Tag Building Information Modeling

What is the future of BIM technology?

BIM technology

Building information modeling (BIM) is a powerful technique for design and construction over the last 20 years. Enhancing clash coordination, reduction of risk, and improving construction scheduling and sequencing are the popular benefits provided by BIM service providers.  Nevertheless, the industry’s BIM applications throughout the construction project lifecycle are still fragmented. Even though Building Information Modeling is the standard for design, it is used in pre-construction, construction, operations and building maintenance. But what is the future of BIM technology, where architecture, engineering, and construction (AEC) professionals benefit the most?  Well, people looked at technology, wrapping around the axle based on cutting-edge sides. The future of BIM is exciting and it’s much more for a practical reason. Boiling down to the essence, BIM design build services act as a complete communication tool, using models at all stages for improved collaboration.

Ultimately, the future of BIM technology lies in creating connections. Connected BIM leverages comprehensive BIM modeling through cloud technology. A connected model-based approach helps the design build process of residential and commercial service projects throughout pre-construction, construction, closeout, and even through operations and maintenance. 

Current State of Building Information Modeling (BIM)

Where does the construction industry stand today with BIM services?

·         88% architectural services and engineering firms say BIM enables improved design insight

·         82% BIM users are of the opinion that Building Information Modeling provides positive ROI

·         25% design build firms have seen an improved labor productivity

·         84% state that creating building designs with BIM eliminates unnecessary rework

·         69% hold the opinion that BIM modeling reduces costs and material wastage

Benefits of BIM Services at a glance

·         Accuracy in the design build process

·         Ability to visualize designs with aesthetics, landscape, entity placement & space planning

·         Parametric modeling features taking care of interrelated changes across the model

·         Capability to produce 3D geometry, accurate 2D drawings and cost estimation

·         Energy analysis & collaborative modeling

How does BIM enhance the design process?

3D design build models are preferred more compared to the conventional technique of 2D design. BIM modeling provides quick decision-making in the design teams for facilitating construction management through a common shared model and data management since the early design stage. Planning through BIM execution plan, the design phase gets changed with collaborative design, perfect design visualization, sustainable design development and building cost estimation from 3D BIM model. BIM engineering services support the flow of information within a multi-disciplinary process through which sustainability issues and performance analysis are conducted for the whole design phase. So, it’s in the early phase of design build stage, the construction of the building model becomes functional, sustainable, maintainable and operational using BIM.

Different phases of designs with Building Information Modeling

·         Pre-Design – At this stage, architects prepare a schematic model through using masses or real elements in a BIM environment for marketing presenting to clients. BIM 3D Walkthroughs or renderings help to perform the marketing presentation. Then comes the modification part for comprehensive model creation. At this phase, 4D scheduling ensures that the building is created at a specific time, and 5D cost estimation facilitates constant tracking of the project materials and resources.

·         Schematic Design – At this design build stage, ideas get drafted to a sketch. The MEP design firms, architects and structural designers prepare various sketches for the building owner. During this stage, Affordable Luxury travel brief meetings and construction site visits are conducted. Schematic design stage encompasses various stages, including concept design, concept reviews and client meetings. The estimate covers the cost of an element.

·         Design Development – This stage of BIM modeling is popular as a detailed design development stage, where the sketches are developed in detail according to project requirements. Appearance, views and building details are finalized, and other project details, including documents, materials and finishes are also used.  

·         Construction Document – It is the final stage of design build process where building design drawings are created. Architects make the contract documents for the tendering process.

How can BIM help in the construction phase?

BIM Modeling is considered to be one of the most influential innovations, beneficial for the construction and architectural fraternity. BIM service providers in USA have helped to control many chaotic situations like over budgeting, re-designing and redundant construction etc. at different phases of construction. The conventional principles of the construction industry have been changed owing to BIM. Rather than changing designs during construction, most design changes now occur during the planning and the development stage. This reduces cost and project timelines.  BIM Modeling constitutes to be a wholesome process of virtual construction with complete compilation of building data and 3D geometry through a digital medium. The 3d model is utilized from the conceptual building stage through facility management during post construction.

Different stages BIM facilitates construction

·         Conceptual Stage – BIM Modeling is useful in the conceptual design phase. Designing the building structure in a traditional way during the design process involves sketching and digitizing sketches in CAD format. The conventional technique never provided a visual edge to the architects, contractors or design build firms in terms of aesthetics, design evaluations or other options, guaranteeing a reduction in design cost or a collaborative approach.

