Revit BIM Modeling Services

What does the future hold for 3d Laser Scanning?
Revit BIM Modeling Services

What does the future hold for 3d Laser Scanning?

Laser scanning is becoming more powerful,  useful, and affordable, impacting several industries. The technique of laser scans to BIM technology follows a trajectory to compute and it is smaller, cheaper and easy to use. Now, how the laser scanners are advancing in recent times? What are the areas of future investment? What’s the ways the 3D laser scan to BIM technology will change? How the changes could be used for future benefits?  Scan to BIM process is mainly used by the surveyors. Point cloud scan to BIM data have become significantly vital to the construction industry.

Let’s take a look at how the scan to BIM technology will be used and how the laser scan to BIM services would be adopted for the future.

How the scan to BIM technology will be used?

  • LiDAR or mobile LiDAR – LiDAR stands for Light Detection and Ranging and it constitutes to be the leading technique behind laser scanning. The technique of scan to bim services works through dominant laser pulses moving towards the target and gathering backscattering signal. They are current mainstream, using a set of spectral wavelengths for collecting data. Mobile scanning also uses the same technique effectively and it is poised to change the way of scanning.
  • SLAM or Simultaneous Localisation & Mapping – SLAM constitutes the algorithmic process of creating a map of a strange setup while circumnavigating that environment using a map. It’s critical for developing autonomous robotics to make mobile scanning simple and easy. SLAM scanners establish a wide array of sensor types such as audio rangefinders, visual cameras and inertial sensors. Nevertheless, LiDAR and laser scanners are crucial for producing accurate SLAM scans, and would enhance deployment in near future. The  scan to bim process allows surveyors walk through a site and collect significant data. This is possible with a range of technologies like sensors, LiDAR Odometry and mapping in real time.
  • Drones – Currently, drones are gaining significance in point cloud scan to bim. These unmanned aerial systems  are often used  with SLAM scanners, together with conventional LiDAR and GPS improved LiDAR. Mapping and surveying through drones deliver an easy-to-deploy podium for capturing aerial views. At present, some factors are restricting the use of drones about the time of operation and the development of regulations in several countries.  Drones help to produce valuable 3d laser scan to BIM process, which is essential for various engineering projects and undertaking scientific tasks

How  laser scan to bim services  would be adopted for the future?

Point clouds would be spreading into the clouds. BIM companies in USA seek data availability, accuracy, density, and forecast 3D point clouds for growing rapidly within the subsequent years. The enhancing usage of point cloud scan to bim would see an explosion to manage data in the cloud, cloud-based data processing and direct upload of point cloud data to cloud services.

The cloud would bring diverse advantages to point clouds. The conventional benefit hovers around the storage and distribution of information and models. Instead of sending output to relevant stakeholders, access could be provided and all relevant parties could view the files. Further, cloud storage could be dynamically scaled, providing an inexpensive method of enhancing capacity for large projects. This is similar to how Bim companies in USA improves collaboration in construction.

Benefits of point cloud scan to bim process are strikingly changing this reality. Robust, vector-based and multi-stage processing allows automated processing. The perfect 3d laser scan to BIM software allows you to take the benefits of computing by registering multiple scans at the same time using manifold processors. However, the cloud provides limitless scalability, delivering faster registration and robust outcomes.

BIM Companies in USA modeling the future of construction

Laser scan to bim process is maturing for easy accessibility and capturing new methods to become viable. Driven by smaller and cheaper scanners and well equipped with improvements in point cloud registration, laser scan to bim technology is becoming an integrated part of several architectural, engineering and construction projects. So, the AEC professionals need to look at the potentials of point cloud scan to bim. To implement the technique, opt for Tejjy Inc. – one of the top design build firms and BIM service providers in USA and get an edge over  your competitors. Contact the BIM automation company at 202-465-4830 or info@tejjy.com and get improved BIM execution planning with laser scan to BIM.

Architectural Building Design
Revit BIM Modeling Services

How BIM Revit Family Supports Architectural Building Design?

Architectural Building Design

The phrase Revit families instantaneously conjure images of furniture and interiors. You may perhaps speculate what Revit architecture design should do to the building. It is the Revit family that helps in making building design easier. Virtually, everybody in the construction sector is acquainted with Revit for architecture and design.

What is Revit?

Revit is a popular technique for building model creation. The software helps you modify and handle various parts of the model. While making changes to the Revit model, the other parts automatically adjust them for ensuring that the design remains integrated. Revit architecture design constitutes to be a vital part of a building design. Currently, most of the AEC stakeholders depend on Revit for architectural, structural and MEP design creation of a building for showcasing different areas and stages of construction. A Revit file includes different types of Revit families like revit architecture house plans, commercial kitchen revit family, etc.

What is a Revit family?

The Autodesk Revit architecture design lets similar objects to be grouped together as families. To take an instance, if you have a dining table with chairs, they need to be grouped together as a family. If case you move the table to another location of the model, they move together in association with each other. However, the distance between one chair and another chair remains the same. It is also easy to move a furniture.  Now, if you like to move a wall, or make a room bigger or smaller, you need to consider other aspects such as the windows, roof, doors, etc. having a common set of properties. Revit families and parameters require common controls that let you make changes and ensure that the basic structure is not affected.

