellence will follow. #Xstructures #EngineeringExcellence #Innovation #CivilEngineering #StructuralEngineering

Discussion What are your experiences with plastering machines? Do you believe that automation in construction is the future, or are there concerns about replacing traditional methods? We encourage you to share your opinions and experiences in the comments. Together, we can better understand how technology is impacting our industry and how we can leverage its potential to create more efficient and sustainable solutions in construction.

Accuracy and quality are vitally important factors in construction. Professionals who embrace digital methods understand how technology empowers them to eliminate costly errors and deliver consistent accurate results, on time and on budget. Find out more: https://lnkd.in/gAPnd3a #godigital #accuracy #precision #digitalconstruction #leicaiconbuild #construction #leicageosystems

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How do you integrate technology into your construction projects? 🤔 Share your experiences and let's learn from them! #ConstructionTechnology #IndustryInsights #AIArt