BIM Services in USA, Canada
BIM Services in USA, Canada
BIM Services in USA, Canada

Tag: BIM Revit

3D BIM Modeling Companies in houston
Construction Management

Construction Engineering Design Optimization with 3D BIM

3D BIM for construction engineering

Today, with a complex construction project, the need for Construction Engineering Design Optimization is increasing in demand. The effective and accurate coordination and interaction with 3D BIM (Building Information Modeling)model for design build services help to avoid inefficiency in production and reduced construction rework, cost & wastage. Intelligent 3D BIM Modeling services deliver AEC professionals the insight to design, construct and manage buildings in an improved way.

BIM Engineering Design Tools For Construction

BIM Engineering companies has brought a revolution in the field of construction after 2D CAD technology. Construction projects can be designed, built, and managed with digital model. Best 3D BIM Modeling service companies aim at managing problems of construction design build firms through improved information technology and information management of the design and boost the key competitiveness of design enterprise. It also plays a constructive role in the advancement of BIM.

3D Modeling Improves Building Design Management 

Nowadays best construction firms are using building information management systems as tools in construction management throughout project lifecycle. The  building information has data accumulation with time about productive elements like labor, machine and material and encompassing managerial subjects like schedule, cost and quality.  To facilitate information resources, a conceptual framework is used for reusing the information resources based on 3D BIM Modeling service technology for extracting information resources per project and managing them in the standard format.

Phases of Construction Design Build framework 

  • Extraction
  • Standardization
  • Management
  • Detailed Analysis of Information Resources

Reuse of Information in Construction

  • Information resources reuse system called Info Reuse in construction firm gets developed, where the object-oriented database and programming methodologies are taken into consideration.
  • Information resources could be managed and retrieved in the system and the technique acts as a multi regression algorithm for applying to analyze the building information.
  • The system when applied in construction using real information resources to verify the feasibility and effectiveness, resulted in the organization of information resources and representation through standard BIM data, providing a solution to construction firms for significant decision-making.

 

BIM for Construction Process Simulation 

 

  • BIM can be used for design building support. Based on the two-dimensional drawing, 3D BIM Modeling service can be created for structural, mechanical & electrical services for collision check.
  • 3D virtual constructions through the BIM model can be used to assist the design and construction.
  • The BIM model can also be saved for the operation & maintenance at a later time.
  • A collision can be detected in the schematic diagram for the 3D BIM Model on the computer in advance.

 

Design Collaboration with AEC Project Stakeholders

 

  • A building model can be created with a large number of pipelines, components and equipment. 
  • The 3D model is designed by various project stakeholders, leading to interference and collision checking among the AEC professionals before the construction.
  • The team members involved in the project can find out the problem and can tag the collision point.
  • A design request can be put forward through the owner party to revise the design of a unit, avoiding cost during midway because of design change.

 

For accurate BIM Construction Engineering Design Services , opt for Tejjy Inc. design build services – a BIM, Construction Management, Permit Expedition, and Architectural & Engineering Service Provider in Washington DC, Baltimore, Maryland, Virginia & other areas in the USA. 

Structural BIM Engineers in US | BIM engineers
Engineering Services

How BIM is Transforming Structural Engineering Companies?

Planning and design coordination are the keys to successful project execution in for construction companies. BIM VDC technology allows project stakeholders to create and examine virtual representations of the Architectural, Structural engineering, MEP as well as other utilities. The bim vdc construction adopts bim 3d model for creating accurate shop drawings services and addressing design issues before construction. Developments in 3D BIM Modeling technology together with the onset of BIM have also transformed the Architectural, Engineering & Construction industry. With a deep understanding of international building codes & processes, BIM Modelers can recognize the significance of effective work process management.

structural engineering companies near me, structural engineers maryland

What are BIM Benefits for Structural Engineers?

With structural engineers in DC, Houston Construction clients have reported 15% cost savings with BIM technology design collaboration. The entire construction lifecycle management for both commercial structural engineering projects and residential engineering projects are at benefit. The fact is that whether it is conversion from 2d drawings to 3d model , shop drawings, cost estimation or scheduling of activities BIM balances all stakeholders. The real power of design coordination and collaboration is the success key for structural engineering companies in usa.