What are different Revit Families for Revit Architecture Design?

Different families of Revit for architecture and design help to make the building design and construction easier. Frills like doorknobs on windows and door with glass are well managed on Revit families to make the model look realistic.

  • System Families:

They constitute to be the prime Revit families and parameters including the roof, wall, floor, and ceiling. These families are used for various elements of the building and are an essential part of Revit model.

  • Modeling Families:

They encompass various components like doors and windows. They are loadable, visible in all views and are attached to system families of Revit for architecture and design.

  • Loadable Families:

They constitute to be autonomous elements about the main building design. The elements are an integral part of Revit family and are loaded separately whenever required. Loadable families of revit landscape architecture represent exterior building elements like an extrusion or driveway.

  • Annotation families:

These include various elements like tags, dimensions, instructions and other annotations. Even they are not a part of the 3D models, they can be loaded whenever required.

What goes into the creation of Revit architecture house plans?

Well, it all begins with a conception that becomes a drawing and finally a Revit BIM model. The construction documentation of a building is absolutely incomplete without Revit landscape architecture. 3D modeling in Revit comprises of various components and their position in the model. There is no construction design drawing which is perfect from the very beginning of the construction. It requires substantial planning amongst stakeholders for making the final settlement. In the mean time, modeling in Revit for residential architecture undertakes various modifications.

Whether its Revit for residential architecture or commercial kitchen Revit family, all architects and engineers are benefited through Revit BIM modeling. Revit facilitates architects in delivering best performance through a virtual representation of building components. Starting from the stage of conceptual design to construction documentation, architects are able to know the various building project specifications such as the cost, color, tolerance and other details of MEP services for making informed decisions.

BIM Revit for architecture and design consists of built-in features for obtaining quick feedback during the design process. 3D visualization with 3DS Max helps to deliver building designs with animated walk-through, rendering and fly-by. This facilitates effective design validation and communication. Revit landscape architecture creates an effective visualization of construction workflow, using BIM model data, avoiding wastage of time and cost.

What are the Stages of Revit Architectural Building Design?

Design Development & Coordination

Revit BIM companies in USA collaborate with architects and support them in the process of Revit architecture design development. The team of experts interacts with architects for comprehending designs. They provide value-added support with design evolution from conceptual or schematic to the construction stage. Various inputs essential for the process of design development and coordination for residential architecture include conceptual drawings, models, and drawing sketches, etc. BIM consultants interpret the thought of the designers in the form of 2d drawings as well as 3d models. The three primary stages of design evolution consist of Conceptual, Schematic and Detailed designs.

Conceptual Design: This is the first phase of design, where drawings or solid models are the leading tools to provide an account of the proposed system. The description is in terms of a set of integrated ideas and concepts about the performance, behavior and look of the model, so that it is comprehended by users in a desired way. This stage of Revit for residential architecture design matches with LOD 100 model, including masses used for preliminary studies, like conceptual design & the overall project. Analysis as per location and orientation are performed and quantities based on overall area and volume are also obtained at this stage.

Schematic Design: Schematic design of Revit architecture house plans constitutes to be an initial design structure that defines the general scope of the project, such as the scale and relationships amongst building components. The sketch of the architect interprets desired functional relationships amongst the various services of the building into a model, matching with LOD 200 Revit model. LOD 200 models encompass elements where Masses get substituted with generic components. Analysis can be performed based on overall systems and quantities can also be obtained as per specific elements.

Detailed Design: This comes just after schematic design. Here the building details are reflected, matching with LOD 300 Revit model. This provides drafted to scale drawings to clients, showing how the project would look like once the construction is over. LOD 300 models comprises of elements in fully defined assemblies. Specific system analysis and quantities based on materials are obtained. At LOD 300, the model can be leveraged for the production of commercial kitchen revit family, construction documents and shop drawings for the analysis of energy performance, clash coordination & cost estimation.

Construction Documentation: This stage acts as a bridge between building design and physical building form, matching with LOD 400 Revit model. All building elements of revit architecture house plans included at this stage are accurate in size, location, quantity and orientation with comprehensive fabrication, assembly and detailed information. Non-geometric information like the dimension, texts, notes and 2d details are all included in the model, making a complete representation of the building system. Analysis such as energy performance, clash coordination, sequencing and cost are all performed at this stage. Some of the examples of the construction drawings produced at this stage encompass enlarged floor plan, typical room layout, building sections, elevations, door and window details, ceiling plans, furniture layout, egress, landscape plans, interior elevations and more.

Where to find Revit BIM Services?

Are you looking for Revit modeling for building design? Dedicated team of BIM engineers and architects at Tejjy Inc. helps you work with Revit architecture house plans. Tejjy Inc. implements the best techniques of the industry, irrespective of whether it’s a small project or a large one.  Contact the Revit BIM modelers of Tejjy Inc. BIM service provider in USA at 202-465-4830 or info@tejjy.com and get revit architecture house plans.

Revit Families Creation
Revit BIM Modeling Services

What is Revit Family Creation?

Tejjy | Revit Parametric Modeling

Revit constitutes to be an effective Architectural Design and Documentation software of Autodesk. Opting for Revit Libraries Services not only allows the creation of basic parametric families such as furniture and equipment. But also, the graphical quality of 3D BIM models can be improved.  Now, let’s delve deep into the details of What is Revit Family Creation?