·         Design  Build Stage – After finalizing a conceptual design, there is a need to opt for a structural engineer and an MEP design firm for finalizing the remaining disciplines. The MEP Consultants along with the structural consultants are able to design as per the standards and codes applicable and so they are able to send design intent to BIM team members for further modeling.  Later architectural, structural and MEP design models are integrated for detecting design issues, and clashes amongst multiple disciplines and coordination.  This is where the collaborative aspect of Building Information Modeling comes into existence. Coordination meetings are conducted by the client, contractors, architects, structural engineers and MEP engineers for streamlining design issues. Clashes and interference could also be checked and resolved in the design stage, leaving fewer chances of design revisions during the construction. This helps to save money, time and enhance construction productivity overall.

·         Procurement Stage – Procurement stage typically comprises project sequencing, Quantity take offs, COBie, energy analysis with 3D geometry, etc. Working in a collaborative environment improves productivity by avoiding wastage of time and resources. While building a model, BIM service providers also enter a lot of building data within the model for further extracting quantities, budgeting and costs during construction.

·         Construction Stage – Building Information Modeling is also useful during the overall construction phase. Virtual construction modeling is cost effective whenever utilized during the construction phase. BIM technology proves much helpful for complex building designs and detailing. So, BIM should be used during the construction stage for 4D scheduling, 5D cost estimation and installation drawings.

·         As-Built Stage: BIM is quite popular during the As-built stage. Advent of laser scan to BIM technology facilitates on-site survey. Using BIM technology,  it becomes easy to preserve a model that reflects the final building geometry and data. The model can be preserved for years and can be used for building maintenance, design changes and renovation.

·         Facility Management: BIM Modeling has immense popularity in facility management. As soon as the builder hands over the construction to the building owner, the BIM Model acts as a guidance tool. The model provides building owners an idea about the whole energy emission, utilization, placement of equipment, manufacturing and expiration date and purchase vendors. Building maintenance can also be scheduled as per the details provided in the BIM model.

It’s no doubt that BIM Modeling enhances the productivity of construction projects, reducing the overall construction cost. Comprehensive BIM services facilitate excellent control over the construction budget, providing accurate inputs. This provides an opportunity to the BIM market USA to design, develop and collaborate in a virtual environment before construction. Owing to the intrinsic features, virtual construction modeling is growing leaps and bounds. Cost control along with accurate deliverables and high BIM project execution are the key facets of increased BIM implementation. So, BIM Modeling will stay for a long time and will expand in the years to come. To hire one of the top BIM service providers in USA, contact Tejjy Inc. BIM automation company at 202-465-4830 or [email protected].

How Revit BIM Family Creation Caters Structural Engineers?

Revit BIM Family Creation

BIM consulting companies provide accurate and lucrative solutions for Structural Engineering firms. They specialize in virtual construction of 3D BIM models by using different types of inputs like contract documents, sketches, red markups and design documentation. At the time of modeling, structural engineering team validate design for constructability of various wood, steel and concrete structures like column size, structural openings, beam depths and clashes. BIM companies match the international codes and structural standards as applicable for various projects. Quality controlled  process adopted by top structural steel detailing service providers help to document the standards and preference of clients for ensuring complete compliance.

What are the Revit BIM Services for Structural Engineers?

Top Revit BIM services for structural engineers include structural design development and coordination, 3d modeling, construction drawing set creation and 5D BIM bill of materials.

  1. Design Development & Coordination

Expert BIM consulting company assists structural engineering firms in DC, Maryland, Connecticut in the process of design development stage. Structural Revit BIM modelers understand their design-intent and provide value-added support with design evolution from conceptual or schematic to the stage of construction documentation.  They work with various inputs such as conceptual drawings, red-line mark-ups, single line diagrams and  translate the designers’ thought into 2d drawings or 3D models. The various stages of design development and coordination include schematic design, detailed design and construction documentation. At the schematic design stage, the designer’s sketch interprets the desired functional relationship amongst various activities translated into Revit model. In the detail design stage, schematic designs are worked out in details. Construction documentation acts a bridge between design and physical form of the building, encompassing drawing preparations for the construction project.

  • 3D Modeling

BIM consulting company uses Revit Modeling Services for proper planning and coordination of projects in an industry. Advancement in 3D Building Information Modeling has revolutionized the structural engineering services. BIM encompasses the use of coordinated 3D model by linking it to intelligent databases for a building project. Implementing BIM to structural steel detailing allows seamless collaboration, quick decision making, accurate construction documents and improved construction. Models are also produced for accurate 3D Modeling of Wood, Steel & Concrete from approved structural drawings. 3d BIM services are used for structural steel detailing, design  and prefabrication. If you work in a BIM environment, you are able to easily manage complex structural design projects, such as wood framing and modeling. Building Information Modeling also facilitates in producing reports for improving production. Some of the structural 3d BIM Models include concrete structures of buildings and tanks, wood structures, steel structures of pre-engineered buildings as well as pre-stressed and post-tensioned structures like parking garages.