Few of the benefits that are silver lining for structural engineers responsibilities are:

  • VDC: visualization companies in collaboration with structural engineers are able to streamline communication. 3D visualization , BIM with VR virtual reality, augmented reality has taken visualization to one stage up before actual construction. Benefit of vdc is customer satisfaction .
  • Efficiency: Elimination of RFI’s, work stoppage & rework by checking accuracy & completeness of drawings before construction on-site and off-site.
  • Quality: Enhanced Quality by producing accurate drawings from the 3D BIM model.
  • Savings: With 5d bim modeling surveyors and estimators perform cost estimation as well as cost monitoring. The digitized platform maintains the consistency of information during change management in a design build process. Quantity take off helps structural engineers in maryland and in construction industry to evaluate resource utilization. 
  • Project Management: Material quantity & shop drawings with 3D Visualization enabling a better look at the project, facilitating review, scheduling & project monitoring.

Process of  BIM Structural Engineering Execution

  • Structural engineers provide accurate, reliable & cost-effective BIM solutions for Structural Engineering services.
  • The Engineers create virtual 3D BIM modeling using a wide array of inputs such as contract documents, sketches & design documents.
  • During the Modeling, the Structural Engineers validate the design for constructability, performance & maintenance of various structures like the wood, steel & concrete structures including column, structural openings, beam depths & clashes.
  • Through BIM Modeling, quality structural drawings are produced for the AEC industry.
  • A comprehensive analysis of the structural elements is undertaken for project delivery in a risk-free environment.

How Structural Detailing Services helps Construction:

From commercial structures including monuments, high rise building bim engineers in usa do get benefited while creating complex large commercial structures. Commercial structural engineering projects have created remarkable structures with bim design collaboration. From bridges to railway tracks, highway to roads , hospital to residential complexes structural engineering firms are able to succeed in every phase. 

AutoCAD , Revit, Tekla are amongst the few best structural engineering softwares available

 BIM Services for Structural Engineering Firms?

BIM Design Coordination:

BIM Modelers have the competence and technology to assist Structural Engineering services in the design development stage.  The dedicated team of BIM Engineers interacts with structural clients to understand the design intent and provide value-added support with design evolution from the conceptual or schematic stage to the construction stage. Different types of input are used for structural engineer BIM design development & coordination such as the Conceptual Drawings, Hand-sketches, Mark-ups, Line Diagram as well as 2D Drawings.

BIM Modeling Services

3d bim model involves creation & usage of design coordinated 3D model. The building design are associated to an intelligent database for a building information. The technology, when applied to the Structural Engineering firm facilitates seamless collaboration, aiding quick decision making, accurate construction documents. Accurate BIM 3d model of wood, steel, concrete & pre-stressed & post-tensioned Structures are produced for the Structural Engineers from an approved set of structural drawings. BIM 3d modelling solutions are competently used for structural design, detailing & prefabrication. Working in BIM helps the structural Engineers to manage complex structural design projects,  including wood framing and modeling of Buildings, Tanks, Residential, Mixed-use & Pre Engineered Buildings.

Construction Drawings

Construction drawings provide a representation of a building with a sequential description of every phase including the floor plans, elevations, ceiling, and other detailed drawings. The drawings are essential for residential and commercial works such as the renovations or new structural additions. Assemblies and detailed construction drawings are used for wooden structures from the 3D BIM Models. Structural drawings delivered from bim 3d model includes rebar detailing / Post Tension Details, Concrete Drawings, Sections, Elevations of Wood Structure & Schedule including Column, Beam & Slab.

Quantity Take-Off

Quantities of all materials can been calculated through 5d bim quantity take off by surveyors accurately for Structural Engineering services. The quantities are automatically updated in case of a change made to the BIM model. BOM and estimation solutions for pre-construction, construction & coordination help to enhance productivity and execute constructability analysis.

Hire a competent BIM consultant for Structural Engineering companies to plan, prepare and update your construction project schedules. BIM engineers can visualize the benefits of integrating BIM data with business functions like procurement, contract management, innovative document management, project cost control, project management, budget evaluation & project risk management. Call Tejjy Inc. BIM consultants  at 202-465-4830 or info@tejjy.com– A Construction Management, BIM Services, Engineering & Architectural Service Company in the USA and capitalize on project decision-making opportunities to improve facility design, construction & project life-cycle performance.

Home remodeling services | general contractors
Architectural Services

BIM Adoption for Architectural Services

BIM Adoption for Architectural Services

Architects have come across several challenges in the modern world. Technological progress has opened new prospects for architectural design, but on the reverse have formed a virtual continuous state of change, where the architects need to learn & adopt new techniques. Before delving deep into Building Information Modeling and how to undertake BIM implementation successfully for architectural services, let’s inspect the reasons for bringing the transformation in the industry and why BIM adoption architectural services is so significant for the architects.