What are Revit Families?

Before jumping onto Revit we need to understand What are Families? The fact of the matter is Family are just the components required to build your model. These can be walls, windows, doors etc. These components vary in physical dimensions as per the requirement of buildings. So, when you create a family in Revit as per the required specifications it is called customized Revit families. But Who is Revit? Revit is software created by Autodesk. Revit software comes with predefined families also. Leaving you with an option to either build from scratch or adapt from existing.

These days, BIM service providers in USA are working with parametric family creation in Revit. It comes with an underline warning. The fact of the matter, If components of Revit MEP family creation are not designed in a proper way, they reduce the speed of your PC performance, project presentation, and project output. Parametric family creation in Revit facilitates in obtaining the right balance between practicality and functionality and delivers a rAnd now a range of Revit components.

BIM consultants create a new family in Revit and ensure that your Revit components are created intelligently with the pragmatism to serve the drive. Parametric Revit content creation encompasses real-life product information or performance mockups, required for performing calculation analysis and construction simulations. To create Revit MEP family creation, the software embraces large objects to be modified in various ways. Parametric Revit electrical families help to control objects through formulas and assess client products proficiently before modeling.

How Revit Family Library benefit the AEC Industry?

Revit content creation empowers all Architecture, Engineering, and Construction industries.   including architects, designers, engineers, builders, contractors, facility managers, and owners. All these construction professionals accurately communicate design objectives, investigate building performance and undertake cost estimation at the pre-construction stage. Owing to parametric family creation in Revit, architects could easily capture, assess designs and maintain coordinated building data throughout the construction project lifecycle.

To create a new family in Revit,  building components are engineered with reusable objects and amassed with related parameters and graphical representations. The families enable clients to seek for customized or manufacturer-specific content pertaining to Revit MEP family creation, door family creation in Revit and Revit electrical families.

Since Revit content creation constitutes to be the building block of the BIM Model,  stakeholders within the BIM lifecycle getting benefited from the software. The smart 3D representation of the virtual world integrates geometry and other technical product specifications to empower our project team members.

  • Architects and Engineers:

To create a new family Revit for architectural services, architects are delivering the best performance through making a virtual representation of building products through BIM. Starting from the stage of conceptual design development to construction documentation, architectural design firms know about individual building product specifications such as the color, cost, MEP details, and other information. Engineers using BIM Revit Model examine and interrogate within Revit and third-party software.

  • Builders and Contractors:

Builders and contractors evaluate 3D Revit BIM Model and construction documentation and organize individual building products. Since parametric family creation in Revit BIM model comprises all significant information, information about the technical specification, product manufacturer, and product installation could be straightaway extracted from it.

  • Facility Managers and Owners:

Revit content creation also endows the facility managers and owners by providing a virtual representation of the building. The owners and facility managers integrate 3D BIM Revit Model into an existing facility management software to get reduced operational, management, and space planning.

What are the Revit Family Components?

BIM is not only about creating a 3D building structure. The BIM model is only a cage without Revit. Inserting Revit Family components provides a fresh lease of life to the cage. To create new family Revit, several things are taken into consideration like the door family creation in Revit, windows, stairs, railings, cabinets, drawers, clocks, desk, etc. Accurate placement of Revit Family components creates a great impact on construction.

Some of the instances of BIM Revit Families Creation:

  • Architectural Revit Families Creation Components
  • Doors, windows, furniture, railings, casework
  • Mechanical Revit Family Creation Components
  • HVAC, pipes, valves, strainers, duct hangers, air terminals
  • HVAC Revit Family Creation Components
  • Fan coil units, fire dampers, diffusers, grilles, registers
  • Structural Revit Family Creation Components
  • Columns with steel sections, beams, foundations, structural connections, base plates, gusset plates & stiffeners
  • Plumbing Revit Families Creation Components
  • Pumps, Valves, Fixtures – washbasins, water closets, urinals, devices & fittings
  • Firefighting Revit Families Creation Components
  • Sprinklers, valves, fittings, fire extinguishers, cabinets

How BIM Revit Families Supports Architectural Building Design?

Building Information Modeling aids higher sustainability and energy efficiency for architectural building design. Across the world, people are greatly influenced by sustainable green building designs. Revit architectural family creation facilitates architectural projects to effectively make housing plans, retail showrooms, commercial building complexes, offices, and many more. Proficient BIM Revit content creation team provides architectural family creation services working with various inputs like Auto CAD, scanned images, sketches, photos, and electronic files for making the architectural designs real and appealing.

Revit family supported architectural BIM services include quantity takeoffs, 3d modeling, clash coordination, and scan to BIM services. These services will facilitate architects to coordinate with team members in an improved way with enhanced efficiency. Using architectural Revit BIM services, architects are able to capture the complex market of the construction industry.

How BIM Revit Families Creation Facilitates MEP Engineers?