  • Construction Documentation

Construction Documentation is another BIM service that acts a bridge between building design and physical building form. Revit BIM services encompassthe preparation of drawings and specifications for the construction of building projects. TheRevit structural families in the models compriseof elements, accurate in terms of size, shape, location, quantityand orientation with fabrication, assembly and detailed information. Analysis performed at this stage includes Clash Detection, Sequencing & Cost.

  • 5D BIM Bill of Materials

Building Information Modeling facilitates in accurately calculating the quantities of all materials for Structural Engineers. All these quantities get automatically updated whenever any modification is made to the BIM model. 5D BIM Bill of Material helps to make accurate cost estimation at the pre-construction stage planning, facilitating all project stakeholders to enhance productivity and execute constructability analysis. The structural engineers plan, prepare and update project schedules, improving the life-cycle performance of the facilities.

5D BIM

What are the Revit BIM Modeling components for Structural Engineers?

Let’s now take a look at the components of Revit structural family creation used by BIM consultants.

Here are some instances of Revit structural families:

Standard Foundations of Structural Steel Engineering

  • Wall Foundations, Grade Beams, Pile Caps, Footings, Trench, Base Plates

Special Foundations

  • Pile Foundations, Grade Beams, Grouting

Slab in Grade

  • Structural & Incliened Slab on Grade, Trenches, Pits, Bases, Under-Slab Drainage

Basement Walls

  • Basement Construction, Moisture Protection, Basement Wall Insulation

Floor Construction

  • Basement & Upper Floor Construction, Balcony Floor Construction, Exterior Stairs, Fire Escapes

Roof Construction

  • Flat & Pitched Roof Construction, Canopy, Equipment Pads

Exterior Walls

  • Parapets, Louvers, Screens, Balcony Walls, Handrails, Exterior Soffits

Exterior Windows & Doors

  • Curtain Wall, Glazed Door, Entrance, Solid, Revolving, Overhead & Personnel Doors

Roof Coverings & Openings

  • Roof Finishes, Coping, Roof Eaves, Soffits, Gutters, Downspouts, Skylights, Glazing, Roof Hatches, Vents

Partitions 

  • Fixed, Site Built Toilet Partitions & Compartment Cubicles, Interior Windows

Interior Doors

  • Interior Door Frames, Wall Opening Elements, Sidelights, Hatch & Access Doors

Fittings

  • Fabricated Toilet Partitions, Compartments, Cubicles, Storage Shelving,  Lockers, Metals, Handrails, Water Closet, Sink

Stair & Stair Finishes

  • Stair Treads, Risers, Landings, Handrails

Floor Finishes

  • Floor Toppings, Carpeting, Curbs, Trim, Skirting

Ceiling Finishes

  • Ceiling Finishes, Suspended Ceilings & Soffit

Elevators & Lifts

  • Passenger & Freight Elevators, People & Wheelchair Lifts

Escalators & Moving Walks

  • Escalators, Moving Walks

Where to get Revit Structural Family Creation?

RevitBIM

If you want to get revit family creation, choose one of the best structural steel engineering firm – Tejjy Inc. The structural engineers of Tejjy Inc. integrate Building Information Modeling data with procurement, document management, project management, budget evaluation and project risk management with Revit BIM services. Expert BIM consultants of Tejjy Inc. make comprehensive analysis of detailed structural components such as beams, columns and floors and deliver project in a risk-free environment. Get in touch with the BIM consulting company in DC, Maryland, Connecticut at 202-465-4830 or [email protected] to build residential, commercial and infrastructural facilities through Revit Modeling services.

BIM Supporting Drywall Contractors

Is BIM Really Supporting Drywall Contractors?

Are you a drywall contractor? Looking for an ideal procurement process?Want to spearhead the digital transformation for maximizing profits? Why don’t you leverage Building Information Modeling? Today, Architectural, Engineering & Construction industry leaders are implementing BIM Modeling for improved construction, and operations. BIM is facilitating clients in leveraging the best industry practices, ensuring successful integration in the work process.

