Utilise BIM 360 and C4R for AEC Projects – Collaborate, Communicate and Coordinate

Picture3In various stages of the construction project lifecycle, multiple project stakeholders and teams are involved, which involves teams of specific disciplines working on certain elements of the project from different locations on a MEP (M&E) BIM or architectural BIM modeling project. In a multiplatform, multi-device, co-working and co-sharing environment, two-way communication, synchronised coordination, seamless collaboration and clash-free solutions are some of the aspects which determine the successful completion of a project.In various stages of the construction project lifecycle, multiple project stakeholders and teams are involved, which involves teams of specific disciplines working on certain elements of the project from different locations on a MEP (M&E) BIM or architectural BIM modeling project. In a multiplatform, multi-device, co-working and co-sharing environment, two-way communication, synchronised coordination, seamless collaboration and clash-free solutions are some of the aspects which determine the successful completion of a project.

To facilitate collaboration and coordination, reduce costs, improve project management and deliver projects efficiently within the timeframe and budgetary requirement, there are cloud-based, collaboration tools such as BIM 360 and C4R for AEC projects which help in providing improvements to AEC projects.

Some of the ways in which collaboration and work sharing tools help you address project management challenges include:

1. They enable collaboration – To keep all project stakeholders updated with the latest information, collaboration and work-sharing tools provide access to BIM project data which is centralised and help in connecting multiple team members through various devices, platforms and locations. As a BIM manager, project head or architect, you can use C4R to upload your Revit model to the cloud, BIM 360 Team to link your projects and provide access to multiple team members to enable them to make changes, add markups and communicate using features such as the Communicator on C4R.

2. They facilitate two-way communication – When multiple team members are working on various elements in the same, centralised model, communication is important. The Communicator, an integrated, instant messenger type feature in C4R enables your team members to communicate easily in real-time on active projects.

3. They enhance the interference analysis and coordination process – In a construction project, you may have teams from various disciplines working on a model. To ensure the process of clash detection, coordination and resolution are efficient, using a combination of collaborative and clash detection tools is the best solution. You could use C4R along with BIM 360 Glue and BIM 360 Field to detect clashes, synchronise the coordination of changes and create coordinated, clash-free and construction ready architectural models.

4. They reduce costs – By addressing coordination issues in the initial stages of the construction project lifecycle, you can reduce time spent and costs that you could have incurred had you not resolved coordination issues. To decrease costs, deliver projects faster and reduce errors, using collaboration tools help in coordination and enhance project transparency.

5. They provide a holistic view – Typically individual team get an isolated view of specific elements of the project based on their role in the process. For you to enable better coordination, collaboration and communication, using cloud-based, collaboration tools help in providing a holistic view of the project, which is important in creating coordinated, construction ready models.

6. They facilitate remote project management – Using browser-based and cloud-based tools make work sharing and collaboration is easier. You can procure the best resources and cross-border teams by using cloud-based tools, therefore, reducing cost on IT infrastructure, enhancing project delivery time and maintaining budgetary requirements.

By facilitating two-way communication, cross-border coordination and seamless collaboration between multiple project stakeholders, work sharing and collaboration tools such as C4R and BIM 360 provide you with a solution to address project management challenges. To respond to the increasing demand for faster project delivery within budgets, collaboration tools provide you with the best possible solution by increasing efficiency, reducing costs, facilitating effective project management and enabling faster project delivery. While adoption of the latest technology in the AEC industry is gradual, being a first mover could provide you with an advantage. The sooner you utilise tools such as C4R and BIM 360, the easier it will be for you to efficiently deliver projects faster, reduce costs and ensure your teams can seamlessly collaborate, coordinate and communicate.

Why The Time-tested Practice of Architectural Drafting is Used in Architectural Design?

Why the time-tested practice of Architectural Drafting is used in Construction and Architectural DesignArchitectural drafting, a time-tested practice of drafting 2D architectural construction drawings has evolved from manual 2D drawing to using computer-aided design and drafting (CAD) software programs. 2D drawing sets have been used and will continue to be used by engineers, designers and architects as standard deliverables to contractors on construction sites.Architectural drafting, a time-tested practice of drafting 2D architectural construction drawings has evolved from manual 2D drawing to using computer-aided design and drafting (CAD) software programs. 2D drawing sets have been used and will continue to be used by engineers, designers and architects as standard deliverables to contractors on construction sites.