Revit MEP family creation is one of the key facets for MEP engineers. MEP BIM service providers in the USA create a new family in Revit to produce MEP design drawings from BIM 3D models with HVAC, plumbing, fire safety, and electrical details. As an effective information management platform, BIM reflects construction design changes in real-time. This mitigates clashes and keeps engineering teams on the same page. Using Revit MEP BIM services, designers, contractors, and MEP consultants produce the coordinated model, and design document with all elements of mechanical, electrical, HVAC, and fire protection systems. Further, 4D construction scheduling and 5D cost estimation are obtained through BIM Revit MEP families.

Revit BIM Model for Structural Engineers

Revit BIM supports structural engineers by providing specifications about the materials and resources. Structural Revit content creation allows accurate material and cost estimation with proper building geometry and geographic information. This will help you deliver a realistic building visualization with accurate building design specifications. For engineers, a clear standpoint on building lifespan can be calculated. Structural engineers with Revit family creation are able to easily visualize a building before the commencement of the building process.

To know more about Revit family’s creation or create new family Revit, consult the BIM consultants of Tejjy Inc. at 202-465-4830 or info@tejjy.com. For improved speed and reduced modeling, time contact Tejjy BIM engineer. Being an experienced BIM service provider in the USA we facilitate clients to reduce manual work, maximizing productivity.

BIM Modeling Service Providers | bim and urban engineering
3D Modeling Services, Architectural Services, BIM Facility Management, BIM Service, Blog, Construction Management, Construction Project, Revit BIM Modeling Services

BIM in Urban Engineering – Market Dynamics, Restraint, Opportunity & Challenges

BIM Modeling Service Providers

Building Information Modeling(BIM) is a real-world model to facilitate urban engineers and civil engineers in identifying potential problems at the pre-construction stage. The technique of BIM Modeling Service Providers establishes as a collaborative process empowered by the creation and exchange of applicable digital information throughout the built asset. 3D BIM Modeling companies facilitate the civil engineers to enhance outcomes with the ability to investigate multiple scenarios, providing data-driven assurance.

Currently, Building Information Modeling market is anticipated to grow from USD 4.5 billion in 2020 to USD 8.8 billion in 2025 at a Compound Annual Growth Rate of 14.5%.The significant factors driving the growth of the BIM market consist of increased urbanization along with the development of the infrastructure projects, provided by BIM for the AEC sector. Further, an enhanced government mandate for BIM implementation is accelerating the growth of the BIM market.

Pre & Post-COVID 19 BIM in Urban Engineering:

  • Pre-COVID-19 Situation for the BIM Market:

The BIM market has seen a demand in the pre-COVID-19 set-up. Through the growth of the population and economies, the demand for housing and infrastructure development is expected to fuel the growth of the international construction business. This creates a robust demand for BIM to plan, design, and supervise building projects competently. As a result of which, the 3D model-based BIM methodology is gaining power amongst the architectural, urban engineering & construction professionals in delivering construction projects and making them successful.

Currently, the growing trends of innovative technologies have led to the growing adoption of pioneering methods in the operational standards of the construction industry. Building Information Modeling constitutes to be one such tactic of providing benefits like 3D BIM visualization, collaboration, management of design build solution and construction planning, clash detection amongst various disciplines and construction cost reduction. Even if the factors contribute to the growth of the BIM market, it will not reach its earlier projection, i.e. anticipated to reach 9.5 billion in 2025, at a CAGR of 12.7% from 2020 to 2025.

  • Post-COVID-19 Situation for BIM Market:

COVID-19 pandemic in December 2019 has ensued the quick spread of the disease in virtually 100 countries across the world. The World Health Organization has acknowledged it to be a public health emergency and COVID-19 is anticipated to bring a negative impact on the overall BIM market. According to the report of the Associated General Contractors of America, a minimum of 45% contractors is undergoing delays and disruptions owing to the outbreak. The holdups are caused by the scarcities of materials, quantities, and building equipment. In addition to this, dearth of skilled labor and construction safety equipment are amongst a few of the key aspects upsetting the global construction sector. Moreover, a few building projects are being stopped or delayed due to asymptomatic staffs as there would be temporary shutdown if any employee is tested COVID-19 positive. Since the Architectural, Engineering & Construction professionals are the biggest end users of the BIM software applications, used frequently in the building projects, a postponement or withdrawal of these projects would have a hostile impact on the whole BIM market. The market is expected to improve progressively in the subsequent 2 years and is estimated to reach 8.8 billion by 2025, at a Compound Annual Growth Rate of 14.5% from 2020 to 2025.

BIM Market Dynamics:

  • Driver of BIM Growth: Rapid Urbanization & Upsurge in Infrastructure Projects:

As per the United Nations, the world’s inhabitants will rise to 8.1 billion in 2025 and reach around 10 billion by 2050. To address a huge population, it is vital for the AEC BIM industry to deliver smart solutions in BIM urban engineering for developing future infrastructure. The growth of the populaces and markets hastened the prerequisite for housing and infrastructure to fuel the advancement of the global construction industry.With an increase in construction, there will be a greater requisite for competent techniques of operation. BIM Modeling Service providers architects, engineers, and construction professionals the expertise to plan, design, and manage building projects professionally. Consequently, 3D model-based methodology of BIM is gaining popularity, producing a global framework to the AEC professionals to advance in a proper direction with a rule-book to work with BIM.