Benefits of Outsourcing BIM Companies for Drywall Contractors:

Top BIM Services in USA for Drywall Contractors:

  1. BIM Constructability Review
  2. Framing of Drywall through BIM
  3. 3D BIM Modeling for Drywall & Framing Contractors
  4. BIM Design Validation or Assistance during Design Build Stage
  5. BIM Clash Coordination
  6. BIM Coordination Drawings
  7. BIM 5D Model-Based Quantity Take-Off & Cost Estimation

BIM Constructability Review for Drywall Contractors

Constructability review through BIM at the pre-construction stage helps to:

  • Eliminate the Necessity for Expensive Mock-ups
  • Enables Saving of Space for Corner & King Studs through 3D BIM Modeling
  • MEP Penetration & Placement of Critical Studs in the 3D BIM Model
  • Framing of Drywall through BIM

BIM Engineers include data for drywall framing such asa wall assembly with product information, numbers as well as overall wall width.

Wall Assembly Data include:

  • Product Information
  • Types & Numbers of Wall Sheathing Layers
  • 3D BIM Modeling for Drywall & Framing Contractors

3D BIM Modeling along with Constructability Review for drywall and framing contractors helps to test designs through virtual mock-ups. As a result of which, it reduces the budget on expensive live mock-ups.

BIM Deliverables for Drywall Contractors in 3D Modeling include:

  • Code acquiescentfull-scale metal stud framing layout & Walls
  • Drywall installation & finishing of interior & exterior building surfaces, shaft walls & ceiling soffit
  • Wall treatment with special metal ceiling & wood-veneer
  • Wall panel installation & ceiling systems
  • Security & cloud ceilings & canopy
  • Wall covering, faux finishing&paintings (both interior& exterior)
  • Drywall finishing
  • Decorative & Exterior waterproof coatings
  • Exterior wall design & installation of light gauge framing & sheathing
  • Plastering from historical renovations to high rise constructions
  • Interior Venetian & Custom Veneer Plastering
  • Plaster Restoration for Wall Painting, Moldings & Corbels
  • Doors, hardware & rough carpentry
  • Strut for over-head Support & MEP utility rack

BIM Design Validation or Assistance during Design Build Stage

The drywall contractors are reaping the following benefits of BIM design build solution:

  • BIM Design-assistance support helps to remove redundant offsets during the design build phases of the mechanical ducts & framing structures.
  • BIM Design Validation facilitates in reducing construction cost & time, improving constructability, adding value to the entire project management.
  • Addresses design concerns at the design build phase, augmenting values, reducing Request for Information & Change Orders.

BIM Clash Coordination:

Inclusion of shaft bottoms, kickers, leg-over, soffits and backings in the 3D BIM model helps to make the designing process effective and comprehensive, reducing the probability of clashes. Thus the BIM 3D Model facilitates in:

  • Avoiding Cost Overruns, Clash Detection&Obtaining Spatial Cues
  • Eliminating stud of MEP clashes, reducing RFIs
  • 3D Modeling of King Studs,Resolving Clashes against MEP services like the pipe& ductwork, leading to a few framing oddities.

BIM Coordination Drawings

BIM Coordination Drawings or Shop Drawings for drywall contractors include:

  • Color Coded Members for distinguishing walls, posts, opening framing as well as other members
  • Dimensions about Framing Placement
  • Wall Configuration for the Doors, Corners& Handrails
  • Mechanical Systems Conflicting with Walls
  • Specifications of Bracing lid &Fractional height walls for adjacent walls
  • Wall Drawings with Elevations, Identifiers &Sideway Dimensions for Plates & Openings

5D BIM Model-Based Quantity Take-Off & Cost Estimation

Model Based Quantity takeoff through 5D BIM facilitates in producing accurate estimate with the least modifications or miscalculations as in the case of manual errors.

PreciseBill of Materials/Quantity Takeoffs extracted from the 3D BIM Model for drywall contractors include:

  • Walls
  • Built Up Headers
  • Shaft Bottoms from the BIM Model, for ensuring comprehensive estimate

Where to get BIM Services in USA for Drywall Contractors?

Tejjy Inc. is one of the best BIM Companies in USA with proficiency in BIM (Building Information Modeling), Architectural, Engineering, Construction Management&, Permit Expediting Services serving Washington DC, Virginia, New York, New Jersey, Baltimore, Pennsylvania, Connecticut, Texas, Florida & Maryland areas. The BIM Engineers at Tejjy Inc. are experienced in Architectural, Structural & MEP coordination with strict adherence to project quality control. For drywall projects, the BIM Engineering Service Provider performs quality check just after modeling and at the time of final delivery to construction clients. To know more about competent BIM Modeling Services in New York & Houston USA, consult the BIM experts at 202-465-4830 or [email protected]

Comprehending BIM Clash Detection & Making It Efficient

In the realm of Building Information Modeling, BIM clash detection facilitates in identifying clashes during the design and preconstruction stage. The action fits in a constructability analysis to find issues that are left unchecked and can lead to difficulties, cost overrun, and productivity loss in the actual stage of construction. Architects, Engineers, and Construction professionals can access clash detection in various software applications, like NavisWorks, Tekla BIM sight, Solibri Model Checker, ArchiCAD, Revit, and many more.

