#3D BIM Coordination in London

[siliconecuk]

Best BIM Coordination Services in Londonderry, UK at a low price

Welcome to Silicon EC UK Limited, your trusted partner for cutting-edge BIM Coordination Services in the United Kingdom. As a leading company in the industry, we specialize in providing comprehensive BIM solutions to enhance the efficiency and precision of construction projects. We stay at the forefront of technological advancements, incorporating the latest tools and methodologies to deliver innovative and efficient BIM coordination services.

Choose Silicon EC UK Limited for unparalleled BIM coordination services that bring your construction projects to new heights of efficiency and accuracy. Partner with us to transform your visions into reality, with the assurance of reliable and cutting-edge BIM solutions.

Visit our Website:

https://www.siliconec.co.uk/bim-services/bim-coordination.html

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Transforming Infrastructure Development with BIM

Building Information Modeling (BIM) is revolutionizing the development of infrastructure projects around the globe. As a comprehensive digital representation of the physical and functional characteristics of a facility, BIM serves as a shared knowledge resource for information about a facility, forming a reliable basis for decisions during its lifecycle from inception onward. Here's how BIM is transforming infrastructure development:

Enhanced Collaboration and Communication

BIM facilitates better collaboration among all stakeholders, including architects, engineers, contractors, and owners. By providing a single source of truth, it ensures that everyone has access to the most current and accurate information. This reduces misunderstandings and errors, leading to more efficient project execution. The ability to share models and data in real time enhances communication, making it easier to identify and resolve issues early in the project.

Improved Design Quality and Visualization

With BIM, designers can create more accurate and detailed 3D models. This enhances the visualization of the project, allowing stakeholders to better understand the design and make informed decisions. The ability to simulate different scenarios and perform clash detection helps to identify potential problems before construction begins. This leads to better design quality and reduces the likelihood of costly rework.

Related blog: How BIM Can Help Revolutionize The Development Of Infrastructure Projects?

Cost and Time Savings

BIM enables more accurate cost estimation and project scheduling. By using BIM models, project teams can perform quantity takeoffs and cost analysis more efficiently. This helps in creating more reliable budgets and schedules. Additionally, BIM's ability to detect clashes and visualize the construction sequence minimizes delays and reduces the risk of unexpected costs. This results in significant time and cost savings over the life of the project.

Enhanced Project Management

BIM provides powerful tools for managing infrastructure projects. By integrating various aspects of the project into a single model, BIM enables more effective project management. Project managers can use BIM to track progress, manage resources, and ensure that the project stays on schedule and within budget. The ability to visualize the entire project and access real-time data enhances decision-making and helps to keep the project on track.

Better Sustainability and Facility Management

BIM supports sustainable design and construction practices. By using BIM models, project teams can analyze the environmental impact of different design options and make more sustainable choices. BIM also facilitates better facility management by providing a detailed digital representation of the building. This helps facility managers to operate and maintain the facility more efficiently, leading to longer building life and lower operating costs.

Case Studies and Real-World Examples

Many infrastructure projects around the world have successfully implemented BIM to achieve significant benefits. For example, the London Crossrail project used BIM to manage the design and construction of one of the largest infrastructure projects in Europe. The use of BIM helped to improve coordination among the project team, reduce errors, and save time and money. Similarly, the California High-Speed Rail project utilized BIM to enhance design quality and streamline project management.

Conclusion

BIM is transforming the development of infrastructure projects by enhancing collaboration, improving design quality, saving time and costs, and supporting better project management and sustainability. As the construction industry continues to adopt BIM, we can expect to see even more significant improvements in the way infrastructure projects are designed, built, and managed. By embracing BIM, project teams can deliver better outcomes and create more efficient, sustainable, and resilient infrastructure.

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Structural Engineering Design London

If you're looking for structural engineering design services in London, you're in the right place. London is home to numerous architectural marvels, and finding the right structural engineering expertise is essential to bring your projects to life. Whether you're planning to construct a new building, renovate an existing structure, or undertake any other construction project, a skilled structural engineering team can provide the necessary expertise.

Structural engineering is a critical aspect of construction, ensuring that buildings and structures are safe, stable, and able to withstand various loads and environmental conditions. A professional structural engineering team in London will collaborate closely with architects, contractors, and other stakeholders to create innovative, efficient, and reliable design solutions.

From the initial concept stage to the final construction phase, a reputable structural engineering firm will offer a range of services including:

Feasibility Studies: Evaluating the viability of your project from a structural perspective, considering factors like site conditions, building requirements, and budget constraints.

Structural Design: Developing detailed structural plans and calculations to ensure the integrity and stability of the building. This includes designing the framework, load-bearing elements, and foundations.

BIM (Building Information Modeling): Utilizing advanced software to create digital 3D models that integrate architectural and structural design, improving coordination and reducing errors.

Seismic and Wind Analysis: Assessing the impact of seismic activity and wind loads on the structure, and designing accordingly to meet safety standards.

Material Selection: Recommending appropriate materials, taking into account factors such as strength, durability, and environmental impact.

Renovation and Retrofitting: Upgrading existing structures to meet modern safety standards and accommodate new functionalities while preserving their historical or architectural value.

Construction Supervision: Providing on-site supervision and inspection during construction to ensure that the design is executed accurately.

Collaboration: Working closely with architects, contractors, and other professionals to ensure seamless integration of structural and architectural designs.

Sustainability: Incorporating sustainable design principles to minimize environmental impact and optimize energy efficiency.

When seeking a structural engineering design firm in London, consider factors such as their portfolio of previous projects, experience in various types of structures (residential, commercial, industrial), the expertise of their team, and their familiarity with local building codes and regulations.

Remember that effective communication and a collaborative approach between all parties involved will lead to successful project outcomes. A well-executed structural design not only ensures safety but also contributes to the aesthetic and functional aspects of the overall architectural vision.

In conclusion, if you're embarking on a construction project in London, enlisting the services of a skilled and experienced structural engineering design firm is essential to create safe, durable, and visually appealing structures that stand the test of time.