BIM Restraint:

  • Elevated Initial Cost of Investment:

Even though there are great advantages  and cost savings from BIM, the initial establishment cost is a bit high. To take an instance, the price of Autodesk Revit hovers around USD 3,500–4,500. Despite the cost of the software application, the charge of training and services are also quite high. So, the high initial cost related to BIM would detain market growth.

Further, BIM software application gets endorsed by several vendors by providing it for free or at a low rate to students for the sake of learning. Beside the cost, BIM software applications need a longer duration of training. Irrespective of the restraints, BIM software divulges incredible productivity, which, in turn, supports a construction firm to increase the efficacy rate to 30%. BIM too aids in mitigating design catastrophes during construction, consequently saving time and resources.

BIM Opportunity:

  • Growing Emphasis Introducing Novel Standards like ISO 1965 in BIM Market:

The International Organization for Standardization issued the BIM standards in January 2019. The newfangled standards constitute to be the “Concepts & Principles” and “Delivery Phase of the Assets” of ISO 19650 for the organization and digitization of information regarding buildings and civil engineering appliances, including BIM. The novel standards, as per the ISO is expected to provide the essential context for facilitating structural designers, MEP BIM services firm, urban engineers, architects and contractors from diverse countries to work together. All AEC project stakeholders can collaborate competently throughout the phases of construction project operations, stimulating extensive BIM practice. ISO 19650 is established as per the British standard BS 1192 as well as the public standard PAS 1192-1, helping users to reduce costs by 22%. ISO also has the plan to develop and release further standards, for handling the operational phase of assets and dealing with BIM safety, digital design build milieus, and asset management.

After the release of the ISO standards, numerous countries are making the use of BIM mandatory. All such standards are mainly used in commercial as well as infrastructure projects. Nevertheless, the standards are projected to be used extensively for numerous applications, like building, infrastructure, and industrial, throughout the period of prognosis. Many authorities have already authorized the use of BIM to some extent. Starting from 2019, it has turned out to be mandatory for the architects in Abu Dhabi and the UAE to use Building Information Modeling for all key projects. United Kingdom, in a bid to accomplish improved efficacies in the public project maintenance, rolled out a Level 2 BIM mandate in 2016. All the construction project stakeholders, including urban engineers, architects, material vendors and MEP BIM Modeling Service Providers are required to communicate through common file formats like the Construction Operations Building Information Exchange (COBie) or Industry Foundation Class (IFC).

Building Information Modeling Challenge:

  • Low Digitization in Construction Industry:

A low digitization in construction sector compared to the other industries ensues to be a challenge. Through streamlining construction processes with BIM Modeling companies, about 20% efficiency can be attained in a short time with greater quality, and reduced costs. Often, it is witnessed that large construction projects take an extended time to finish and go beyond the budget. This leads to lower commercial returns for the contractors. In addition, lower digitization hinders productivity as the construction industry has been sluggish in adopting the BIM process and technology modernization. To take an example, project scheduling and coordination between office & on-site are often accomplished on paper. Performance management in the construction management sector is insufficient, and supply-chain practices are still naive. The construction industry has not yet incorporated new digital technologies that need forthright investment, albeit the long-term reimbursements are substantial. Research & Development outlay in the construction industry runs behind the schedule of other industries. The construction business is lagging virtually 15 to 20 years from diverse industries like automotive Information & Communications Technology.

Tejjy Inc. is a Construction Management, Architectural, Urban Engineering, Permit Expedition & BIM Services Company in USA serving various areas like Maryland, Washington DC, Virginia, Baltimore, New York, New Jersey, Delaware, Richmond, Connecticut and Philadelphia. Consult the competent BIM Modelers of the BIM Modeling Service Providers in USA for comprehensive MEP BIM services in urban engineering & construction project management requirements at 202-465-4830 or info@tejjy.com.

Tejjy Inc. | BIM Risk Management | construction management in DC
3D Modeling Services, Architectural Services, BIM Facility Management, BIM Service, Blog, Construction Project, Construction Project Management Services, Revit BIM Modeling Services

How to manage Risk in Construction Projects?

Risk Management with BIM Modeling Companies in US Tejjy

 

Tejjy Inc. Risk Management with BIM Construction

BIM (Building Information Modeling) is a technique of developing construction features digitally. The information & the design building model generated from BIM techniques are used throughout the construction life cycle. Top bim consultants with BIM softwares, such as the Revit, NavisWorks, ArchiCAD, Tekla, BIM 360 Glue, AutoCAD, 3DS Max, etc are making construction management easy. 

 How BIM manages Construction Project:

One of the benefits of BIM is that it with it can make a risk controlled construction life cycle. I know, the thought is how bim services benefits contruction project management. 

Here’s how 4D BIM technology helps in risk management !

4D BIM Helps in Risk Mitigation and Planning:

  • There is a list of safety standards that apply particularly to the construction arena, dictated by the Occupational Safety & Health Administration. BIM helps with implementation and can help you plan and model tasks in sequence, eliminating shared pain points that are unpredictable without the help of a software application. The technique also conveys a visual representation of the building in the 4D model, where construction planners can determine potential hazards before they become problematic.
  • 4D BIM in construction delivers virtual risk analysis and safety evaluations, producing detailed reports of site conditions for workers. The technique acts as a great tool for the new construction workers who aren’t acquainted with the job site.
  • Further BIM can provide granular detail about task-oriented assignments. Construction managers use this function for evading hazards before the building process has ever started.