In most building projects today you may have noticed an increase in the use of architectural BIM modeling and 3D models. Architectural 3D modelling is useful because 3D architectural construction drawings and models allow for design changes in real-time, easier management and exchange of project data and it provides a 3D view of the conceptual plan. However, architectural drafting is preferred by several construction companies because it includes technical details of structural, architectural and electrical components required for installation and during construction of a building. A construction drawing set (CD set) of architectural CAD drawings typically includes sections, elevations, floor plans, detailed drawings for installation of MEP components and other documents required for construction.

Architectural CAD drawings help in construction and architectural design by specifically communicating the design intent and by providing high-performance detailing of construction elements. To understand why the time-tested practice of architectural drafting is commonly used in architectural design and construction projects, here are some of the reasons:

• While architectural design companies have technical resources and drafting teams qualified to deliver 2D technical drawings using basic software programs such as AutoCAD, not all companies have the availability of technical resources qualified to deliver 3D models using software programs such as Revit. Moreover, most of the resources employed in construction teams are qualified to interpret 2D architectural construction drawings required for construction while not all resources working in various disciplines are experienced to use 3D models.

• In the construction industry, the adoption of new practices and the latest software is a slow and gradual process. The software programs used in architectural design and building projects varies from country to country, with some using AutoCAD and ArchiCAD instead of Revit, invariably resulting in the incompatibility of project data. 2D architectural CAD drawings are widely adopted across the industry and are preferred over Revit 3D models for construction.

• While 3D models provide additional information, not all building projects require this data to complete construction. 2D architectural CAD drawings in a construction drawing set include symbols, technical codes, quantities, the type of material and other additional information included in the elevations, sections, floor plans and detailed drawings that are required for successfully completing a construction project.

• One of the underlying reasons why architectural drafting solutions are commonly used is the fact that 2D technical drawings are economically viable and provide sufficient project data to complete construction. Moreover, added to the cost of architectural 3D modelling solutions, there is an additional investment in technical resources qualifies to interpret architectural 3D models for construction on-site.

The practice of using 2D architectural construction drawings on-site will continue to be a preferred option because construction companies and teams need more than a 3D perspective of the conceptual plan, they need precise details and accurate drawings for construction and detailed technical drawings more than an aesthetical perspective. Moreover, in the construction industry, most of the resources can interpret 2D drawings clearly and not all manpower of various disciplines in a construction team have the capability to comprehend 3D models. Added to that, 2D drawings are compatible because basic software programs such as AutoCAD and ArchiCAD is required unlike when using 3D models where there are certain cases of software incompatibility. While architectural design and construction companies gradually adopt architectural 3D modelling and BIM modelling solutions, architectural drafting and drawing solutions will continue to be a commonly used practice because it meets the requirement of efficient and effective construction on time and within budget.

Understanding Lux Level Requirements for Commercial Lighting Design

MEP Engineering Design | MEP Design Service

Lighting design plays a key role in commercial buildings which are typically used by people to perform a task or conduct an activity. To achieve their tasks or activities in a workspace, the right amount of illuminance is necessary, over-lighting is as much as a hindrance to accomplishing tasks as under-lighting. Commercial lighting compared to industrial or residential lighting involves higher initial costs, higher maintenance, longer durability and lifespan and higher service costs. To identify the illumination level requirements or lux level requirements of a commercial building, it would be useful to understand the units of measurement of illuminance, the intensity or amount of light and the efficacy of the relationship between lux and lumen.

Illuminance or lux is the intensity of the level of light and ‘luminous flux’ or lumen is the amount of light produced. Lux is the unit of measurement usually measured in foot candles, one lumen is the measurement of the intensity of the light output and is equal to one lux across an area of one square meter. Given an area you may need to illuminate, the measurement of lux helps you identify the output or lumen required. Typically, for an office which is brightly lit around 400 lux of illumination is required and an office space which uses 100W incandescent bulbs in ceiling panels would produce 1600 lumens as the output of light. When a lighting design company designs light fixtures for a large commercial area, the number of light fixtures is usually increased to get higher lumen keeping in mind the lux level requirements.

A primary factor in ensuring efficiency in light design is achieved by balancing lux and watts or managing the amount of power used to produce light. The measurement of energy efficiency or the power required for light fixtures (luminaires) to operate is known as watts or wattage. The rate at which a light fixture converts power to light or watts to lumen is known as luminous efficacy and measured in lumens per watt (LPW). Typically, an office or commercial space with ceiling panels which would use 32W T5 or T8 fluorescent lamps would usually produce 50 lumens/watt.