The Varying Requirements & Intricacy of the Construction Projects

Incorporating several modifications to architectural design is the nemesis of an effective architectural design. Perhaps that may seem a bit exaggerated, but there’s no hesitation that modifications to a project may cause annoyances for the architect.

The project stakeholders may want a downsized project, possibly the site review overlooking some vital details that need to be taken into consideration, or perhaps the function of the building has to be altered. Whatever may be the cause of the change, it makes a great impact on the design.

Now, how the design changes are affecting architectural services?

Design variants can be an actual challenge for the architects. Even a slight change can make it difficult for the architect, as modern construction projects are greatly interrelated and complex.

A few reasons for the improved complexity of the projects include:

  • Contemporary architectural projects have several interconnected systems & interfaces amongst diverse elements.
  • High levels of complexity involved the project encompass specifications on the process of executing the construction & assembling structural features.
  • Architectural projects often have to undergo several design revisions at the construction stage, necessitating exceptional communication between designers & the construction contractors.

Why Should You Adopt BIM for Architectural Services?

Building Information Modeling is a technique through which a complete and accurate 3D Model of a building can be created using various software applications like Autodesk Revit and Tekla. The BIM model includes information on all the building elements about the dc architectural design, structural design, along with the mechanical, electrical & plumbing services. The level of detailing along with the ability to create and modify an interconnected design makes it ideal for alleviating the difficulties caused by drawing revisions.

The BIM Benefits for the Architectural Services:

  • Enhanced Productivity & Reduced Time for Creating Architectural Designs
  • Reduced Costs across the AEC Sector
  • Improved Collaboration with informative 3D BIM Model, acting as a shared resource for project stakeholders to make significant design decisions
  • Increased Project Flexibility, counteracting the intricacy & revision requirements of the contemporary projects

BIM Implementation Across the Globe:

BIM is implemented as an AEC business– standard across the world.

  • United Kingdom – The UK has a strong national approach for BIM implementation with a high implementation rate. The statistics state that 54% of projects used BIM technology in 2016. The UK government has been significant in driving the BIM implementation, saving £855 million on contemporary construction projects in the year 2014-15.
  • United States of America – It is the biggest single market with yearly revenue of $1.07 billion. This has led to technological innovation. Contemporary BIM software is powerful than ever, though high implementation rates can be implemented.
  • Canada – BIM Implementation in the construction projects increased from 64% in 2013 to 67% in 2016
  • Europe – A market size of $2.7 bn in 2016 & growing at 23.4% Compound Annual Growth Rate. 
  • Globally – The overall global demand is high, evaluated to be $3.52 bn in 2016, and predicted to exceed $10 bn by 2022.

Current BIM Implementation Level of Industries

Architectural, Engineering & Construction industries in most countries are realizing the need for BIM adoption architectural implementation, owing to the subsequent trends within the building industry:

  • Building Sustainability
  • Material Life Cycle Assessment
  • Higher Building Standards
  • Robust Building Management Systems
  • Improved Risk Analysis
  • Integrated Design Approach

Nevertheless, BIM acknowledgment hasn’t led to prompt adoption. As per a 2017 survey in Jordan, a small percentage of contractors worked with Building Information Modeling, with just 53% of the experts in the AEC industry having an understanding of the technology.

Architectural, Engineering & Construction businesses would continue to thrive over the coming years and should be looking to implement BIM with a grade of urgency, to benefit from the several advantages.

To implement BIM adoption architectural services in your construction workflow, get in touch with the expert BIM Modelers of Tejjy Inc. at 202-465-4830 or info@tejjy.com.

laser scanning service providers in usa
Architectural Services

Architectural BIM Services – A Complete Support to Construction Project Lifecycle

BIM (Building Information Modeling) is supported by architects throughout the stages of architectural design development. Be its conceptual design, schematic design, detailed design, or a stage of construction documentation, using 3D BIM Modeling for Architected Service helps in creating an accurate interior design for the renovation, restoration, or new creation. BIM also delivers virtual models of building components, creating a detailed 360-degree view of the projected building.

Architectural BIM Services

Here are the 4 Stages of BIM Support to Architectural Services:

• Conceptual Designing BIM Support to Architecture:

Architectural 3D BIM Modeling gives an edge to the design process. Building Information Modeling facilitates the creation of multiple design routes for presentation with variants in layout and space planning. 3D Rendering Models with varied colors and material provisions provide an accurate feel to the structure of the virtual building. Throughout the architectural conceptual designing stage, the design of the projected construction structure is shaped using Revit Models, emphasizing the looks, behaviors & structural properties. The stage can be associated with the Revit LOD 100 Model together with several components like the Masses, Conceptual Design &general project phasing. Location, as well as Orientation analysis, can be accomplished at this stage & quantities based on overall area & volume can also be acquired.