BIM Controls Negative Events of Construction Projects:

  • BIM integrates with construction management software, making it easier for construction managers to evaluate the cost & time of their jobs. The technique is effective while paired with actual project management techniques so that managers can eliminate project delays and failures. BIM also reduces liability and the risk to the construction firm.
  • Further, construction companies implementing BIM on more than a project can reduce cost variability and time consumption between projects.

BIM Delivers Construction Projects in a Safe Environment:

  • If you are a LEED enthusiast, BIM facilitates construction planners to achieve LEED credentials. Synced with green construction software, BIM helps in identifying how an AEC firm can get extra LEED credits for provincial environmental priority.
  • If you want an in-depth analysis of how much “green” a project is, 6D BIM products, such as Tally by Autodesk, can analyze the effect of the new building on the environment. Using plugins with other BIM software application facilitate architects to select the materials that are ideal for the environment and associate the material cost to non-sustainable resources.

BIM Ensures Commercial Building Longevity:

  • Since BIM in construction virtually assures that the design build solutions will be superior to a non-BIM construction. The possibility of the mistakes declines. BIM enhances building efficiency, providing the backdrop for building improvements. With the establishment of BIM, it becomes easier for a new contractor to step in, remodel, or enhance a constructed building.
  • Experienced BIM companies retroactive BIM usage is also found in major commercial construction projects, such as the renovation of an emergency room at an old hospital. Here BIM service providers helps in maintaining the integrity of the original medicinal center while presenting a completely new extension to the hospital. Hence, BIM companies efficiently used to modernize a building and achieve LEED Silver.

BIM Aids the Workers, Environment and Firms to be Safer:

BIM in construction helps handle risk management for safer environment. It’s a new method for construction that eventually eliminates waste, saving time & money for everyone.

To know more about BIM Modeling Services, call the BIM Modelers of Tejjy Inc. at 202-465-4830 or info@tejjy.com.risk 

DC architects| contractors and home remodeler in MD, VA,Baltimore
Architectural Services, BIM Facility Management, BIM Service, Blog, Construction Project, Construction Project Management Services, Revit BIM Modeling Services

What is the Best Residential Design Build Solution ?

Best Residential Design Build Firm in DC

Worried about your commercial or residential building restoration, renovation or remodel? What do you think will be the best solution for your home improvement project? Do you want interior design to be done or change the entire outlook along with exterior and landscape. Before starting your building project, it’s good to know the difference between restoration, remodeling, and renovation. Opt for a licensed architect or architecture firm to help in design build solution. The architect or residential architecture firm or commercial architecture firm will help you choose the right route as per your building design requirement.

What is Home Restoration?

In case of commercial or residential design build solution Restoration is the technique, which returns the construction to its original state. Historestoration of Historic buildings are the common sites for restoration projects, though modern buildings also undertake the restoration. Restoration projects normally encompasses:

  • Hole Repair in Walls
  • Fixing Old Fixtures
  • Replacement of Old Fixtures with Replicas of the Original
  • Old Carpet Removal
  • Wood Floor Refinishing

Starting from an environmental standpoint, restoration uses fewer resources and are energy efficient. Further, restoration can be cost-effective if the house has a robust foundation as it entails minimal repairs. If the aim is to make construction look like the original structure, the restoration will surely be the right solution for you. Nevertheless, you may have to undertake some renovations & remodeling as some parts of the buildings cannot be fully restored.

What are Home Renovations?

Renovation is the method of renovation of building or structure by fixing what’s presented beforehand and in some cases by adding some new mechanisms. The home renovation techniques inclines to be cheaper than remodeling and restoration solution.

Usually, renovations are executed along with restorations. For instance, somebody may want to do bathroom renovations, kitchen renovations along with restoration process. Restoring the old home remodelers and general contractors can add latest interiors, with changing fixtures, lights, tiles, paint. Commercial or Residential renovations when outsourced to licensed architect can add new life to the old in a cost-effective manner.

     What is House Remodeling Solution ?

House Remodeling comprises altering an entire room or building. The modes operandi of Remodeling tends to be an elaborate process compared to restoration or renovation, as it involves making modifications of residential or commercial building structure. Some of the instances of remodeling include:

  • Expansion of the Building sq. ft.
  • Gutting, Elimination, or Additionof Walls
  • Raising of Ceilings
  • Addition of Plumbing Lines
  • Addition of Heating or Cooling Ducts

Remodels ensure the utmost cost of all the three alternatives and require the maximum materials and time for completion. Remodeling a building entails a lot of work. You should remodel if the major components of your building are missing or need to function properly. Before remodeling, you should make a cost-estimate to ensure that you have a sufficient budget for the project.

Remodel vs. Renovation for Building Design

A renovation entails fixing up a room without altering its use, whereas remodeling deals with renovating the whole purpose of the building space. The differences between Restoration Renovation or Remodel can bring a change in how worthy will it be for your project investment.

While selecting between a renovation and a remodel, consider the following factors like the Price, Time, Project Scope & Customization:

  • Price: Irrespective of what you choose to do with your home, remodeling costs more than a renovation as it involves intricate construction with electrical & plumbing work. You may also have to get permits for a complete remodeling project, increasing your bill.