Lux level requirements are calculated to determine the appropriate number of lights, the type of light fixtures and the best possible commercial lighting solution, based on the size of the office or commercial space, the type of task or activity which will be conducted and the energy efficiency standards required.

In most cases, based on the client requirements of lux levels, office spaces are over-lit and are usually more than rates mentioned in the lighting standard codes and guidelines developed by professional lighting bodies. Lighting consultants and MEP engineering design teams while keeping in mind client requirements must also consider lighting codes and guidelines which mention the minimum lux level requirements that need to be maintained. Several lighting professional bodies have published handbooks and guidelines, some of which include lighting guides published by the Chartered Institution of Building Services Engineers (CIBSE) in the UK, the IESNA Lighting Handbook by the Illuminating Engineering Society of North America and guides and lighting codes provided by the Lighting Council Australia.

To improve energy efficiency and reduce consumption, several countries have presented lighting codes and green building solutions which have made lighting manufacturers develop higher energy efficient light fittings. For offices and commercial spaces, the stipulated lighting watts/m2 is considered to be within the range of 10 to 15 watts/m2. With the increase in the use of LED light fixtures, lighting consultants are required to maintain lighting watts within the range of 5 to 8 watts/m2, while maintaining lux level requirements.

To ensure commercial lighting designs provide higher energy efficiency, lower energy consumption and better control on energy usage, lighting consultants and MEP engineering design teams must consider trending lighting solutions in the industry. From LED fixtures with advanced lighting controls, energy harvesting technologies, interactive lighting to connected lighting, there are several trends which a lighting design company could use to provide high energy-efficiency and customer-centricity in lighting design solutions for commercial spaces.

Why MEP Contractors Change MEP Design Models

MEP Design Services | MEP Consultants | MEP Services

In the MEP environment, a building’s MEP designs are initially developed at high level and then detailed to make them clash free and installation ready. MEP designers/consultants play a significant role in design decisions, construction planning, cost estimation and documentation. While design development is typically the role of the consultant and design detailing is done by the MEP contractor, when using MEP (M&E) BIM models and Revit BIM libraries, contractors invariably need to make changes to the MEP design model created by the consultant.

To make a design installation ready, contractors may have to make several changes to the design-intent such as resizing of ducts, re-routing of pipework, adding wall penetrations, bolt locations and datum points for hangars and changing equipment. Once these changes are made by the contractor, the design would be installation ready and will need to be approved by the MEP consultant. The question that this article seeks to answer is why do MEP contractors need to make these and other changes to MEP design models?

  • To adjust invert elevations – During the installation of plumbing or drainage pipes, MEP contractors deal with the point of the bottom inside of the pipe, this is known as the invert elevations. To guide pipe design and match the invert elevation height, elevation information can be vertically adjusted at the centre of the pipe using Revit. However, if you are unaware that the elevation information is in centre of the pipe, it could cause confusion in adjusting invert elevations and create discrepancies while coordinating with other disciplines. This is the reason why MEP contractors need to manually adjust invert levels, create spot elevations for the inside bottom of the pipe and change the design models to install pipes which are coordinated with other disciplines.
  • To retrofit MEP systems into a prefabricated module environment – Planning for prefabrication of MEP components into the 3D model would not be considered by designers and therefore the contractor is the party who will make adjustments to services to allow them to fit into prefabricated modules to maximise the advantages that are gained from off-site fabrication. In several MEP projects which require prefabrication of risers, ceilings and plant room areas, MEP services drawings and modules specifically for fabricators and installers is necessary to facilitate proper installation. MEP contractors make changes in the MEP design model to ensure that services fit within modules within the ceiling or riser space to allow prefabrication of MEP components off-site allowing faster installation on-site.
  • To facilitate efficient spatial coordination – When installing MEP systems, effective spatial coordination with other building services and disciplines is imperative. A consultant may leave clashes in a model as his focus will be on getting a design issue by a due date. A contractor is more concerned with actual fitting so after conducting a clash test on the 3d model, MEP contractors will invariably change design models to ensure that all services are not clashing. The installation programme of the MEP system depends on clash free layouts and MEP contractors must make sure that MEP systems are spatially coordinated with other disciplines in the 3D model before creating M&E (MEP) Coordinated Drawings.
  • To deal with constructability issues – There are several factors that influence the constructability or sequence in which MEP systems are installed. Some of the conflicts that require a change in MEP design include routing, fitting and sequencing of large equipment within a given space, conflicting piping network and installation of MEP systems within a crowded space. As MEP contractors need to tackle several conflicts and constructability issues before installing MEP systems, a change in MEP design usually occurs.
  • To install MEP systems economically and efficiently – While the MEP design intent may seem to be perfectly coordinated, it need not necessarily be economic or efficient when it involves installation. There are several costs involved when changes need to be made after installation such as re-routing pipes to reduce bends, re-positioning ducts to allow supply and extract in the correct locations, changing equipment or adding wall penetrations, bolt locations and datum points for hangars. To make sure that MEP systems are installed economically and efficiently, MEP contractors must make changes to MEP design models.
  • Changes in materials and components – In some cases the MEP model from a consultant is accurately modelled with specified parts, materials and components. However, in some cases projects do not have specified parts and a consultant may use library elements from Revit leaving the contractor to update the model using his planned procurement schedule. This will result in changes due to sizes and access requirements for new components such as a change from copper to plastic pipe which is thicker or a change from one set of pumps to another that may be larger and may have different valve arrangements. The knock-on effect of such component changes can mean that other systems also need to be changed.