• Pre-Construction Stage Architectural BIM Support:

Building Modeling experts can create detailed & accurate Construction Drawing Services from Architectural 3D Model. The Revit parametric facets in a BIM Model enable undertaking a high level of detailing with accuracy. Modifications made in the architectural drawing plans mechanically get reflected in all the related areas of the construction sheets. 3D BIM Model for Coordination can be used collaboratively for clash detection at the pre-construction stage of residential & commercial architectural development. This diminishes the construction cost by reducing design changes at the time of construction.

• Construction Phase BIM Support in Architecture:

 4D BIM Construction Phasing & 5D BIM Cost Estimate simplifies the development of the construction phase effectively, facilitating on-site coordination with Architectural BIM Modeling. On-site modifications can also be accomplished as per the virtual Architectural BIM design model. This stage acts as a bridge between architectural design & physical building, with the creation of architectural drawings & specifications for comprehensive building project requirements. The stage corroborates with LOD 400 Revit Model, encompassing elements that are precise in terms of shape, size, location, amount & alignment with fabrication, assembly & other details.

• Post Construction BIM Services Support:

Architectural 3D BIM Modeling Service also expedite the post-construction stage for bestowing an as-built model that can be used for the renovation of a building. BIM services for architects ensure methodical facility management using an all-inclusive Architectural model encircling various asset details.

For more details about Architectural BIM service in DC, Baltimore, MD & VA areas in the USA, get in touch with the Architectural BIM Modelers of Tejjy Inc. at 202-465-4850 or info@tejjy.com.

Residential Architectural services in usa
BIM Service

Architectural BIM for Home Builders

Are you looking for architectural home designing services in Washington DC? Get in touch with a competent home planner in DC to design your home architecture in the most competent style.

Architectural BIM for Home Builders

Top 5 Architectural BIM Solutions for the Home Builders in DC include:

  1. BIM Services for Home Builders in DC – BIM solutions for residences and housing schemes aid Home Builders to execute building projects in the right manner. Some of the BIM services include construction simulation, asset management, energy efficiency, & thermal performance analysis of buildings.
  2. Design & Drafting Services for Home Builders in DC – Through the intelligent 3D model, an accurate virtual mock-up of the planned construction project is created, helping designers to interact with Home Builders over a Common Data Environment.
  3. 3D Modeling for Home Builders in Washington DC – The 3D model makes the right implementation through detailed floor plan design & construction scheduling. This process helps to identify and detect clashes and perform constructability analysis.
  4. Construction Drawings for Home Builders in DC – BIM specialists provide detailed construction drawings with elevation plans, section drawings, roofing & floor plans. The detailed investigation of the construction site & floor plan facilitates home builders obtain an understanding of the total number of buildings and estimation for the project cost and profitability.
  5. Quantity Take-off for Home Builders in DC – Using 3D models, Engineers produce accurate quantity take-off & estimation for home builders. Building Information Modeling plays a fundamental role in creating accurate quantity take-off, facilitating home builders in the tender management, through accurate building project estimation with meticulous cost study and tracking of the construction process on schedule & budget.

Tejjy Inc. – A competent construction management & BIM Service Firm based in Washington DC provides home building permits, home design permits, home architectural planning solutions & BIM services for home builders in DC, VA, MD & Baltimore areas in the USA.

For more information about Home Building Service in Washington DC, Maryland, Virginia & Baltimore areas in the USA, get in touch with the BIM connoisseurs of Tejjy Inc. at 202-465-4830 or info@tejjy.com.

Benefit of BIM services for construction manager
BIM Service

Role of a Competent BIM Manager for Reaping Full-Fledged BIM Benefits

It is important to understand the work of a competent BIM manager. Professional design firms & construction sub-contractors can use BIM software application only if it can be managed efficiently. If Building Information Modeling is used properly, projects can be executed properly with the minimized error. However, if it is not managed in the right manner, the project team members will be stuck in a nightmare of monotonous tasks,  repetitive work, and redundant effort. This will subsequently result in missed deadlines, documentation errors, and dissatisfied clients.