[steeldetailingconstruction]

MEP BIM Engineering Services with Reasonable price tag in USA

Silicon Construction Detailing Company provides best services of MEP BIM Engineering Outsourcing Services. Our MEP BIM Engineering Services involve the use of BIM software to create digital models of mechanical, electrical, and plumbing systems in buildings. MEP BIM Outsourcing Services typically include MEP design and drafting, clash detection and coordination, 3D modeling, quantity takeoffs, and construction documentation. MEP BIM Consultancy Services involve providing expert advice and guidance on MEP BIM implementation, adoption, and optimization. Get in Touch with US for your next MEP BIM CAD Services. MEP BIM Engineering Services: - Shop Drawing - Clash detection - Fabrication Drawing- 3D BIM to 4D BIM - Convection of 2D Designs to 3D Model Click Here: https://www.steelconstructiondetailing.com/mep-bim-service.html We provide MEP BIM Engineering Services in USA major cities like New York, Los Angel's, Chicago, Houston, San Diego, Dallas, San Jose, San Antonio, San Francisco, Boston, Dallas, Seattle, Washington We provide MEP BIM Engineering Services in UK major cities like London, Liverpool, Newcastle, Bristol, Manchester, Sheffield, York, Cambridge, Norwich, Cardiff

We provide MEP BIM Engineering Services in Australia major cities like Sydney, Brisbane, Hobart, Newcastle, Canberra, Melbourne, Perth, Cairns, Gold Coast, Darwin, Brisbane

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Stephen George + Partners Architects

Stephen George + Partners Architects, Buildings, English Design Studio, SGP London Office

Stephen George + Partners Architects

SGP: Contemporary Architecture Practice, London, England, UK

Stephen George + Partners Architects News

10 Nov 2020 SGP expands London office with appointment of two new directors

Stephen George + Partners LLP (SGP) has added two new Studio Directors to its London office in response to a growing workload in the South East. Muhammad Khan and Kevin Kelly joined the AJ100 architectural practice as part of its continued expansion into the region and an ongoing commitment to deliver quality projects within the London and south east markets.

Says Michael Barker, Senior Partner of SGP: “We are delighted to welcome Muhammad and Kevin to our London office. Both bring valuable additional expertise to support existing sectors such as industrial, transport and healthcare, as well as developing new sectors, such as data centres and historic buildings.

Two new Studio Directors, Muhammad Khan and Kevin Kelly, join SGP’s London office in response to a growing workload in the South East: image courtesy of Stephen George + Partners

“In SGP’s 50th anniversary year, this expansion of our London office, taking on new premises and senior staff, signals clearly to our existing and potential clients, in new and established sectors, that SGP is 100% committed to applying our core values – We Care + We Challenge + We Deliver – across London and the south-east.”

Building on his extensive design background in sectors including industrial and logistics, commercial, aviation, retail, residential and healthcare, Muhammad has been tasked with developing new business in areas such as data centres and science and biomedical.

Says Muhammad: “My role is to focus on SGP’s presence in the south east and London, maintaining and developing relationships with key clients and stakeholders and continuing to deliver the SGP commitment to quality design and practical delivery for our clients – new and old.”

Kevin will focus on healthcare and the heritage and culture sectors, having previously worked for BDP and Heatherwick Studio, delivering a broad range of projects ranging from a new signature building for Great Ormond Street Hospital and the Military field hospital NHS Nightingale, to an extension to the Royal Albert Hall.

Explains Kevin: “Many buildings of high heritage value are poorly suited to modern usage. Working with clients like the Royal Albert Hall has given me the skills to unlock potential in existing buildings by designing key interventions to improve the feel and operation whilst upholding the identity and integrity of existing heritage assets.”

Kevin and Muhammad will have the opportunity to build on SGP’s enviable track record of high profile projects in the south-east, such as the £50million, 246 acre mixed used development for Prologis at The Bridge, Dartford; four units at the prestigious London Gateway Logistics Park, and a daring reconfiguration of existing buildings into a flagship 8,180sqft last mile logistics and distribution facility in Kentish Town.

16 Sep 2019 New Director for Stephen George + Partners’ industrial team

September 16th 2019 – Stephen George + Partners (SGP), an AJ Top 100 architectural practice, has appointed Luke Abbott as Studio Director, based at their Leicester office.

Luke will be working with Partner Marcus Madden-Smith in SGP’s industrial and logistics sector group. In addition to managing a team, Luke will be involved in client liaison, feasibility studies, concept design, and plans of works.

Luke Abbott, SGP Leicester Office Studio Director: image courtesy of Stephen George + Partners

Explains Luke: “I was attracted to SGP as I knew them as an established practice, but with an ambition to expand and the resources and talent to make that expansion work. I’ve designed buildings across many sectors but am now looking forward to focusing my skills in the industrial and logistics market.”

Concludes Marcus Madden-Smith: “Luke will be a great asset to the practice, bringing years of management and technical expertise to SGP. Industrial and logistics is a core sector for us, and one where we are well-known for our ability to deliver client requirements, from a range of building sizes and complexities.” Luke joins SGP from Roger Coy Partnership where he was Director of Architecture, combining team leadership with multi sector experience including education, healthcare and residential, as well as commercial.

In addition to Luke’s appointment, SGP’s Leicester team has been further enhanced with the news that Nita Varia, Principal Architect, and Satnam Flora, Architect, have been promoted to the level of Associate.

19 March 2019 Stevenage Bus Interchange Building, Hertfordshire, southeast England, UK Design: Stephen George + Partners (SGP), Architects picture : SGP Stevenage Bus Interchange Building Award-winning professional services firm, WYG and leading architectural practice, Stephen George + Partners (SGP), are delighted to confirm their appointment by Stevenage Borough Council to design the new Bus Interchange for Stevenage Town Centre.

18 Feb 2019 Stephen George + Partners Promotions in 2019

Stephen George + Partners LLP (SGP) has kicked off the New Year in style with a hat-trick of internal promotions.

18th February 2019 – Nicola Pettman has been promoted from Principal Architect to Associate, Arshad Khan from Principal Architectural Technician to Associate, and Karen Coekin from Accounts Assistant also to Associate.

James Nicholls, Managing Partner at Stephen George + Partners: “We are delighted to see these latest examples of SGP’s commitment to a strong and attractive career path within the practice. These three important Associate promotions strengthen SGP’s internal processes and procedures for our clients as well as the design and delivery of their projects.”

From L to R: Arshad Khan; Nicola Pettman; Karen Coekin: image courtesy of Stephen George + Partners

Nicola joined Stephen George + Partners in 2013. Sitting within the practice’s residential sector and co-ordinating a team of Architects and Technicians based in the Leicester office, Nicola is primarily responsible for the design and delivery of schemes varying from bespoke housing to the organisation and technical management of standard house type portfolios.

Karen is a key member of the accounts team, having joined Stephen George + Partners in 2007, and is responsible for credit control and managing SGP’s day to day financial activities.

Arshad joined in 2016 as part of a team working in masterplanning, distribution, commercial, retail and mixed-use schemes. Arshad’s previous experience includes a wide range of projects from commercial, education and religious developments and he has worked in different regions in Africa and in the Middle East.

