WSP’s Post

A new publication by The Institution of Structural Engineers provides guidance on how structural engineers can make a positive contribution to the inclusive design process. Historically, stadia and arenas have faced challenges to achieve the three fundamental principles for accessibility, which should be integral to any design. These are equity, dignity and functionality. Everyone should receive an equitable experience and level of service; all people should be able to maximise their independence and dignity; and the facility should meet a variety of user needs. Andy Pottinger, of Buro Happold, said "We are delighted to have been asked to contribute to this guidance. Our chapter advises on the role that structural engineers can play in the creation of venues that go beyond the minimum compliance to deliver a better, more varied, inclusive and desirable environment for all users." The resource is now available to order at https://buro.im/3ybxiGh Andy Pottinger Jean Hewitt #burohappold #engineering #consultancy #advisory #builtenvironment #construction #inclusivedesign #inclusion #structuralengineers

Last year Marika Gabbianelli, Structural Engineer and Net Zero Consultant at WSP, co-chaired the UK Structural Engineers Declare Climate and Biodiversity Emergency. As structural engineers we understand the significant role we play in addressing the climate emergency especially as our work is associated with large quantities of upfront carbon in projects. This movement brings together structural engineers across the UK to discuss how we can strengthen our working practices to create structural engineering outcomes that have more positive impact on the world around us. Some of the key takeaways from the 2023 summit were: Over 250 participants took part. Commitments can and have been translated into tangible actions (these were shared with participants to take back to their business and implement). Reuse of existing structures, low-carbon materials, biodiversity and systems thinking were all discussed and defined as crucial topics to address the key challenges.   In this article Marika reflects on her experience as co-chair, the role of Structural Engineers Declare, key takeaways from the 2023 summit and what’s in store for 2024. Find out more here: https://lnkd.in/eJttWhrg   #buildingstructures #structuralengineering #ukstructuralengineersdeclare

"A step forward in consolidating the use of BIM in the management and coordination of architectural projects." With the right partners, steps can be taken more safely. PITAGORAS GROUP, committed to the evolution of the AEC sector. Architecture of value. BIM to provide even more value.

🔍 How Did We Transform a Tight Space into a Prefab Construction Marvel in Amsterdam? Discover Here! 🏗️ I'm excited to share our latest venture in Amsterdam, a testament to the innovation in prefab construction. The challenge was to design and execute the project within an extremely confined space, demanding not just creativity but precision. 🌐 Utilizing an advanced BIM (Building Information Modeling) approach, we managed to not only create an efficient workspace but also optimize every aspect of the project, from logistics to assembly. This model allowed us to meticulously plan each phase of the construction process, minimizing the risk of errors and delays. 🔨 Thanks to this methodology, the Amsterdam project is progressing rapidly, maintaining the highest quality standards. This exemplifies that even in the most demanding conditions, modern BIM technologies enable the execution of complex projects with remarkable precision. 🌟 I am proud to be part of this pioneering venture, setting new benchmarks in the prefab construction industry. It's an example of how modern technologies are reshaping the construction landscape, enabling the realization of ambitious projects in challenging urban conditions. #prefabconstruction #bim #amsterdam

The requirements for sustainability in construction are all the time increasing. In addition to worrying about carbon emissions in the building phase, we should also consider the emissions of the building in its lifecycle. What options are there for assessing environmental impacts of construction projects across the whole lifecycle, covering for instance material production, construction, operation, and end-of-life? Find out in our brand Solibri, Inc.'s guidebook: https://hubs.ly/Q02ffh-40 #NemetschekGroup #LCA #sustainability #construction #bim #solibri