Given the many reasons why MEP contractors need to change MEP designs and with the adoption of MEP (M&E) BIM practices, there is an overlap in the scope of MEP contractors and consultants during the planning phase. To know more about how you can reduce the duplication of efforts, additional costs, manage project schedules and reduce scope overlap, read more in this post to find out the possible routes that can be taken.

To ensure MEP design models are installation ready for MEP contractors to use on site, a viable solution would be to work with a 3D BIM coordination specialist or MEP engineering design service provider. At XS CAD, our experienced team of MEP designers in India provide BIM support and spatially coordinated building services drawings for key stakeholders in the MEP (M&E) industry, from MEP (M&E) consulting engineers and MEP (M&E) building services contractors. In our spatially coordinated MEP building services models, we use the latest 3D MEP (M&E) modelling software (Revit MEP) and clash detection technology (Autodesk Navisworks) to provide 3D M&E (MEP) coordinated drawings which adhere to engineering standards, the structural and architectural elements within a building.

Technical and Contractual Risks Associated with BIM

Blog-14thApril-2017BIM (Building Information Modeling) is a perfect solution for architects, design and construction teams to address design implementation challenges. 3D BIM coordination facilitates an evolving workflow, interoperability and collaboration between different project stakeholders. This has widened the scope and application of concept design, design development, implementation and project delivery methods.

With 3D BIM coordination, you can collaborate with designers, engineers, building services contractors and general contractors to communicate design intent and ensure the project is implemented efficiently from preconstruction concept review to construction completion. When collaboration happens at this scale, you need to consider the associated technical and contractual risks before you adopt BIM tools:

1.Data control – When using 3D BIM models, you may have different users entering data at various stages of a project lifecycle. To ensure there is responsibility for inaccuracies and control of data entry, you must ensure BIM users sign applicable indemnities, disclaimers and warranties. This will help you in controlling the movement of data and assigning responsibilities.

2.Assignment of responsibilities – Typically in BIM projects, many team members collaborate and ownership of BIM data must be clearly stated. To avoid conflict and confusion, you need to create contract documents that should clearly define ownership and assign responsibilities when using BIM data.

3.Proprietary information protection – In the process of design development and project implementation, proprietary information may be used by team members. While your client may have ownership rights for the design, contract documents need to clearly state the ownership rights of proprietary information to ensure protection.

4.Design licensing – In certain projects, designers and contractors may provide vendor designs and specifications of material and equipment. In such instances, you need to create policies to ensure that only those designs with relevant licenses for the project are used. This will help you in avoiding licensing issues of vendor designs associated with their products.

5.Consistency in the use of technology – When adopting BIM modeling and coordination processes, to maintain an efficient and smooth workflow, you need to ensure that different project stakeholders, who need to work collaboratively, are using software versions that are compatible. All users must be informed about changes in versions and software updates. Based on the BIM environment you choose, whether closed BIM (the use of the same software and version) or open BIM (the use of neutral or compatible file formats), you need to make sure this selection is agreed at the outset of the project. This will help in avoiding compatibility issues that may arise in the later stages of the project lifecycle.