2 Feb 2019 Stephen George + Partners consolidates BIM capabilities with new promotion

Stephen George + Partners LLP (SGP) has reinforced its commitment to BIM best practice by promoting James Blood to the post of BIM Manager.

James joined SGP in 2018 as BIM Co-ordinator, bringing over 20 years of experience in architecture and BIM, including establishing business strategies, and structuring, defining and implementing architectural service provision with openBIM standards, methodologies, technologies and processes at the core.

James Blood, Stephen George + Partners LLP: image courtesy of Stephen George + Partners

James has acted as model and information manager on live collaborative BIM projects and fulfilled both these roles on the Dudley Advance2 FE College facility, the first IPI project in the UK, which was delivered close to Level 2, as defined under the Government’s mandate.

“I am looking forward to keeping SGP on the cutting edge of BIM methodology, delivering quality assured openBIM outputs throughout the practice. SGP’s ability to link 3D models with a virtual reality suite is very exciting, allowing us to show a client the design rather than having them interpret plans and diagrams. Richer information sets also provide real value for clients in the post hand-over phase, supporting operating and maintenance functions and helping manage the life cycle of the new asset more efficiently.” James Blood, BIM Manager, Stephen George + Partners LLP.

James previously acted as a consultant to major UK construction product manufacturers to assist them in the structuring and delivery of their product data around ISO openBIM standards, for delivery into the project workflow. As a result of these activities, James worked closely with Northumbria University, the Technical coordinator of BuildingSMART UK and the NBS to help develop the Xbim toolkit, more specifically the Revit add-in. This led to him being invited to work as part of the B/555 committee, where he helped write the BS 8541 suite of standards.

“We are delighted to have promoted James to this key role. His knowledge and experience will be vital to keeping SGP at the forefront of BIM best practice. James will be working closely with our clients, developing and implementing BIM methodology across all our sectors.” Marcus Madden-Smith, Partner, Stephen George + Partners LLP.

Stephen George + Partners

Established in 1970, we’ve grown into one of the UK’s leading architectural practices, with offices in London, Leicester, Leeds, Birmingham and Solihull.

Recognised by the Architects’ Journal AJ100 as one of the country’s largest practices, our success in both public and private sectors has led to vigorous development in the UK and abroad. Our award-winning teams are highly versatile, providing an exceptional level of expertise in masterplanning, design and delivery.

We excel in quality of service and are proud to have built long-term relationships with clients across a range of sectors, including Logistics & Industrial, Healthcare, Offices & Workplace, Education, Residential, Retail & Mixed-use, Interiors & Fit-out and Transport.

We are known for our quality, reliability and integrity. We respond rapidly to client requirements, applying technical expertise and commercial realism to resolve complex issues effectively and we produce well-designed, innovative and deliverable buildings.

We are committed to nurturing an open, inclusive, fair and supportive business that also embraces our duty of care to our community, the environment and society as a whole.

Stephen George International, Bulgaria

Stephen George International was established in 2009. Our Sofia office serves as a centre for operating throughout Central and Eastern Europe and further afield.

Our team is highly experienced and offers a full architectural and multi-disciplinary service in a range of sectors including masterplanning, retail + mixed-use, residential, industrial + logistics and interiors.

The team also offers an advanced capability in the production of marketing material, computer visualisation and graphic design.

More news and projects by Stephen George + Partners architects online soon

Subsidiaries: Enable by Design Ltd, MKguru Architect Ltd

Location: 85 Tottenham Court Road, London, W1T 4TQ, UK

Architecture in London

Contemporary Architecture in London

London Architecture Links – chronological list

London Architects

London address of SGP: 85 Tottenham Court Road, London, W1T 4TQ, UK

English Architects Practices

London Architecture Designs

Architecture Studios

Buildings / photos for the Stephen George + Partners page welcome

Website: Stephen George + Partners Architects, UK

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MEP BIM Modeling and MEP BIM Coordination for Moorgate, London.

View our Case Study on MEP BIM Modeling and MEP BIM Coordination for Moorgate, London. Our team had to coordinate the Navis file given by the client along with Architecture and Structure model to create coordinated 3D model. To get more insights about our project, click the link below:

http://bit.ly/2txc5VR

#MEPBIMModeling #BIMCoordinationServices #MEPServices #Moorgate #London #UK #Navisworks #ArchitecturalModel #StructuralModel #OfficeBuilding #QuickTurnaroundTime #QualitativeDeliverables #Trend #Innovation

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Architectural BIM Services - 3D Revit Design Modeling

Extension Architectural Services London is making a name in the construction industry for the Architectural BIM Services and BIM 3D modeling needs of clients. With a very short turnaround time and competitive rates, our services are being welcomed by all scales of firms and individuals in the segment of architecture. We make use of Architectural BIM Services, BIM 3D modeling for creation of models that aid in displaying complex forms for both the exterior and the interior of all types of buildings.

Our Architectural BIM Services and BIM 3D modeling services include:

 ·         Intelligent Virtual 3D modeling

·         Additional Information for material requirements, quantity specifications, cost estimates

·         Visualization of models in 3 dimensions

·         Rendering, walkthrough and animation services

The greatest advantage of our models is that they help in exhibiting the sequencing possibility for the construction of a project. Moreover, with skilled and qualified technicians as part of our enterprise, we provide accurate architectural drafting and models which allow designers to gain the maximum in a very short time frame.

Extension Architectural Services London takes aid of the upgraded software like Revit Building, ADT and ArchiCAD. Right from consultant engineers to real estate developers, we serve all with equal dedication.

Click here:- how much does an extension cost

The benefits of the BIM Services and the 3D modeling are discussed as follows:

 ·         It helps in taking decisions regarding a project idea

·         Realistic visualization and understanding of a product planned

·         Estimation about the procurement and bidding

·         Improvement in coordination for the sequencing of construction

·         Early identification of problem that might rise during construction of a project

·         Aids in fine tuning the cost and better management of human resources

·         BIM also helps in better marketing presentation for any construction approach

·         Early correction that help save time and money

[careersindesignjobs]

BIM Coordinator, London, £Negotiable, V03724

SMC Design are looking for a BIM Coordinator to manage the BIM delivery process, cooperate and work closely with other members of the multi-disciplinary team working under our in-house BIM Manager. Externally a BIM Coordinator is expected to work closely with external organisations (including architects and engineers) within a project team and with our clients through all stages of our relationship with them. As an expert BIM / Revit user you will produce accurate Revit models with reliable BIM data according to the relevant company BIM documentation. You will also review 3D Models from consultants and contractors.