Role of a Competent BIM Manager for Reaping Full-Fledged BIM Benefits

Let’s explore the role of a Competent BIM Manager:

Activities in BIM Domain:

  • Manages technical teams & provides necessary project support
  • Assists construction project directors on technical delivery
  • Develops & manages BIM standards, protocols & templates
  • Consults with IT teams, systems administrators, clients & contractors
  • Provides BIM training to the junior members of the team

Comprehensive Understanding of BIM:

  • Treats BIM model as a realistic depiction of the building
  • Leverages BIM models as a collaborative tool among the modelers, and the receivers of the model output
  • Recognizes BIM models to be a creation of a team of people, and not as an individual task

Team Configuration for Leveraging BIM

  • Ensures that none works in a silo
  • Sets the team roles as per responsibility and not as per tasks
  • Enforces people to take project ownership, making them responsible for complete work (for instance a person accountable for modeling walls also has to take the responsibility for wall tagging, details & schedules)

Realistic Approach to BIM Workforce

  • Customizes work practices to the abilities of the people working
    (Should not make someone responsible for facades if they struggle with simple tasks of wall creation)
  • Shouldn’t let designers use specific architectural software if it makes their task of designing, less effective
    (Getting designers to provide hand-drawn sketches to the modeling experts is usually more effective than getting the designers to model properly)
  • Never think that training is merely the solution

Flexible Working Methodology

  • Retains a flexible workflow for accommodating unusual condition & innovative work practices
  • Never enforce a “universal standards”, which is imperfect, as it is hard to forecast every possible permutation of what needs to be created on every project
  • Supports various work practices based on the intricacy of the project and the ability of the staff working on it

Involvement in Real BIM Projects

  • Maintains an intimate knowledge of how the BIM office operates through active project engagement
  • Engages in setting up of every project in the office
  • Audits projects periodically
  • Steps in whenever required to assist others but not work full time on a single project

Capability to Question Specific Requests instead of Reacting

  • Evaluates a request against the real-world consequence, it is trying to achieve
  • Delivers a workflow & work methodology based solution& not just technical solutions
  • Gauges how long a request takes to provide the result
  • Suggests alternatives for obtaining the same consequence

Proactivity with BIM

  • Uses new BIM software functionality for augmenting problem-solving & service delivery methodologies
  • Provides courageous advice, but accepts that their views may not always be implemented
  • Listens to other project team members who may provide improved ideas
  • Involves themselves in industry-wide BIM concerns


Unfortunately, all AEC firms don’t understand the need to hire a competent BIM manager, nor do they understand the benefits that a competent BIM manager can bring. Often a graduate who has used BIM software in his course is bestowed the responsibility of a BIM manager. It’s no doubt that these people can become good BIM managers in due course of time with experience. However, if they don’t have any understanding of the profession they will not be able to work in the core BIM areas. All AEC professionals need to understand the fact that the benefits of BIM don’t occur by themselves. Just like any other process, Building Information Modeling should be rightly managed and implemented. It is only then that the project stakeholders can reap the benefits of BIM.

Appoint a skilled BIM Manager from Tejjy Inc.– a BIM, Engineering, Construction Management, Permit Expedition & Architectural Services Company in DC, VA, MD & Baltimore areas in the USA and step into the world of intelligence working. To know more, call at 202-465-4830 or info@tejjy.com.

Revit MEP BIM service provider in usa
Revit BIM Modeling Services

Revit 2021 New Features for MEP

Revit 2021 with brand new features and enhancements has been released to benefit professionals in the field of architecture, MEP design and Structure.

Revit 2021 New Features for MEP

The focus of this blog is on the features in Revit 2021 specifically for MEP. The emphasis in Revit 2021 is on electrical features and globalization.

Let us delve into the new features for MEP:

1. Circuit Naming

Revit 2021 offers flexibility to customize circuit naming.

An all-new feature “Circuit Naming” is included in Electrical Setting. An electrical designer can create a new electrical scheme in this window by naming it appropriately. In the scheme, he can include properties chosen from the list provided.

With the help of the Circuit Naming parameter, the new scheme can be applied to panels/switchboards as required.

2. Single Phase L-N Panel Boards

The new version of Revit has all single-phase loads connecting to the same phase in the distribution board.

While editing a panel schedule template, the electrical designer has the option to disable columns for unused phases. This implies that single phase panel schedules only display the connected phases.

3. Switchboard Circuit Quantity

A feature Maximum Number of Circuits has replaced Maximum Number of Single Pole Breakers found on switchboards. Hence, now the number of new circuits created to correspond with the number of occupied rows in the switchboard panel schedule.

4. Switchboard Circuit Phase

In Revit MEP 2021, an electrical designer has the flexibility to choose any single-phase load on the switchboard panel schedule and direct it to a different phase.