What Constitutes to be a BIM Clash Test?

A test constitutes to be a predefined set of components that need to be checked for collisions. Usually, there are two sorts of validations – interconnecting as well as clearance check, seldom called “soft check”. An interconnecting clash constitutes to be a collision of the geometries of two substances. Usually, a clearance check stands for a collision amongst a predefined buffer around the geometry of two objects. The buffer gets established in some clash detection software application or modeled in the BIM object for mechanical equipment maintenance. This is also operated for the clearance of door access, stair run, precast concrete panel installation, steel truss deflection, and much other stuff.

The ideal way is to plan a clash test and create what is usually called the “clash matrix” for delineating blends of disciplines and precedence grounded on construction schedule and deliverable. The chronology of the BIM clash test is significant to reduce repetitions between model updates.

What is BIM Clash Rule Formula?

A clash rule formula is used to choose particular objects necessary to be incorporated in a clash test. It is vital to check the uniformity of the model tree in case the clash regulation is to select an object. A competent way to create the naming convention of an object and parameters is using the Industry Foundation Classes (IFC) for model sharing. Further, a clash rule encompasses Boolean expressions like and/or, or specific exclusion standards.

What is BIM Clash Report Document?

A BIM clash report happens to be a document shared with AEC project stakeholders on a specified project through PDF, HTML, XML, or additional formats. The document constitutes to be a “conventional” method of allocating issues established within the clash detection software application and demands some additional time for setting up, tracking, and solving problems over time.

How to Assign the Issues Competently through BIM?

A ‘traditional’ report is not an effective method of data transfer to the users in the modeling software where the concerns need to be resolved. However, BIM Collaboration Format constitutes to be an open format that helps to save the time of a user in finding the place of clashes or the pre-requisite time essential to obtain an apt view while moving from one software platform to the other. BIM Collaboration Format happens to be the key for optimizing the clash detection process and must be used by the BIM Modelers or the BIM Engineers undertaking clash detection. Further, platforms are focusing on conflict tracking like BIM Track to facilitate issue transfer through various phases.

The Way to Fix a BIM Clash

A technique of reducing common place BIM modeling tasks results in detecting loads of clashes for script-based modeling automation resolutions like Dynamo. To take an instance, if you have an HVAC system through a fire-rated panel and want to add a special accessory at this place, you can use Dynamo for placing the accessories automatically at the locations and create an opening in the wall mechanically in Revit.

Another growing trend is using clash-free auto-routing with a computational design like GenMEP. The essential facet of GenMEP is the ability to use algorithms for routing MEP systems without clashes mechanically during the design development stage.

The crux of the Matter – Improved Clash Coordination will lead to Better Buildings

Clash detection existed for a long time but what makes it valuable is the BIM dimension that you define around it. Using out-of-the-box software applications is not an ideal solution for the timely resolution of an issue without substantial effort. Find out the common issues encountered on-site, set clash tests consequently, and then check BIM models for specific cases. Detect your clash at the right moment and as per your construction schedule before the onset of the construction workflow through 3D BIM Modeling. Improved clash coordination through BIM will lead to better coordination and better building.

To know more about Revit BIM Clash Detection services, talk to the BIM Modeling Engineers of Tejjy Inc. at [email protected] or 202-465-4830.

Point Cloud to BIM Facilitates Detailed Scan for Industrial Renovation

BIM Companies in the USA are implementingPoint Cloud Laser Scanning to BIM for industrial project renovation. Many of the boiler and chiller plants are using a detailed scan for renovation work. The BIM Service Providers in the USA often work with the RCS & RCP scans ­for creatingthe3D model of Architectural, Structural, Mechanical, and Plumbing trades.

What are the Advantages of Using Laser Scan?

The Building Information Modeling Company in the USA capturescomprehensive information about a component in physical space and allows accurate modeling and coordination. The 3D BIM scanning procedure facilitates variedphases of construction like 3D model creation, 3D visualization as well as Quality Inspection.

What are the Bene­fits of Point Cloud BIM Services?