You will be responsible for: content production and development, in line with the company BIM protocols; daily model management, administration and maintenance ensuring the health of BIM models and databases; collaborating with and coordinating subcontractors and consultants; receiving and managing multiple subcontractor models; adhering to the BIM execution plan and BIM project workflow criteria; integrating Models and producing clash detection reports and managing clash detection meetings on site with the project teams.

Requirements: proven recent hands-on experience of BIM implementation in a similar role; proficient in the set-up and coordination of 3D BIM models; an understanding of Level 2 BIM and BS/PAS 1192 suite of documents / UK BIM requirements; proficient in using Revit, AutoCAD and other Autodesk products; experience of Model Authoring; familiar with 4D Scheduling / Simulation using simulation software (Navisworks, BIM 360 Glue and Enscape).

Please send your cover letter, CV and portfolio for review (quoting reference V03724) to careers@smc-design.com. To find out more about SMC Design please visit www.smc-design.com.

[gomangodigitalblog]

3D Modeling Services in London

The chain of demand and supply flow in the market continuously which increases the competition as well as the quality of the delivered service or the product. The merging of the latest trends with the businesses is mandatory otherwise the business might lose its position among the competition. The technology has grown tremendously and showed its real potential in recent times. The companies of the UK have well adopted the technology of business outsourcing by hiring virtual assistants for processes of the firm. They also simultaneously use tech services like wearable technology, robot automation process and animation service for eliminating the hard work and increasing the output of the firm effectively. A technology known as 3D modeling is also growing prominently these days and the businesses in the UK are well adapting it. The 3D modeling service offered by the Mango Digital features various image rendering useful for promotion of products, displaying a historical site in a 3D format or developing a 3D building models for better understanding. The sketches are developed at the initial stage and with the help of technology a 3D touch is given to it for enhancing the levels of the product efficiently. As compared to 2D models the 3D models are emerging and attract a high number of viewers. If you are looking for a renowned 3D modeling services in London, there is only one name – Mango Digital.

The Mango Digital 3D Modeling process:

At the initial stage, the sketch is drawn at a 2D plane and elevations are added to it as per the client’s requirement. A professional designer carries out the sketching process. Thereafter, after a successful sketch is drawn the image is rendered and special 3D graphics are added to the image using professional tools. The various levels and position of the sketch are given a third- dimensional look and if required a 3D laser scanning feature is also used for increasing the accuracy and precision of the image. For instance, a car manufacturing multinational company wants a 3D graphical representation of the image for which the sketch is ready yet not 3D modeled. The Mango Digital 3D modeling undertakes the process of converting the design using various techniques like 3D surface, mesh, BIM model and much more. The updated representation is now used as a 3D model after reviewing the design and analyzing it.Mango Digital’s 3D modeling services in London is one of the most trusted by many of the businesses in London.

The Mango Digital 3D Modelling service offers

3D Model Consulting and Artwork:

The Mango Digital aims to bring efficiency to the firm. There are various operations which require creative content in an attractive manner. The service offered by Mango Digital allows the enterprise to get through the idea for the projection of the image. Thereafter, the image is selected and rendered for professional artwork. All the requirements from the user are taken into consideration and fulfilled in the designing process itself. There are various firms which have ready-made designs and the requirement is only for the 3D touch. In such cases, the 3D scanning model feature allows to scan the design and present it in a 3D model artwork. The Mango Digital also helps the business to brainstorm the design if in case they are facing any difficulty regarding the design purposes. The sketch or the artwork is easily extracted to a 3D model by the professional artists of the Mango Digital:

3D Building Information Modeling(BIM)

The industrial and infrastructural enterprise mainly focuses on building and developing things which solely requires great proficiency in planning and execution of the design. Architectural skills are required for understanding the concept of the building with respect to its structure and shape. A BIM feature included in the 3D modeling service allows the user to design a 3D model of the building which widens its understanding and enhances the efficiency of the development process. The insights of the building are widely explored with the help of BIM and thus the construction is executed effectively. The industries can rely on the Mango Digital 3D modeling service in order to turn their idea into an attractive and innovative 3D model. The service is also used for getting contracts from dealers and manufacturers.

3) 3D Point Clouds:

The organizations which process in medical screening, 3D prints, gaming, producing, virtual reality applications and other similar categories use a significant amount of 3D models. To emerge these designs various data points are used which are related to the shape of an object or the substance. The image correlates to the point and easily gels up with the required shape of the object. In a simple sentence, the image is rendered in such a way that it combines within a specific shape using the coordinates majorly known as X, Y, and Z. The image is transferred into a 3D mesh model which enhances the detailing of the image and provides accurate results. The medical reports, X-ray scans, and other related reports are examples of 3D point clouds.

4) 3D Animation and Visualisation:

The Mango Digital uses professional 3D rendering tools for modeling and visualization of the project. The companies also have demand for 3D animated videos which are also taken into consideration through the service of 3D modeling by the Mango Digital. The animated series is recorded in motion graphics which mainly uses third-dimensional effects. It also utilizes high- resolution 3D point clouds and fully rendered 3D models accuracy and clearness of the image. The gaming industries require a series of animation for which the Mango Digital uses 3D laser scanning technology for the best results.

Why Choose Mango Digital 3D Modeling service?

The Mango Digital is precise and accurate in terms of providing a service. Moreover, the designers and developers who work on the project are highly trained for the assigned task. They consult the users before finalizing the design and after that only execution is carried out. The Mango Digital provides a cost-effective service and also guarantees to be cheaper than most of the competition in the market. The 3D modeling services in London by Mango Digital does not compromise on the quality of service by appointing intern artist on a high rated project as it aims for 100% customer satisfaction. The 3D modeling service includes all the main features such as calibrating the image into a 3D model, adding motion graphics, and various other 3D technology for effective output. It also uses various 3D models and removes the limitation of the project in terms of design. Thus, an individual can achieve a proper implementation of visualization and simulation on the product or service of the company.

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Should You Use Revit Server or Collaboration For Revit (C4R)?

Technological progress in the world of architecture and pre-construction design has led to significant achievements in software and collaboration; achievements that could only be dreamt of in the past. Projects today involve teams from around wide-ranging geographical areas – different towns, different states and different countries – simultaneously coordinating on the same project at the same time. These types of projects require a clear method of work-sharing that is efficient, transparent and extremely accurate. That’s where Revit Architecture used with Revit Server or Collaboration for Revit (C4R) for 3D BIM coordination plays an important role. Depending on the complexity and size of the project and the locations of the teams, either work-sharing method can be used.

With these two methods of Revit architectural services proving increasingly popular, we have examined both to see which is preferable. In essence, the two methods are:

1. Server-based worksharing – Revit Server (RS)

2. Cloud-based worksharing – Collaboration for Revit (C4R)

Revit Server (RS) is a server-based work-sharing method used over a wide area network (WAN). Central models are based in one or more Revit servers. These can be accessed using local Revit Server Accelerators, which offer better results during wide area communications.