5. Panel Schedules

Each sheet under “Sheets” of the project browser now includes Panel schedules in the list of other views.

6. New Space and Spare Properties

In Revit 2021, whenever spares are added to a panel schedule, a frame value is displayed against the spares. The value of spares can be modified in the spare’s properties.

7. Worksharing Enhancements

Revit 2021 offers a consistent experience across worksharing behavior of different elements.

In the previous versions of Revit, whenever an element was amended, it would either move or update the other related elements. As a result, these elements would be checked out. This led to issues in collaboration.

Revit 2021 has overcome this limitation by provisioning that any modification of interconnected MEP elements will have only the selected element being checked out. Additionally, there will be not auto-heal in a broken segment in case of elimination of any in-line element.

8. MEP Fabrication Extension Integration

The functionality of Revit Extension for MEP design fabrication has been enhanced. In this version, commands are located on context-sensitive ribbons and in locations used for import/export commands.

9. Units Enhancements

Piping units such as Liters per hour for Flow is a new addition.

10. P & ID Modeler

It has been moved to “Docs” in Revit 2021 from “Teams” in the previous versions.

Revit 2021 sure has a lot to offer the MEP professionals! However, MEP professionals must be technically updated to implement these enhancements effectively. Tejjy Inc. has a team of MEP design experts who are well-versed with the existing and new technologies relevant to their field.

Engineering Services

Automated Structural Design Optimization for Reinforced Concrete with BIM

The Structural Engineering optimization for reinforced concrete has been executed for several decades. The technique plays a significant part in maximizing the consistency, cost-efficacy, and environmental sustainability of RC structures. Nevertheless, the optimizing Rebar Concrete structural design is a bit challenging and entails innovative approaches during the diverse life cycle of RC structures.

Research Undertaken in RC Structural Engineering Design Optimization

The last few decades have seen the extensive researches in the RC structural design optimization, though there is a dearth of the comprehensive assessment of the endeavor. Hence, a critical evaluation of the earlier research about the Structural Optimization of Reinforced Concrete is conducted by the experts for reducing the number of construction materials, material cost, and environmental effects, with emphasis on a detailed design like steel reinforcement, to identify the research themes and highlight the future directions.

Need for Implementing Clash Mitigated Rebar Design for Structural Engineering

Based on the critical evaluation, the need has been identified for the implementation of clash-mitigated rebar design optimization, detailed design optimization of intricate Rebar Concrete components, and the application of the design for manufacture & assembly.

Challenges of Manual Rebar Design Process

The steel reinforcement detail design of Rebar Concrete structures is one of the significant aspects of construction. Despite the introduction of advanced technologies in the Architectural, Engineering, & Construction domain, the rebar design process is mostly accomplished by the manual or semi-manual approaches, with the software packages following the regional design codes. A manual process leads to conservative, indefinite, and improper consequences. Furthermore, the simple design of the RC structural elements can face constructability issues like congestion, collision, & complexity causing complications during the procurement of rebars and other facets all along with the construction phase. 

The consequence of the Manual Process- Enhanced Construction Cost & Time

The challenges also deter concrete pouring. Hence, improper compounding of concrete with the rebars gets generated upsetting the veracity of the RC structure. These concerns considerably enhance the construction cost and time and are extravagant for the AEC project stakeholders. Even if earlier studies have conducted the detailed design optimization of RC structures, little attention has been provided to these challenges.

Holistic BIM Methodology using Meta-heuristic Algorithms

A holistic BIM-based approach uses the various meta-heuristic algorithms like SGA, SGA-SQP & PSO-SQP for the optimum detailing & designing of RC slabs, for reducing the construction cost. The prime objective is to determine the reduced construction cost of the Rebar Concrete slab, along with the cost of steel reinforcement bars in reinforcing layers, cost of concrete, and labor cost for steel reinforcement bar installation and concrete pouring in the RC solid slab.

Process of BIM Optimized Structural Engineering

The process of BIM optimized structural engineering should be managed in such a way that the first stage can augment the steel support present in all the 4 reinforcing layers (including two layers at the bottom & top of solid slab), whereas the second stage can improve the solid slab thickness as per the concrete strength.

Optimum Design Solution with BIM Model for Structural Engineering

To make the optimum design directly constructible without any further modifications, available standard rebar diameters, space requirements of the rebars, appropriate regional design provisions, and constructability with clash avoidance concerns are merged into the development of the BIM optimized model, which can be used as a design tool for retrieving cost-effective design solutions at an earlier stage of structural detailing design.