  • Precise 3D modeling of individual trades for renovation from laser scanning data, allowing stead fastness & quality assurance
  • At the time of renovation, construction scan to Building Information Model provides an improved platform for creating added detail of design for an extension
  • As-Built Drawings from BIM Point Cloud help in creating Planning, Elevation & Section Sheet for Architectural, Structural and MEP trades
  • Enhanced transparency & streamlined communication with 3D BIM visualization facilitate quick decision making at the time of renovation & extension
  • Elimination of RFI’s, work stoppage and rework by checking the accurateness& completeness of 3D Model from laser scanning data

Application of Point Cloud Services:

Point Cloud to BIM Service is often required by the general contractors in the USA for creating various models of Architectural, Structural & MEP elements such as the exterior & interior walls, windows, doors, ceiling, floor, roof, structural column, beam, slab, bracing, trusses, floor, duct, pipes, and other equipment.

What are the Deliverables from Point Cloud to BIM Services?

  1. 3D BIM Modeling at LOD 300 & 400for Architectural, Structural &MEP (Mechanical, Electrical & Plumbing) trades based on the Data of the Cloud Scan used for Renovation.

BIM Service providers in the USA create the 3D Models using BIM, based on point cloud scan data for enhancing transparency &streamlining communication for quick decision making during the As-Built Phase.

  • Quality Revit BIM models ensure that the Revit components are created intelligently with the practicality to serve the purpose
  • The parametric families encompass real-world information or performance models, essential for running calculation analysis as well as simulations

Instances of Industrial Plant 3D Modeling for Laser Scan to BIM:

  • Architecture – 3D BIM Model of Door, Window& Wall
  • Structure – 3D Modeling of Beam, Column, Slab, Equipment Pad & Wall
  • Plumbing – 3D Model of Pipes, Valve &Fittings
  • Mechanical – BIM Modeling of Pipe, Duct, Valves, Accessories &Equipment
  • As-Built Drawing Creation from Point Cloud for Planning, Elevation & Section Sheet of Architectural, Structural & MEP Services
  • As-Built Drawing Preparation from the BIM Model serves as a complete reference tool for enabling future project planning including extension, renovation as well as redevelopment from point cloud data
  • As all specifications about the building erection, dimension, fabrication, elevation, materials, and location can be acquired from the As-Built Drawings; they can be used by the clients for resolving disagreements about insurance claims.

Point Cloud to BIM Work Process in Revit Software Platform:

  1. Input Prerequisite for 3D BIM Modeling & Drawings
  • Scan data(RCS) supporting Revit Software application
  • RealPhotos of an existing site condition
  • As-Built Drawings of some areas
  • Raising RFIs for Resolving Issues in Various Trades
  • Areas concealed by equipment or elements
  • Difficulty in gauging the diameter of insulated duct or pipes
  • The discrepancy between the point cloud and as-built drawing
  • Supporting Point CloudSoftware Usage

Supporting Software Applications for Point Cloud facilitates visualizing and accurately navigating the point cloud. Further, by using these software platforms, dimensions can be easily obtained for the BIM model.

  • Work Process Followed by the BIM Companies in the USA:
  • Insertion of Point Cloud Data (RCS) in Revit Software Platform
  • Trade wise Model Creation in Revit
  • Forming a Set of Clarification for a Concealed Space
  • Making an Assumption Logbook for Clarification
  • Quality Checking for Missing Components & Abnormalities amongst Scan & Model
  • Submission of the Complete Model for the Sake of Review & Feedback
  • Quality Checking
  • Following Standard checklist for Quality Analysis/Quality Checking
  • Preparing Section views in Revit for Checking deviations
  • Formulating Standard Checklist for QA/QC
  • Creating Section views in Revit for checking deviations

What is the Specialty of Using Laser Scan to BIM?

Laser Scanning to BIM conversation plays a significant part in an existing building renovation. The BIM Modelers develop all elements in 3D as per the individual scan data for modeling of all trades.

Software Used in Point Cloud Laser Scan to BIM:

  • Autodesk Revit
  • NavisWorks
  • Autodesk Recap 360

Value Addition through Point Cloud to BIM Services

  • Reviewing interdisciplinary coordination based on Scanned data
  • Creation of an accurate 3d BIM model of individual trades for renovation and extension work from scan data, enabling reliability & quality assurance
  • Enhanced transparency & streamlined communication with BIM 3D visualization for quick decision making during renovation & extension phases.

Want to implement Laser Scan Point Cloud to BIM services for your industrial plant in the USA? Get in touch with Tejjy Inc. at 202-465-4830 or [email protected] The Women Minority Certified Construction Company in Washington DC provides comprehensive BIM (Building Information Modeling) services, BIM Engineering Solutions, Laser Scan to BIM Services, BIM Clash Detection, 4D Construction Scheduling, Construction Management, Permit Expedition, and Architectural Services in Washington DC, Maryland, Virginia, Baltimore, New Jersey, New York, Philadelphia and Pennsylvania areas in the USA.