In any collaborative environment, clearly defining responsibilities and rules will help in improving teamwork of various project stakeholders. You may adopt an Integrated Project Delivery (IPD) strategy to build successful working relationships and facilitate efficient collaboration between your entire design, engineering and construction teams. While there is no secret formula or a common risk mitigation strategy, you can reduce conflicts and confusion by adopting best practices and creating well-defined contracts. By clearly specifying the roles, responsibilities and accountable members or groups, it will help you to create a successful collaborative environment and embrace an evolving concept such as 3D BIM coordination.

With BIM modeling you can improve the process of concept design, design development and communication of design concept to project stakeholders and clients. As new BIM technology is introduced, the next step would be to adopt a cloud-based BIM collaboration tool, such as A360 Collaboration for Revit (C4R). With cloud-based BIM tools, you can facilitate ‘borderless’ collaboration and allow project stakeholders to work on a model simultaneously from different sites, anywhere, anytime and on any device. By adopting BIM, you can improve collaboration between project teams, optimise project duration, reduce cost and strengthen client relationship.

Why BIM is becoming important for Retail Design?

Across global the retail markets are facing unprecedented challenges from within their sector and also from new e-commerce sectors. Retailers that are successful are aware that this success can be short lived and therefore expansion and roll out of their outlets can sometimes become a limitation for success are aware that Assuming that the challenge is indeed speed to market, for retailers, it is paramount to adopt a design planning process which can help them develop retail ideas that are versatile, clash-free and efficient to build/install within a planned budget. This is where BIM can start to provide significant benefits due to the ease of operation, use of a database of library items and the benefit of repeatability of the design concept.

BIM can be beneficial for the entire retail property development chain from design consultants and architects, to MEP installers and facility managers. If it is used effectively it can lead to faster scale up, design accuracy, higher design flexibility and cost efficiency. Whilst it does take some take and effort to convert conventional CAD drafting processes, blocks and templates to parametric BIM retail design techniques, once done BIM can help retailers to design faster and more accurately. A few of the key benefits of retail design with BIM are discussed in more detail below.

Rapid Development of Design and Construction Documents:

Conventional CAD drafting techniques for building design require different trades to create separate drawings, which sometimes stack up too many inconsistent documents as they are incomplete, usually without a lot of information that may be created by other skilled parties, such as quantity surveyors. This information is usually mandatory for building construction and includes specifications, bill of materials, cost modelling and schedule data. Not only does a BIM model provide this data, freeing up QS (quantity surveyor) resource, it also provides information from the 3d model that contains intelligent data related to design intent and construction and facilities management information. The major stakeholders will typically receive the data that is combined within a master BIM model to then extract further use and benefit from the design model.

Although the success of retail BIM projects depends on the acceptance levels of all the project participants to perceive BIM as a future-ready tool, the actual benefit of BIM lies in its ability to assist in extraction of various documents, data and views including plans, sections, elevations, renderings, bill of quantities (BOQ), material costs and time schedule, all within record time. All this results in quicker, on-demand data extraction and generation from BIM models for any construction-related designs or drawings.

Development of Standardized Re-usable BIM Families:

To maintain consistency, a retailer may use typical fixtures and fittings across their retail network as retail industry primarily focuses on brand image and brand appearance. Retail design teams, with the help of BIM teams, are able to create standardized libraries of BIM for fixtures and fittings which, with further modifications can be used when designing and planning new outlets, thus enabling retail owners to maintain exclusivity with regards to visual elements, consumer experiences and shoplifting layouts. The design team, keeps BIM libraries updated for various unique outlet chains which help in saving time during conceptual and detail design stages whilst boosting efficiency ratios.

For example, consistency within all the outlets can be maintained by keeping the key retail architectural elements uniform with the help of BIM families which leaves scope for tweaking other architectural details and regional elements.

Creating Store Prototype Models that Can Be Localized:

When developing new prototype store designs, BIM proves to be a valuable asset to retailers BIM prototypes not only offer 3D visualisation prowess but also provide a quality database which consists of detailed information on crucial aspects such as materials, fixtures, components, cost estimation and quantity take-offs. As compared to traditional CAD drafting methods, intuitive and elaborate prototypes like these, accelerate the roll out of new store designs.

In summary, using design standards, fixtures, fittings and brand guidelines in a BIM environment as opposed to a CAD environment may incur an up-front cost and time contribution, but the benefit for mass roll out using a library of intelligent components will significantly reduce overall design time and also improve accuracy of project drawings and project data – providing greater certainly for construction teams and also costing teams.