Seek the best Structural Engineering Company for Design Optimization

Want to choose BIM for Rebar & Reinforcement Concrete Modeling ? Consult the BIM experts of Tejjy Inc. at 202-465-4830 or info@tejjy.com to get an accurate BIM model for optimum and realistic design solutions.

Architectural-BIM-Services-for-Construction-Project-Lifecycle
Construction Management

Architectural BIM Services for Construction Project Lifecycle

Architectural BIM Services for Construction Project Lifecycle

Architects are the connoisseurs who bring life to the concept of a construction project. They constitute being a vital part of architectural project planning and execution. BIM Service companies act as a support to architects and engineers in their design development process. Architectural Revit Services is a great mode of this collaborative and innovative solution. 3D BIM models use inputs, such as the construction & design documents as well as hand sketches. The team of BIM professionals creates the final model after resolving potential construction problems through raising RFIs (Request for Information) and checking with architects and other project consultants.

How BIM facilitates Architects in Design Development?

BIM supports architects in the various stages of design development through conceptual, schematic & detailed designs, as well as construction documentation with the help of 3D Modeling. Architects are able to create the interior design for the renovation and new building creation. BIM also provides virtual mock-ups of building components and creates a comprehensive 360-degree view of the projected building. 

BIM Supporting Various Stages of Construction Project Lifecycle

• Conceptual Designing: Architectural BIM Modeling provides an edge to the whole design process. BIM is used for creating manifold design routes for presentation with variations in layout and space planning. 3D Rendering Services Models with diverse colors and material specifications provide a realistic feel to the virtual building structure. During the concept designing stage, the design of the projected building structure is created using Revit Models, focussing on the looks, behaviors, and structural properties. The stage can be related to the Revit LOD 100 Model including numerous elements as Masses, Conceptual Design & overall project phasing. Location & Orientation analysis can be executed at this stage and quantities based on overall area & volume can also be obtained.

• Pre-Construction Phase: BIM experts can develop detailed and accurate Construction Drawing Services from Architectural 3D Model. The Revit parametric features presented in a BIM Model facilitates in accomplishing a high level of detailing with precision. Changes made in the plans automatically get reflected in all the associated areas of the sheets. 3D Model for BIM Coordination Services can then be used collaboratively, detecting the clashes before construction. This controls the construction cost by reducing design changes at the time of construction.

• Construction Phase4D BIM Construction Sequencing and 5D BIM Costing facilitate the planning of the construction phase effectively, enabling on-site coordination with the aid of Architectural BIM Modeling. On-site changes can also be fixed as per the virtual BIM design model. The construction design stage acts as a bridge between building design and physical building stages, encompassing the creation of drawings & specifications for the comprehensive requirements of a building project. The stage matches with LOD 400 Revit Model, comprising elements that are accurate in shape, size, location, quantity & orientation with complete fabrication, assembly, and detailed information.

• Post Construction Phase: Architectural Modeling Services also help during the post-construction phase for presenting an as-built model that can be used later for the renovation and reconstruction of a building. BIM ensures methodical facility management using a comprehensive Architectural model encompassing various asset details.

Prime Architectural BIM Services include:

  • BIM Consulting Services for seamless BIM applications
  • LOD Based BIM from a conceptual stage to a well-defined Facility Management model
  • Construction Documentation set of sequential drawings for construction management
  • BIM Design Development of BIM design build services
  • Custom Revit Family Creation Services for all building products
  • Point Cloud to BIM for renovation, retrofitting & as-built projects
  • Landscape BIM Models for creating & coordinating Landscape data
  • Underground Modeling  for improved visualization & clash detection
  • Architectural 3D Modeling to facilitate the design, planning & visualization
  • Procurement BIM through openly shared project models for lucrative project procurement
  • Architectural Detailing for transforming design into technical diagrams & plans
  • 4D Scheduling with data-rich 4D BIM models for early detection & resolution of conflicts
  • Infrastructure BIM Modeling to make civil projects resilient & productive
  • Modular BIM for prefabrication & modular building projects
  • Facility Management BIM to create, utilize & manage building information throughout the lifecycle of the structure
  • BIM for Energy Analysis with virtual 3D energy models

Architectural Detailing Services across the Sectors:

Residential, Hospital & Commercial Buildings:

  • Architectural Layouts & Floor Plans
  • Elevations & Sections
  • Door-window Details
  • Sanitation & Piping Plans
  • As-Built Drawings
  • Architectural Elevations & Sections
  • Ceiling & Foundation Plans
Interior Decorations
  • Floor & Roof Framing Plans
  • Building Sections
  • Interior & Exterior Designs & Plans
  • Furniture Layouts
Urban Planning
  • Building Block Detailing or Drafting
  • Landscape Drafting with BIM
  • Contour Mapping
  • Drawing development
  • Site Plan Drawings

BIM software applications used for Architects

  • AutoCAD
  • 3DS Max
  • Photoshop
  • Illustrator
  • SketchUp
  • Revit Software Suite
  • MicroStation
  • Navisworks
  • Bluebeam
  • Civil 3D
  • BIM 360 Glue

To know more about Architectural BIM services in Washington DC, Baltimore, MD & Virginia areas in the USA consult the BIM experts of Tejjy Inc. at 202-465-4850 or info@tejjy.com.

Top 5 Misconceptions of BIM (Building Information Modeling)
BIM Service

Top 5 Misconceptions of BIM (Building Information Modeling)

Top 5 Misconceptions of BIM (Building Information Modeling)

There are some common misconceptions, when it comes to Building Information Modeling (BIM) implementation for construction industry. Want to know about the misconceptions & the realities of BIM that are bringing about the digital construction revolution?

Here are the top 5 misconceptions along with the realities of BIM:

  1. Misconception: BIM is just 3D Modeling

There is a misconception that BIM is just about 3D Modeling and not about drawing things in 3D. While 3D model is the obvious visual display of transformed techniques of working, it is a part of a much wider process. Building Information Modeling is not only about making a visual depiction of a physical object or an entity, rather it’s about a collaborative working for creating digital datasets. Graphical as well as non-graphical data is deposited in a shared digital space called the Common Data Environment,where it can be used to create federated models. So, BIM is about the management of information throughout the construction project lifecyle of a facility and not just about the 3D model.

  • Misconception: BIM takes more time to impact Productivity

It’s for sure that any process that encompasses new methods of working will certainly take some time to bring a positive impact to production. However,a careful construction planning facilitates in selecting the right pilot for the project, ensuring that you have the time and resource to get up to the speed. BIM company gives you long-term benefits with gains overshadowing the preliminary investment. Compared to the conventional way of working, a BIM approach usually frontloads the formation of project-related information and assets and this takes time to work in a cohesive way with project planning and resourcing. With the help of training and competent BIM resources, the output from BIM will be worth the investment in the long run.

  • Misconception: BIM implementation is expensive

Some upfront costs are involved with every program, while transforming from conventional working process but they provide longer-term efficacies and benefits. BIM company is about the cost of hardware, software and extra training. Nowadays various tools are available free of cost or at low-cost, and there are readily accessible sources of guidance too. So, you can easily decidethe facets of BIM implementation and thus can control, spend and merge with existing commitments.

  • Misconception:  BIM is just for the big companies, buildings & government projects

It’s a misconception that big construction projects only uses BIM. However, this doesn’t mean that smaller companies can’t benefit from BIM. Infact, smaller companies can gain the most from the competences and collaboration of BIM.  The fact is that all organisations incur the same type of financial costs,though on different scales in delivering  a project. Even if governments are progressively encouraging and mandating the use of BIM on their projects, considering the benefits and productivities that can be realized, such an approach is not limited to large, public-sector projects. Today, the AEC clients of the private sector clients are increasingly seizing the opportunities across a wide array of projects –be it large or small of varying levels of complexity.

  • Misconception: BIM is only a flash in the pan

Thekey concepts at the core of Building Information Modeling have been a long time in the making. The probability of co-ordinated design for removing waste and bringing about cost savings was championed by organizations like the Building Research Establishment in the 1970s.The logic behind mechanized clash detection was discussed back in 1966. Hence, far from being a craze, Building Information Modeling is a natural evolution, made real by the technology advancements, raising expectations in the broader world. A day will come when BIM will just be a ‘business as usual’  thatbe embraced and implemented by all to gain the most.

The bottom line is that BIM technology is an evolutionary step for the construction industry. The benefits produced through BIM is real and valuable to AEC industry in the long term. BIM company isn’t a craze andwill be a necessity to every  construction professional. As people moved from a pen to a mouse & CAD, BIM is meant to bethe next evolutionary step in the construction domain.

So, don’t wait and make BIM the best recourse for your construction project from inception to final built. Get in touch with the experts of Tejjy Inc. at 202-465-4830 or email at info@tejjy.com to discuss your requirement about BIM, Architectural & Engineering, Construction Management&Permit Expedition Services in DC, MD, VA & Baltimore areas in the USA.