BIM

Top 6 Benefits of Building Information Modeling in Construction

Building Information Modeling in Construction has been a hot and happening topic in the AEC sector for quite some time. Still, there is a lot of misconception about BIM in the construction sector about how it facilitates the contractors. A common delusion about BIM is that it is just a technology, or it refers to 3D design. BIM involves a practice for creating & managing project information, resulting in a Building Information Model, containing digital accounts of each aspect of the physical project.

Whereas BIM is typically related to design and preconstruction, it aids every phase of the construction project life-cycle, even after the construction is over. BIM facilitates construction projects to be created virtually before they are built physically, eradicating a lot of the inadequacies and difficulties that ascend during the building development.

Here are the top 6 benefits of BIM in construction:

  1. Improved Collaboration & Communication

Digital Building Information Models facilitate sharing, joining forces, and versioning that is not possible through paper drawing sets. Through cloud-based tools like Autodesk’s BIM 360, BIM collaboration seamlessly occurs across all disciplines in the project. The BIM 360 ecosystem permits project teams to share 3D models and manage the planning, ensuring that all design stakeholders have an improved understanding of the project. Cloud access also enables AEC project team members to bring the workplace to the construction field. Through applications such as BIM 360, project teams are assessing drawings and models onsite on their mobile devices, ensuring access to updated project information at any point of time.

  • Model-Based Cost Estimation with 5D BIM

Several AEC companies understand that including estimators earlier in the construction planning stage allows effective construction cost estimation that ultimately paves the way to the development of model-based cost estimating called 5D BIM. Implementing BIM tools like Revit and BIM 360 Docs mechanize the laborious work of quantifying & applying costs, enabling estimators to emphasize advanced value factors, like detecting risks.

  • Project Visualization with 3D BIM& 4D Simulation

Implementing BIM, construction professionals can plan and visualize the entire project at the pre-construction stage. 4D Construction simulation and 3D BIM visualization facilitate clients to experience what space will look like providing the capability to make modifications before the beginning of the construction process. Having a detailed overview of the initial stage of the project reduces costly and laborious changes in the future.

  • Improved Coordination & BIM Clash Detection

Building Information Modeling lets you enhance coordination among subcontractors and other project stakeholders detecting clashes related to MEP (Mechanical, Electrical& Plumbing) services, internal clashes, and external conflicts before the commencement of the construction work. An electrical conduit may clash with a steel beam. A doorway may not have adequate clearance. Using software applications like Autodesk BIM 360 Glue helps you get automated clash detection.By evading clashes, rework gets reduced. Building Information Modeling provides you the prospect to plan it accurately before building onsite and thus you can get rid of last-minute alterations and unexpected concerns by allowing easy review and comments across the multiple services.

  • Reduced Project Cost &Risk Alleviation

According to the McKinsey study, it is found that 75% of companies implementing BIM reported positive returns on their investments. BIM can save your cost in numerous ways if you know how to take advantage of this technique. Faster collaboration with contractors results in the reduction of tender risk payments and lower insurance costs and fewer variations. Getting a better project overview before the starting of the construction process enables enhanced prefabrication and waste reduction on unused resources. Prefabricated components can be certainly bolted in place instead of getting created on-site.Labor costs on documentation and miscommunications are also reduced. So companies are fast adopting BIM for reducing costs and mitigating risk.

  • Enhanced Construction Scheduling with 4D BIM

BIM also helps to save money by decreasing the time of project lifecycles and removing the setbacks of construction schedule setbacks. Building Information Modeling allows design and construction documentation to be created at the same time, adapting to the new information like site conditions.Thus construction schedules get planned and communicated accurately, enhancing coordinationon-time or promptly.

To know about Building Information Modeling in the USA, get in touch with BIM service providers in the USAfor 3D BIM Modeling, BIM Clash Detection, 4D Construction Simulations, and BIM Facility Management Service. Consult the best BIM Company in Washington DC like Tejjy Inc. who is Women Minority Certified Construction Company Washington DC providing BIM Services, BIM Engineering Services, BIM Consulting Services, Construction Management Services, Permit Expediting Services, and Architectural & Engineering Solutions in the USA.

Why BIM is Significant to the Facility Managers?

Why BIM is Significant to the Facility Managers?

BIM is an inspiration to all the AEC (Architectural, Electrical and Construction) industry professionals. The BIM Facility Management technology brings an exciting paradigm for eventually creating growth. Now, what are the key benefits of BIM to a facility manager?