Top 3 Benefits when Undertaking MEP Design and MEP BIM Services from Single Service Provider

Every building project requires MEP (mechanical, electrical and plumbing) design services for heating, cooling, lighting and water services increasingly these aims are met with a more sustainable approach. MEP design services that are designed properly bring the full array of building services solutions to prospective clients and can also benefit from an environmentally friendly approach to design. There are various stages in the MEP design process which is known as MEP design engineering, which is itself supported by a team of documentation and modelling experts to provide MEP drafting, MEP 3D Modelling, 3D MEP clash detection and resolution and BIM MEP modelling for every stage of the design process.

Moving from concept, schematic, design development, tender and construction phases of the MEP design process requires several iterations that need to be managed well and documented effectively to improve understanding and communication of the project at later stages. Keeping in mind the complexity to coordinate MEP with the architectural and structural direction of the project, it can be best to design MEP in 3D rather than in 2D, as it provides a better picture of what a structure may look like. Also, it takes away the effort of bringing together different 2D views.

While MEP design can sometimes be an afterthought, lagging behind architecture and structural design, MEP BIM models generally form the core element of a BIM model, which is great for visualisation, but also produces construction documents like those created in 2D CAD drafting albeit with much more accuracy and in much less time. MEP 3D Modelling makes extensive use of BIM and is used to increase the coordination process but it also allows designers to review their designs and to adapt them to meet the challenges posed by client needs and environmental or sustainable requirements. Not only does a 3D MEP Coordination approach bring significant improvements to the installation process, improving the transition between design and construction, it also allows designers to visualise, test and revise their design in a working model, making effective use of the virtual design process.

As MEP Design and MEP Modelling are so intertwined, it makes sense to seek a provider that is able to provide both services in some cases. At present, there are several companies in the market from where various MEP services can be outsourced. Different companies have their own level of expertise in the services they offer but it all boils down to the choice of the clients as to who offers the best possible management of the key aspects such as time, cost and the overall MEP process beginning from design to installation sheets. In the wake of such a situation it is increasingly necessary for companies to offer as design and drafting services under one roof to optimise the level of coordination and cut down the collective time spent on different services. This has given rise to a few companies beginning to offer MEP Design and MEP BIM services as a part of combined package. Of these, the most popular MEP services on offer from a single company is a package of MEP Design for schematic and tender stages along with MEP BIM services for documentation of these stages but also of further detailed design (spatial coordination) stages typically undertaken by contractors. Here we look at the three prime benefits of undertaking MEP Design and MEP BIM Services from single service provider:

1. Time Saving and Cost Effective: Very often it is seen that an MEP design services firm does not have the luxury of investing in in-house MEP modelling and an extensive MEP Design Engineering team to cater to the various MEP stages involved. Hence, it becomes a need to outsource the MEP design and MEP BIM services from service provides. More importantly, to obtain these services from a single, all-inclusive service provider to increase the level of competency and the set of benefits which are drastically reduced if the services are outsourced from different service providers. The fragmentation can add up a considerable cost, valuable time is lost on part of the clients. Hence, by obtaining these services from single service provider saves a lot of time and the considerable cost as well.

2. Clash Management: More than time and cost savings, undertaking these services from a single service provider can result in improved coordination of MEP services through the production of a coordinated, clash free virtual model. It enables early identification and rectification of coordinated issues, resulting in the reduction of installation time and costs. It reduces waste of man-hours by reducing the requirement for site based modifications.

3. Improved Efficiency and Smooth Transition: One of the most important but underrated features of BIM is automated generation of Bill of Materials (BOMs). Undertaking MEP design and MEP BIM services from a single service provider ensures the automated generation of the Bill of Materials (BOMs) enabling accurate data management and extraction which will be otherwise obtained from the MEP BIM services provider in case of a fragmented choice of service providers. It also improves the overall efficiency of on-site service installation and the overall quality, detail and accuracy of MEP documentation. Having these services under one roof ensures smooth transition of the process from MEP design to MEP modelling without any delays or undue errors.

MEP design services can be managed in various ways in-house but with external options now also available, the key to finding an outsourcing partner rather than handling the work in-house, will be the ability of the outsourcing partner to efficiently communicate and coordinate with the different levels of design teams to ensure a balanced and smooth implementation of all the aspects of the design and modelling process ideally from a single office and therefore from a single partner.