In our ongoing commitment to sustainability, Buro Happold’s US Structures Group has developed innovative tools aimed at addressing embodied carbon in our projects! Embodied Carbon Focus: The group recognizes that embodied carbon—emissions associated with materials and construction processes—is a critical aspect of a building’s environmental impact. The award-winning Building Habitats and Object Model (BHoM) LCA toolkit directly links data from BIM software to measure the embodied carbon of any building material at any stage of design. Measuring and Tracking Tools: Buro Happold has created specialized tools to quantify embodied carbon, such as the Web-Based Embodied Carbon Calculator. These tools allow engineers and designers to assess the carbon footprint of materials, construction methods, and project phases. Holistic Approach: The group emphasizes a holistic approach, considering the entire life cycle of a building—from material extraction to demolition. By doing so, they can identify opportunities for reducing carbon emissions. Collaboration and Reporting: Buro Happold collaborates with clients, contractors, and other stakeholders to implement sustainable practices. They also provide transparent reporting on embodied carbon metrics. Impactful Change: Through these tools and practices, Buro Happold aims to drive meaningful change in the construction industry, promoting low-carbon alternatives and fostering a more sustainable built environment. Learn more below! https://buro.im/4eltD9c #BuroHappold #Advisory #EmbodiedCarbon #BIMSoftware #Sustainability #BuiltEnvironment

Top efficiency in house construction in Poland Pilot housing project near Wroclaw / Poland combined BIM with advanced prefabrication. 4 months for design and 8 months for production and construction were used to optimize all processes. Achievable parameters are defined: design time shall not exceed 1 month, production and assembly on site will take about 2-3 months. Substantial cost reduction is another essential aspect.

🌐 The Power of Energy Analysis in Architecture" emphasizes the critical role of energy analysis in architectural design. It signifies that early consideration of energy efficiency is a smart and influential practice for architects. By incorporating energy analysis from the project's outset, architects can make informed decisions that lead to environmentally sustainable and energy-efficient buildings. This not only aligns with global sustainability goals but also promises operational cost savings for building owners. Furthermore, it highlights how technological advancements enable architects to accurately predict a building's energy performance, fostering innovation in architectural design and promoting socially responsible construction practices. 🌐 Stay with havaco consultant engineers and industrial group. 🌐 HAVACO.CO 🌐 Energy & HVAC @HAVACO.CO

🛑 STOP! This is very important! Our Earth 🌎 depends on it! Calling all 🌟 #architects #engineers #constructionmanagers #projectmanagers #BIMManagers #Owners  #SustainabilityConsultants Introducing Naviate Zero, Symetri's latest solution tackling sustainability challenges in construction. Did you know buildings contribute to 39% of global carbon emissions? Naviate Zero addresses this by simplifying sustainable material selection through direct access to Environmental Product Declarations (EPDs) within Revit. * Update on the Time: Once you click Register you will be able to choose from times in your own timezone. ⏲ U.S Eastern time: 26th February! 1. 6:30 am to 7:30 am 2. 11 am to 12 pm #symetri #sustainability

BOCE®: Innovation in the Transition from Design to Execution At Deltana Engineering, our philosophy focuses on constant innovation to meet the changing needs of our clients. One of our latest developments is the orientation of our services to facilitate the transition of projects from the design phase to their execution. This evolution responds to a recurring need: to enrich and complement the information provided by the designers so that, in practice, it translates into a tangible and successful work.. To achieve this, we have developed a unique approach called Back Office Construction Engineering (BOCE®). This term, registered as Deltana Ingeniería's own and exclusive denomination, distinguishes our services from any other available in the market. BOCE® is not just a concept, but a methodology based on our extensive experience and a highly trained technical team. Our team not only interprets engineering designs accurately, but also understands the specific needs of a construction site, thus acting as a bridge in the transition between design and construction. This allows us to provide comprehensive support, ensuring that each project not only meets design standards, but is also executed efficiently and effectively.. At Deltana Ingeniería, our commitment to excellence drives us to continue developing solutions that bring real value to our clients. With BOCE®, we are redefining how the transition from design to execution is carried out, ensuring that each project materializes according to the expectations and needs of our clients. Thus, at Deltana Engineering, we continue to advance in the engineering sector, always focused on providing solutions that make our clients' visions a reality. If you want to know more about BOCE® access through the following link: https://lnkd.in/d7jpsP25 Ampliar este contenido en español: https://lnkd.in/dKaB_gKb #construction #architecture #design #building #renovation #engineering #contractor #concrete #constructionlife #builder #civilengineering #architect #civil #constructionsite #tools #engineer #worksite #builders #BIM #QuantitySurveyors #BBS #Bardetailing #Shopdrawings