Benefits  of using BIM for Facilities Management:

  • Quantifiable Advantages: Using BIM and 3D Model, construction professionals can reduce 40% of the time taken by the technician to execute the work order about repairing and maintaining equipment.Researches have found that the calculated time of every step for HVAC and electricity intervention on-site with a BIM Model is less compared to the time taken without a 3D BIM Model.
  • Qualitative Advantages: Building Information Modeling helps to optimize the monitoring and surveillance work of the maintenance and technical teams. The 3D BIM model enables curative maintenance and precise budgeting. The progressive 3D model includes technical staff,augmented autonomy, optimal space, equipment management, and improved order management of spare parts.

New Opportunities Combining Facility Management & BIM

Using BIM for the facilities management enables new opportunities including:

  • Training of Technical Staff
  • Fire Simulation & Emergency Exit
  • Geo location and Guidance within a Building
  • Remote Building Management

Challenges of Facilities Management through BIM

The benefits of the 3D BIM Model for Facilities Management are real and diverse. However, the key challenges the Facility Manager faces entails ensuring the following:

  • Whether the 3D BIM model has been accurately developed from points cloud for existing assets or laterally with the new construction project.
  • Whether there is a BIM-enabled FM software application for managing the data coming from the BIM model.

To know more about using BIM in facility management for your construction project, get in touch with the BIM specialists of Tejjy Inc.- A BIM, Architectural, Construction Management, Permit Expedition and Engineering Service Company based in Washington DC at 202-465-4830 or [email protected].

Building Information Modeling for Landscape Architecture with Vectorworks

architecture BIM services

The landscape architecture industry’s contemporary drive to standardize BIM services workflows is a shift similar to its previous move from hand-drawings to CAD drafting. With BIM technology, landscape architects can work closely with all project stakeholders including architects, engineers, and other collaborators on projects with structural & civil requirements.

All landscape-specific software applications are capable of doing BIM, but all BIM software opportunities are not created purposefully for the landscape architect. Landscape architects use a wide array of software programs for appending data to the models. Then, there’s the learning curve for successfully implementing BIM workflows.

Vectorworks Landmark can be the right solution in this regard. Most of the landscape architecture software solutions currently available haven’t integrated BIM services workflows, but Vectorworks Landmark has the Data, crucial to the design. So Landmark helps you make informed design decisions with data visualization of slope analysis, solar animations, and water budgets – all in one easy-to-access interface.

Benefits of BIM Landscape Architectural Design

  • Facilitating landscape design
  • Feasibility Analysis
  • Landscape Evaluation
  • Visual Impact Analysis
  • On-site Construction Planning
  • Contract Management
  • Modeling
  • Project Consultation from Community

Vectorworks Landmark Facilitating BIM Execution Plan

Vectorworks Landmark facilitates the delivery of the BIM execution plan in a project. Landmark accelerates the time required for project drafting & data reporting as the two processes are integrated while providing valuable information for other involved parties.Although there are interfaces with collaborators using various software applications, IFC turns out to be the common denominator and by describing BIM services requirements out of the gate, the firm could state expectations to the IFC models. Drawings can be loaded with intelligent & quantifiable information.

Another time-saving step was setting up classes in the Vector works file for defining object attributes during the initial stages of the project. This accelerates the drafting process taking a lot of the thinking out of it. Templates are also available as a training tool for junior modelers who are newly working with BIM.

Integrated 2D to 3D Functionality of Vectorworks

If you embrace the integrated 2D to 3D functionality of Vectorworks with tools like Hardscape, 3D Polygon and the Plant tool, you can simply draw, regulate, edit and replace model elements as per requirement. You can also edit graphic representation with a simple click of a button, modifying the information attached automatically. Every information gets embedded in the object. If something needs to be changed, it can be easily replaced. The same information can be seamlessly moved to a worksheet.

Easier Import & Export

If you have the plan of including a roof terrace to the project, you can change elevations easily through design layers, and export it as one model with proper elevations. For specifically coordinating with project architects, the ability to specify stories through Vectorworks software is priceless.By using the Object Information palette in Vectorworks, IFC data can be edited to ensure its compatibility with the COBie information as essential by several parties, including Information Managers, architects on the project, and the firm’s landscape architects.

Tejjy Inc. is becoming a pioneer in the growing arena of BIM services for landscape architecture. Through several tool sets from Vectorworks Landmark, BIM can enhance the construction project workflow with a singular solution. Be it for conceptual designing and planning, an integrated BIM solution with Vectorworks helps AEC professionals to get their desired results. Call the BIM Modeling experts of Tejjy Inc. at 202-465-4830 or [email protected] for discussing your BIM project.