Collaboration for Revit (C4R) is a cloud -based work-sharing method hosted in the cloud. BIM 360 Team (formally A360 Team) is a requirement for C4R. Team members can use a web browser to access BIM 360 Team if they are not using Revit. Then they will be able to preview models, upload and download other project documents, etc. With C4R, central models are stored in a file at a network location, with access for all team members.

Primarily, the workflows for both methods of Revit architectural services are almost the same, with the main difference being the different locations for storing the central model.

Features of Revit Servers

1. Creating Local Files – The Revit open dialog is used to create a local file from a Central model on Revit Server.

2. Work-sharing Monitor – An instant message application helps communicate with other team members.

3. Revit Server Administrator for Folder Management – This administrator through the open dialog in Revit creates new folders, moves or copies, cuts or pastes projects for Revit Server.

4. Overwriting Central Model – The central model must be saved with a new name, or it must be deleted or renamed.

5. Recent Files List – The Recently Used Files list will only display local files. Central models do not appear. 6. Restore Local Files – It is possible to roll back local files to a previously saved version, but this cannot be done with central models.

Revit Server runs on the concept of a central server hosting projects. The central model is split into folders and data streams with element permissions. The server communicates with local servers globally, which have the latest copies of project models. Local servers and the central server can be at the same location, and with network protocols, synchronising speed has been increased. So, those with access to a local server need not wait for data, even if they are outside the LAN, as updated versions are regularly streamed by the central server. Revit Server Administrator enables monitoring and review, allowing project and folder creations from a remote location.

A cloud-based application within Revit and on the web, Conceptual Energy Analysis (CEA), provides information about the sustainability of the project at early stages. After a design is created, a thermal analytical model is then devised. Materials, location shading, glazing and operating hours can be reviewed and the model is transferred to the cloud for calculations by Green Building Studio and the best possible environmental design is thus generated.

Revit Server Roles

Host: Revit Server is similar to a central server. The host would enable Revit Server instances geographically or organisationally to be central.

Accelerator: In this role, a Revit Server assimilates data from different sources. Members in the same local area network (LAN) as the Revit Server Accelerator enjoy better performance when connecting to central models.

Administrator: The Revit Server Administrator management tool is used to create, delete, rename and move folders and central models on Revit Server hosts and configures user or group level permissions.

To better understand how these roles function, let’s look at an example. If a company has its main office in London and others contributing to the project are in Bristol, Revit Server allows employees from both offices to work simultaneously on a Revit project file. This central file is saved in a local data server within its local area network (LAN). Individuals can access the central file on the data server. However, Revit automatically creates a copy of the central file on the individual client workstation, which is referred to as a local file, rather than open the central file. With subsequent changes, local files evolve differently from the central file. Hence, each local file is synchronised with the central file. This is better known as work-sharing.

In a LAN, load and sync speeds are fairly rapid, as the data is close to end users. When the same work-sharing occurs between two or more offices over the wide area network (WAN), the speeds of load and sync are slower. Revit Server lets two or more servers communicate across the WAN by caching (or replicating) the data on one server to the other. Thus, what is needed is to keep the data close to the end users. For this, each office must install a single instance of Revit Server on their data servers, creating a Revit Server Network.

The Revit Server in London could play host and administrator roles while the Revit Server in Bristol assumes the role of Accelerator. Thus, all central files would be in London and would be cached to Bristol. Using the Revit Server Administrator site via a web browser, the Revit Servers in the network can be administered.

What is C4R and what are the benefits?

When teams are working on a local area network (LAN), C4R, the cloud file-based work-sharing method, enables accurate performance. It does not need the installation of a Revit Server.

Similar to Revit Server, the C4R method uses cloud computing but this time also for storage and hosting of the model. Using BIM 360 Team, C4R provides access to, and collaboration on, central Revit models on the cloud to project teams across varied disciplines, locations and companies. This means that individuals or teams from any of the locations can add, delete or modify elements of the project at any time so that the alterations can be viewed by everyone else and be reviewed in a timely manner. In other words, C4R allows countrywide or international teams to work simultaneously across different time zones and collaborate in real-time.

Uses BIM 360 Team

C4R hosts a Revit model in a centralized location called the BIM 360 Team Hub. This location is a centralised storage place to share information. A BIM 360 Team Hub must be created before a model can be shared via C4R. Thus, the cloud can be used to share, store and communicate.

For Revit users, C4R is not separate software to install. It lives within Revit and provides new options in the ‘Collaborate’tab. Revit users will however need to be associated with a BIM 360 Team project in order to use C4R features.

Easy Communication

C4R Communicator is a chat feature in Revit, with extras. Communicator connects users in the same model, in a different model but same project, or in a completely different C4R project. Chats are in real time and communication includes sending messages, files, screen shots from Revit from one user to another and even the chat log to share with others. Another feature, the Timeline, tracks comments, who is synchronising in real time, who completed, and when it was completed.

Publishing Revit Models to BIM 360 Team

Since only Revit users can see changes after every sync, for those using BIM 360 Team, a Revit user needs to publish the Revit model to the BIM 360 Team so that they can see all the views and sheets and all BIM metadata in the Revit model.

C4R Features Integrated Project Delivery – C4R facilitates the sharing of server requirements and centralised systems by joint design ventures from separate locations. This accommodates the need for architects and engineers to communicate and share data seamlessly and practice qualified decision-making.

Cloud-based Technology – Since a majority of the tools in C4R are cloud-based, work methods and client support enjoy almost total flexibility, thus greatly reducing downtime and rework.

• Management – Models and users can be managed with permissions and restrictions set up in a BIM 360 Team project in Revit.

• BIM 360 Integration – Entire project teams, non-Revit users also, can view, comment, and mark up models through a web browser.

• Communicator Tool – Team members can communicate with direct, real-time chat in C4R, within BIM project models.

• Publishing Tool – Models in the cloud are published with the default 3D view and all 2D sheets, allowing communication between disciplines after updating changes.

Financially, the ROI from C4R projects saves an average of 30 minutes per individual team member every week. Over the course of an entire year, this could mean that C4R can virtually pay for itself.

Technical Issues and How Autodesk Supports C4R:

Bottlenecks in the code, capacity scaling under varying load, intermittent connectivity – Product teams across the cloud ensure that services have the right approaches and architecture to carry out their operations consistently and with high levels of reliability. Degradations or outages – Services are designed so that dependencies are ‘soft’ and don’t bring down core products.