  • Time: A trivial cosmetic touch-ups can be done quickly but remodeling entails a considerably long time as the planning & construction of your remodeling take several months. Bathrooms and living spaces usually take around 3 months to complete after the planning, whereas kitchen remodeling may take up to 5 months.
  • Scope of Project: Renovation projects emphasize the presence of your home or commercial building, whereas remodeling transforms its whole function. Using building renovation, you can install new applications&fittings and upgrade your building technology. Conversely, a remodeling lets you transform your space completely when cosmetic changes aren’t sufficient to fix the problem.
  • Customized Options: Renovations can bestow a modern look to your building, adding several functional elements to your building. However, that cannot change the structure. If you like to open the room by ripping a wall or entirely transforming the space, you should opt for a complete remodeling.

How to Select the Best Design Build Solution?

For a commercial or residential architecture project that you’d like to transform, initially , ask a few questions to yourself about your budget, how much change you want and whether you prefer the interior design to be changed or the entire outlook with exterior? The foremost point, certain areas like Washington DC requires construction building permit. DCRA approval is no stress with an experienced permit expediting company. Rather to reduce stress outsource permit expediting company your permit approval.

How much would Renovation or Remodeling cost?

A complete home Restoration Renovation or Remodel normally costs 7% to 10% of the building value. In case you’re remodeling a room in a $500,000 commercial building, you can expect to pay within $35,000 to $50,000. However, if you can’t put aside so much money, a renovation or a simple restoration could be the best way.

How many modifications do you want?

A restoration provides you the opportunity to make some simple fixes to improve your room’s appearance and functionality. Do you want to make your building look modern or update some elements to make it more practical? In that case, a renovation project can give you what you need. Or, if you like to return to a completely different room once the construction is completed, you’ll seek a complete remodeling.

Want to Retain the Room Interior Design?

Renovations as well as restorations can transform the entire look and feel of your space. Nevertheless, if you don’t like the room’s complete layout and want to demolish a wall, extend something or move the washbasin to the other end of your room, you have to spend some extra bucks for remodeling.

If you understand the difference between restoration, renovation, or remodel, you will get an idea of which route to opt for and whether it’s time to make a fresh plan for your building. Choose an expert architectural design services firm in Washington DC and effectively utilize space to design a room or floor for your residential or commercial building projects. Proficiency in design and a process-based methodology adopted by the Tejjy Inc. team improves the ROI of AEC clients, providing visualization support with seamless design coordination & accurate estimation with BIM services.

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Add Colors to Home with Revit BIM Interior Design Services

Add Colors to Home with Revit BIM Interior Design Services

Are you seeking an interior designing service provider that can add colors to your home? So, why don’t you opt for interior designers who are using Home with Revit BIM (Building Information Modeling) technology? This will help you to stay updated & understand how your customers want to visualize products in a virtual space, enabling collaboration among various disciplines on the project.

Top 3 Benefits of Interior Designing with Revit BIM:

  • 3D Visualization:
  • Revit BIM supports designers to create & visualize space in 3D.
  • BIM Clash detection enables interior designers to avoid errors when objects are laid in the same area.
  • Interior Designers can use 3 Dimensional views to create rendered images, supporting the designers to discuss ideas for the layout of allocated space within the building.
  • Virtual Collaboration:
  • Interior designers can visualize & collaborate in a 3D BIM model virtually to work on various design disciplines simultaneously.
  • BIM facilitates multiple disciplines to work for a building involving all project stakeholders.
  • Using Revit BIM, the interior designers can capture and manage designs with space layout & material selection, within a model, while working together with associates in other disciplines.
  • Improved Accuracy          
  • Using Revit BIM, interior designers can obtain fewer change orders and RFIs from the subcontractors.
  • Revit doesn’t allow anybody to be dishonest with the figures as it is a 3D application.
  • BIM facilitates object to get emphasized and fixing the errors at the initial stage.

Why don’t you utilize the real BIM power to design in 3D with smooth data management for planning your Home with Revit BIM interior space? BIM also encompasses valuable information supporting LEED (Leadership in Energy and Environmental Design) requirements of space.

So, are you willing to implement BIM technology for interior design? For any query about Home Remodeling Services Washington DC with Revit BIM Services, contact at 202-465-4830 or email at info@tejjy.com.

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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. 

Top 7 Architectural Commercial Building Designs

Architectural BIM Service provider in DC, MD,VA,Baltimore

Today, futuristic architectural designs are carving out with technological innovations. Architectural Commercial Building Designs go hand-in-hand for creating a powerful building design, addressing a level of sustainability. Buildings act as a symbol of urban corridors of biodiversity and some of the resilient designs can endure extreme weather conditions. The critical thinking of the architects and designers goes towards creating the forward momentum for regenerating the world and making it more equitable and healthy for humans, plants, and animals.

Architectural & Engineering Commercial Buildings Design around the World:

Agora Garden Tower, Taipei, Taiwan

  • High-Rise Luxury Residential Building in Xinyi District broke ground for construction in March 2013 and was completed in September 2017.
  • Green & Twisting Eco-friendly Tower designed by Paris-based Vincent Callebaut Architecture achieved Leadership in Energy & Environmental Design (LEED) Gold Accreditation.
  • The 42,335m² Building accommodates Rooftop Clubhouses, Swimming Pool, Gymnasium, Parking Floors of Cars & Luxury Apartments (42).
  • The Agora Tower of 20-Storey height  resembled the Double Helix DNA Structure, with 2 Helical Towers twisted near a fixed central core.
  • Each 540m² apartment is completely free of columns, providing spatial flexibility in terms of interior layout & partitioning inside.
  • Identical linear crystalline façades cover all levels of the tower to protect the apartments from the solar radiation in summers & reduce thermal loss during winters.
  • With 1,000m² surface area, the photovoltaic pergola integrates electricity produced from solar rays into the electric network of the building.
  • The exterior of the building has a cascading layer of greenery with balconies on the periphery of each apartment, containing fruit trees, organic vegetable gardens as well as aromatic & medicinal plants.

Penumbra, Adaptive Window Shading System

  • Designed by Tyler Short, the Kinetic Window Day Lighting & Shading System acts as a giant sundial.
  • Moves in 3 Dimensions to Screen Sunlight from any angle.
  • It provides a kinetic & mechanical solution to a problem that would be impossible to solve with static architectural components.
  • Offers shading across a building facade for both low evening sun & high afternoon sun conditions.

Raffles City Chongqing, Yuzhong District, China

  • A suite of 8 buildings, featuring a 300-metre-long horizontal sky bridge called “Crystal” connecting the top of 4 of skyscrapers.
  • The Sky bridge is projected to be the second-highest in the world after the Kingdom Centre.
  • The entire project comprises of 8 towers with a total of 817,000 square metres of floor space.
  • Designed by Israeli-Canadian architect Moshe Safdie, the Construction began in 2013 and is expected to be completed in 2020.
  • Atop four of the 250-metre-tall towers are an enclosed Skyway, called the Crystal.
  • Two 350-metre-tall towers connect through a cantilever bridge.
  • The project contains 1.12 million sq. mt. of space with offices, residences, hotels, shopping malls & landscaped grounds.
  • The buildings are made with reinforced concrete with steel columns & floor spanning. The elevation is 354.5 metres with 79 above the ground floors & 3 below.

Dynamic Tower, Dubai, United Arab Emirates

  • 420-metre, 80-floor moving skyscraper, designed by architect David Fisher, where each floor can rotate independently, leading to a varying shape of the tower.
  • Each of the building’s apartments rotates 360°, & movement can be programmed in line with the wishes of the homeowners.
  • Proposed as the world’s 1st prefabricated skyscraper with 40 factory-built modules for each floor.
  • The entire tower is proposed to be powered from wind turbines and solar panels to produce enough surplus electricity to power 5 other similar sized buildings in the vicinity.
  • The Construction started in 2008 & is expected to be completed in 2020.

Songjiang Hotel, Shanghai

  • World’s 1st Underwater Quarry Hotel 100 metres beneath ground level & 2 floors underwater.
  • Approximately 35 kms from Shanghai, it is created adjacent to a disused, 90-metre-deep, quarry filled with water, which is of the magnitude of 5 football fields.
  • With 16 of its 18 floors underground, it has been called a wonder of modern engineering.
  • Designed by Atkins, Architectural Commercial Building Designs consultant firm behind the Dubai Hotel – Burj Al Arab.
  • It’s a fight against gravity with over 5,000 engineers, architects & designers from the preliminary phase of designing in 2006 to the interior decoration of today.
  • The futuristic hotel comprises of 383 bedrooms, underwater areas, guest accommodations & conferences for 1,000 people & also encompass sport and leisure facilities.
  • A transparent glass ‘waterfall’ situated in the center of the building is a major architectural feature of this building.

Sands SkyPark Building, Singapore

  • A wondrous act of engineering by the architect Moshe Safdie, the SkyPark hovers over the 3 hotel towers of Marina Bay Sands.
  • Located 57 stories up from the heart of the Marina Bay area, the Observation Deck brags the amazing views of Marina Bay & Singapore’s cityscape.
  • A luxurious dip in the Infinity Pool – the iconic rooftop Singapore pool offers spectacular views of the city at sunset.
  • The 150-mtr infinity pool on Marina Bay Sands SkyPark is the world’s largest elevated body of waters outdoors.
  • The SkyPark (1.2-hectare) is longer than the Eiffel Tower and can park four & a half A380 Jumbo Jets.

X Seed Building, Japan

  • The XSeed 4000 is projected to be double the height of Shimizu Mega-City Pyramid standing at 2,004 mtr.
  • An eco-utopian environment of 4 km high with  800 floors in the open framework of a concave shape, resembles Mt Fuji.
  • Its design calls for the use of solar power to maintain internal environmental conditions. 
  • If the huge, 13,000 ft. X-Seed structure gets constructed in Tokyo – it will win the tallest-building competition of the world. 

To know more about Architectural Commercial Building Designs, Home remodeler Washington DC, call Tejjy Inc. at 202-465-4830 or info@tejjy.com for Architectural & Engineering Services, BIM Services, BIM Engineering Services, BIM Consulting Services, Construction Management Services, and Permit Expedition Services.

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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.