Deviation of operational behaviour – Services are constantly logging operation results for ‘health checks’. Notifications of deviation of behaviour occur within minutes and can be rectified quickly. In addition, data trends are studied for usage patterns to improve capacity.

Overall, both Revit Server and C4R work-sharing methods have advantages and downsides, but depending on the organisation concerned and its specific needs, one may be more useful over the other. However, with the increased shift to subscription-based software licensing, C4R may be seen as the logical way forward for many firms that have not already invested in costly Revit server hardware and require easy to use and easy to operate cloud-based solutions for collaborating on their projects.

Source by Kuldeep Bwail Should You Use Revit Server or Collaboration For Revit (C4R)?

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WSP Uses Advanced 3D Modeling to Optimize the Design of London’s Newest Iconic Skyscraper

Bentley’s RAM Software Provides Innovative Structural Solutions for Unique Geometry of One Blackfriars Tower

  Prime Location, Multiple Challenges

Considered one of Europe’s most iconic building projects, One Blackfriars London is a mixed-use development that features a 50-story residential tower as its centerpiece, an adjoining three-story podium housing a gym and retail facilities, and a boutique hotel with 161 rooms, all built over a three-story basement with a swimming pool, spa, and parking facilities. Developed by St. George and designed by Simpson Haugh Architects, the project is situated on the south side of Blackfriars Bridge overlooking the River Thames, offering spectacular views of St. Paul’s Cathedral, Tower Bridge, and Westminster’s Big Ben, and the houses of Parliament. WSP was appointed to provide structural modeling and engineering services.

  The project site varied in depth and had remaining elements of a previously demolished building, which could not be removed without collapsing the surrounding infrastructure. Performing a 3D laser site survey enabled the team to understand the site challenges and design the new three-story basement down to 13 meters, fitting around the site’s constraints.

  WSP also faced challenges designing temporary on-site client facilities, including developing structural solutions for the complex geometry of the 170-meter landmark building. MicroStation, RAM Concept, and RAM Structural System provided WSP an integrated BIM solution to streamline workflows and push the limits of structural design to create an elegant silhouette on London’s skyline.

  3D Design Coordination Saves Time and Space

Given that St. George desired a strong, on-site marketing and sales presence, WSP designed a temporary three-story, steel-framed facility fitted with replica apartments to serve as the marketing suite. To support it at ground level, the team partially modeled the ground floor slab and supported the slab on plunge columns so that the three levels of the basement could be constructed around and underneath the marketing suite while in use. This piling configuration enabled temporary and permanent works to be combined and facilitated a top-down construction sequence. The interoperability of Bentley technology allowed WSP to share the 3D design models with the construction contractor for generating logistics plans and sequencing work packages. As the works reached the ground floor, the marketing suite was removed and the tower construction commenced.

  To complicate matters, the rooftop structure of the tower housed the main building maintenance unit (BMU), which contained a shaft extending down into the multi-level penthouse floors. WSP worked with its in-house façade access consultants, sharing 3D MicroStation models to determine how to prevent the BMU from intruding on the penthouse space. Using the WSP model, contractors could fully understand the space and reduce the size of the BMU to a more compact unit.

  In addition to coordinating with the contractors, WSP opted for a collaborative design process to analyze numerous options and determine innovative solutions to ensure structural integrity of the asymmetrically shaped tower. The design team used the architect’s 3D model in MicroStation and developed a framing skeleton for the model. Floor plate layouts were then extracted and seamlessly imported into RAM Concept, where multiple design iterations were analyzed and automated drawing productions generated for client and design team coordination. This process streamlined workflow and optimized optioneering, enabling various alternatives to be analyzed in half the time.

  Post-tensioned Design Adds Value

The geometry of the tower consists of a narrow base extending upward to a bulge, where the private viewing lounge offers panoramic views of London, and then slopes back in and continues rising upward. A multi-level penthouse accommodates the top five floors of the 50-story building. The tower includes 274 luxury apartments, all varying in layout with floor plates of different shapes and sizes and no repetition throughout the building. Not only did WSP need a structural solution for the varied floor plans, but it also needed to design support columns that offered unobstructed views without intruding on the apartment spaces.

  Based on the MicroStation architectural model and using RAM Concept, WSP determined that the optimal structural solution was a combination of fitting reinforced concrete blade columns between the party walls and circular feature columns. With all the various sized apartments, the team needed to determine the location for the columns that best suited the individual layouts while still ensuring structural integrity. Bentley’s interoperable technology optimized the column configuration and automatically generated arrangement drawings that were shared with the contractor for construction.

  Finally, with RAM Concept, WSP designed the apartment floor slabs as thin as possible. The team modeled and designed 225-millimeter thick, post-tensioned concrete floor slabs, which proved to be the most cost-effective solution based on minimum structural zone. It reduced the self-weight of the floors, which proved the most cost-effective solution based on minimum structural zone. It reduced the self-weight of the floors, which allowed for maximum slab spans and floor-to-ceiling heights to increase apartment value. The post-tensioned slab design saved 10 percent in overall concrete volume for the floors alone, equivalent to five additional floor plates.

  Interoperability Ensures Stability

Using RAM Concept, WSP conducted finite element modeling to analyze the entire building, testing stability against wind and numerous forces. The team applied the software’s meshing algorithm to accurately predict the floor slab concrete behavior and integrated it with other software, designing the stability system and producing an overall building model.

  A glittering pinnacle of One Blackfriars Tower is the multi-level penthouse. Tasked with finding a structural framing solution for the most expensive part of the building, the design team used RAM software to develop structural support for the glass rooftop. With Bentley’s structural design and analysis software, WSP introduced a transfer slab to support the entire dead weight of the roof cap and restrained it with horizontal and vertical restraints.

  The team conducted a detailed deflection cap analysis that included testing the structural robustness of the main BMU on various transfer slabs. The interoperability of Bentley software optimized analysis, ensuring structural stability of the unique building geometry and achieving an iconic design.

  RAM Optimizes Structural Solutions

Consistent with the elegant design of the tower, the architects were keen to have feature columns at the base of the building. The columns were narrow at the base and extended upward 10 meters in height, which forced the team to adopt high-strength concrete to ensure optimal axial stiffness and strength. However, the client also wanted a two-level mezzanine above the lobby without any of the columns interfering with the open lobby space. Using RAM Structural System, WSP designed a steel framework and hung the entire framing system from the first residential floor slab. With RAM Concept, the design team could enhance the thickness of the first level slab to support the frame loads.

  WSP faced additional challenges of ensuring structural support for the post-tensioned floor slabs for the different apartment layouts. After conducting numerous design iterations, the team adopted a combined solution of walking columns, raking columns, and split reverse-Y columns. As the raking columns also generated horizontal forces, WSP use the floor plates to tie the column horizontal forces to the building.

  Further up the tower structure are two smaller BMUs that required a variation in column design to avoid clashes as the columns rose from the floors below. RAM Concept enabled the team to determine an optimal solution, using reverse-Y transfer columns to allow space for the BMUs but still support the floors.

  Finally, as with any high-rise building, lateral stability is a crucial issue. And with residential buildings like One Blackfriars Tower, the building cores tend to be smaller compared to commercial buildings. To ensure lateral stability, WSP designed a staggered outrigger system that extended out and attached to the columns. This solution also provided the construction team complete access to each floor.

    Pushing the Limits of Structural Design

Bentley’s RAM software saved considerable time throughout all stages of the project. The technology allowed multiple iterations and design changes to be explored and adopted from the initial design proposal stage through construction, while ensuring compliance with European design codes. Within a short period of time, WSP achieved an efficient, cost-effective structural solution incorporating longer, thinner slabs and fewer columns. RAM enabled the design team to push structural design to the limit, providing innovative solutions for each bespoke room and floor.

  Using Bentley’s integrated 3D modeling applications enabled WSP to design and deliver an iconic landmark for London and reinforces the notion that with the right capabilities, anything is possible and there is no limit as to what can be achieved. One Blackfriars will inspire the next generation of designers to think outside the box and promote London as the capital for world-class architecture and engineering.

  According to Aret Garip, technical director, structural project manager and design lead, WSP UK, “Bentley’s RAM Concept and MicroStation software packages enabled WSP to design and deliver one of the most iconic projects in Europe. The software was very effective to coordinate and design cost-efficient and environmentally friendly solutions for the benefit of the client and the local community. The project stands proud as a centerpiece for architectural and engineering excellence.”

    Project Summary

  Organization:  WSP

Solution:  Buildings and Campuses

Location: London, England, United Kingdom

  Project Objectives:

Provide structural engineering solutions for site constraints and complex geometry of One Blackfriars Tower.

Design cost-effective, efficient framing to fit 274 apartments within the 50-story skyscraper.

Optimize collaboration with architects, client, and contractors to deliver an elegant super-structure with spectacular views of London.

Push the limits of structural design to inspire the imagination of future designers.

  Products Used:

MicroStation, RAM Concept, RAM Structural System

  Fast Facts:

One Blackfriars is London’s mixed-use development accommodating 274 apartments and a multi-level penthouse.

WSP used RAM Concept to design the floor slabs for this geometrically complex building.

Using MicroStation, the design team shared 3D models and produced automated production drawings, facilitating collaboration.

  ROI:

RAM Concept optimized optioneering to achieve a cost-effective structural solution within a short time period, saving the equivalent of five additional floor plates.

Bentley’s 3D technology coordinated modeling and streamlined workflows to save 50 percent in design time.

Bentley applications’ interoperability combined temporary and permanent works, increasing efficiency and reducing construction time.

    “Bentley’s RAM Concept and MicroStation software packages enabled WSP to design and deliver one of the most iconic projects in Europe. The software was very effective to coordinate and design cost-efficient and environmentally friendly solutions for the benefit of the client and the local community. The project stands proud as a centerpiece for architectural and engineering excellence.”

  Aret Garip, Technical Director, Structural Project Manager and Design Lead, WSP, UK

  WSP Uses Advanced 3D Modeling to Optimize the Design of London’s Newest Iconic Skyscraper was first published on http://ukconstructionblog.co.uk

Read Full Article: https://brandonholdensite.wordpress.com/2018/05/21/wsp-uses-advanced-3d-modeling-to-optimize-the-design-of-londons-newest-iconic-skyscraper/

[brandonholdenme]

WSP Uses Advanced 3D Modeling to Optimize the Design of London’s Newest Iconic Skyscraper

Bentley’s RAM Software Provides Innovative Structural Solutions for Unique Geometry of One Blackfriars Tower

  Prime Location, Multiple Challenges

Considered one of Europe’s most iconic building projects, One Blackfriars London is a mixed-use development that features a 50-story residential tower as its centerpiece, an adjoining three-story podium housing a gym and retail facilities, and a boutique hotel with 161 rooms, all built over a three-story basement with a swimming pool, spa, and parking facilities. Developed by St. George and designed by Simpson Haugh Architects, the project is situated on the south side of Blackfriars Bridge overlooking the River Thames, offering spectacular views of St. Paul’s Cathedral, Tower Bridge, and Westminster’s Big Ben, and the houses of Parliament. WSP was appointed to provide structural modeling and engineering services.

  The project site varied in depth and had remaining elements of a previously demolished building, which could not be removed without collapsing the surrounding infrastructure. Performing a 3D laser site survey enabled the team to understand the site challenges and design the new three-story basement down to 13 meters, fitting around the site’s constraints.

  WSP also faced challenges designing temporary on-site client facilities, including developing structural solutions for the complex geometry of the 170-meter landmark building. MicroStation, RAM Concept, and RAM Structural System provided WSP an integrated BIM solution to streamline workflows and push the limits of structural design to create an elegant silhouette on London’s skyline.

  3D Design Coordination Saves Time and Space

Given that St. George desired a strong, on-site marketing and sales presence, WSP designed a temporary three-story, steel-framed facility fitted with replica apartments to serve as the marketing suite. To support it at ground level, the team partially modeled the ground floor slab and supported the slab on plunge columns so that the three levels of the basement could be constructed around and underneath the marketing suite while in use. This piling configuration enabled temporary and permanent works to be combined and facilitated a top-down construction sequence. The interoperability of Bentley technology allowed WSP to share the 3D design models with the construction contractor for generating logistics plans and sequencing work packages. As the works reached the ground floor, the marketing suite was removed and the tower construction commenced.

  To complicate matters, the rooftop structure of the tower housed the main building maintenance unit (BMU), which contained a shaft extending down into the multi-level penthouse floors. WSP worked with its in-house façade access consultants, sharing 3D MicroStation models to determine how to prevent the BMU from intruding on the penthouse space. Using the WSP model, contractors could fully understand the space and reduce the size of the BMU to a more compact unit.

  In addition to coordinating with the contractors, WSP opted for a collaborative design process to analyze numerous options and determine innovative solutions to ensure structural integrity of the asymmetrically shaped tower. The design team used the architect’s 3D model in MicroStation and developed a framing skeleton for the model. Floor plate layouts were then extracted and seamlessly imported into RAM Concept, where multiple design iterations were analyzed and automated drawing productions generated for client and design team coordination. This process streamlined workflow and optimized optioneering, enabling various alternatives to be analyzed in half the time.

  Post-tensioned Design Adds Value

The geometry of the tower consists of a narrow base extending upward to a bulge, where the private viewing lounge offers panoramic views of London, and then slopes back in and continues rising upward. A multi-level penthouse accommodates the top five floors of the 50-story building. The tower includes 274 luxury apartments, all varying in layout with floor plates of different shapes and sizes and no repetition throughout the building. Not only did WSP need a structural solution for the varied floor plans, but it also needed to design support columns that offered unobstructed views without intruding on the apartment spaces.

  Based on the MicroStation architectural model and using RAM Concept, WSP determined that the optimal structural solution was a combination of fitting reinforced concrete blade columns between the party walls and circular feature columns. With all the various sized apartments, the team needed to determine the location for the columns that best suited the individual layouts while still ensuring structural integrity. Bentley’s interoperable technology optimized the column configuration and automatically generated arrangement drawings that were shared with the contractor for construction.

  Finally, with RAM Concept, WSP designed the apartment floor slabs as thin as possible. The team modeled and designed 225-millimeter thick, post-tensioned concrete floor slabs, which proved to be the most cost-effective solution based on minimum structural zone. It reduced the self-weight of the floors, which proved the most cost-effective solution based on minimum structural zone. It reduced the self-weight of the floors, which allowed for maximum slab spans and floor-to-ceiling heights to increase apartment value. The post-tensioned slab design saved 10 percent in overall concrete volume for the floors alone, equivalent to five additional floor plates.

  Interoperability Ensures Stability

Using RAM Concept, WSP conducted finite element modeling to analyze the entire building, testing stability against wind and numerous forces. The team applied the software’s meshing algorithm to accurately predict the floor slab concrete behavior and integrated it with other software, designing the stability system and producing an overall building model.

  A glittering pinnacle of One Blackfriars Tower is the multi-level penthouse. Tasked with finding a structural framing solution for the most expensive part of the building, the design team used RAM software to develop structural support for the glass rooftop. With Bentley’s structural design and analysis software, WSP introduced a transfer slab to support the entire dead weight of the roof cap and restrained it with horizontal and vertical restraints.

  The team conducted a detailed deflection cap analysis that included testing the structural robustness of the main BMU on various transfer slabs. The interoperability of Bentley software optimized analysis, ensuring structural stability of the unique building geometry and achieving an iconic design.

  RAM Optimizes Structural Solutions

Consistent with the elegant design of the tower, the architects were keen to have feature columns at the base of the building. The columns were narrow at the base and extended upward 10 meters in height, which forced the team to adopt high-strength concrete to ensure optimal axial stiffness and strength. However, the client also wanted a two-level mezzanine above the lobby without any of the columns interfering with the open lobby space. Using RAM Structural System, WSP designed a steel framework and hung the entire framing system from the first residential floor slab. With RAM Concept, the design team could enhance the thickness of the first level slab to support the frame loads.

  WSP faced additional challenges of ensuring structural support for the post-tensioned floor slabs for the different apartment layouts. After conducting numerous design iterations, the team adopted a combined solution of walking columns, raking columns, and split reverse-Y columns. As the raking columns also generated horizontal forces, WSP use the floor plates to tie the column horizontal forces to the building.

  Further up the tower structure are two smaller BMUs that required a variation in column design to avoid clashes as the columns rose from the floors below. RAM Concept enabled the team to determine an optimal solution, using reverse-Y transfer columns to allow space for the BMUs but still support the floors.

  Finally, as with any high-rise building, lateral stability is a crucial issue. And with residential buildings like One Blackfriars Tower, the building cores tend to be smaller compared to commercial buildings. To ensure lateral stability, WSP designed a staggered outrigger system that extended out and attached to the columns. This solution also provided the construction team complete access to each floor.

    Pushing the Limits of Structural Design

Bentley’s RAM software saved considerable time throughout all stages of the project. The technology allowed multiple iterations and design changes to be explored and adopted from the initial design proposal stage through construction, while ensuring compliance with European design codes. Within a short period of time, WSP achieved an efficient, cost-effective structural solution incorporating longer, thinner slabs and fewer columns. RAM enabled the design team to push structural design to the limit, providing innovative solutions for each bespoke room and floor.

  Using Bentley’s integrated 3D modeling applications enabled WSP to design and deliver an iconic landmark for London and reinforces the notion that with the right capabilities, anything is possible and there is no limit as to what can be achieved. One Blackfriars will inspire the next generation of designers to think outside the box and promote London as the capital for world-class architecture and engineering.

  According to Aret Garip, technical director, structural project manager and design lead, WSP UK, “Bentley’s RAM Concept and MicroStation software packages enabled WSP to design and deliver one of the most iconic projects in Europe. The software was very effective to coordinate and design cost-efficient and environmentally friendly solutions for the benefit of the client and the local community. The project stands proud as a centerpiece for architectural and engineering excellence.”

    Project Summary

  Organization:  WSP

Solution:  Buildings and Campuses

Location: London, England, United Kingdom

  Project Objectives:

Provide structural engineering solutions for site constraints and complex geometry of One Blackfriars Tower.

Design cost-effective, efficient framing to fit 274 apartments within the 50-story skyscraper.

Optimize collaboration with architects, client, and contractors to deliver an elegant super-structure with spectacular views of London.

Push the limits of structural design to inspire the imagination of future designers.

  Products Used:

MicroStation, RAM Concept, RAM Structural System

  Fast Facts:

One Blackfriars is London’s mixed-use development accommodating 274 apartments and a multi-level penthouse.

WSP used RAM Concept to design the floor slabs for this geometrically complex building.

Using MicroStation, the design team shared 3D models and produced automated production drawings, facilitating collaboration.

  ROI:

RAM Concept optimized optioneering to achieve a cost-effective structural solution within a short time period, saving the equivalent of five additional floor plates.

Bentley’s 3D technology coordinated modeling and streamlined workflows to save 50 percent in design time.

Bentley applications’ interoperability combined temporary and permanent works, increasing efficiency and reducing construction time.

    “Bentley’s RAM Concept and MicroStation software packages enabled WSP to design and deliver one of the most iconic projects in Europe. The software was very effective to coordinate and design cost-efficient and environmentally friendly solutions for the benefit of the client and the local community. The project stands proud as a centerpiece for architectural and engineering excellence.”

  Aret Garip, Technical Director, Structural Project Manager and Design Lead, WSP, UK

  The post WSP Uses Advanced 3D Modeling to Optimize the Design of London’s Newest Iconic Skyscraper was first published from http://ukconstructionblog.co.uk

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