The 3D rendering Course is prepared to help students learn how to render 3D images in architecture, design and Media applications effectively.

NIBT ELEARNING COURSE ON RENDERING, VIRTUAL REALITY, AND NAVISWORKS

 What’s it about?

3D Rendering Course is a careerist Program intended to cater to the increasing demands of the skilled and quality workforce for the ever-growing domestic and International VFX industry. This course aims at equipping students with the fundamental skill sets needed for creating realistic and seamless renders.

Virtual reality a skill set in high demands in the jobs market, and this specialization will introduce you to the subject and key skills in the field. You learn the fundamentals of VR, history of VR, distinctive applications of VR, the psychology behind Virtual Reality, and the challenges faced while using virtual reality. A learner with no prior experience in Virtual Reality or game programming will be able to analyze existing VR applications, test, design, and apply their own VR experiences. You get equipped with the fundamental knowledge of the exponentially growing technology of virtual reality and its industrial application via this course.

Objective

The aim of this course:

• Introduction to Navisworks basics
• Rendering in Navisworks
• What is Virtual Reality?
• Virtual reality in Navisworks
• Benefits of rendering & Virtual Reality

Who is this course designed for?

• Construction Practitioners
• Architects
• Engineers

What’s involved?

Revit & Navisworks

Who can I be after this course?

Consider the following potential careers in near future after completion of this course:

• VR Engineer
• VR Developer
• Game developer
• Rendering developer
• Graphics developer

Modernized Approach In BIM 3D Visualization

Many people in the AEC (Architecture, Engineering, and Construction) industry around the world is talking about BIM. BIM has marked its presence in the construction sector worldwide. Explore the in-depth knowledge in 3D visualization and 3D rendering in this article.

·        3D Visualization in BIM:

3D visualization is the right solution for reviewing design elements for your construction project. BIM, 3D visualization, and 3D rendering permit all the stakeholders associated with the construction process to efficiently share project images and identify errors during the early stage of construction.

BIM experts design the final model after solving all construction issues and confirm it with the advanced construction documents, bulletins, and RFIs. They also use 3D rendering and design validation, software applications like Autodesk Revit, Bluebeam to produce quality output. 

Besides, they meet the specific business needs of clients with professional Rendering, Animation, and Modeling. BIM modeling allows architectural firms to review design elements concerning other building systems and services on any project.

·        3D Visualization: Check what it is about

Effective logistical planning is essential for any construction project as it can accommodate enormous advantages in efficiency and productivity that significantly diminishes the overall cost of the project. 

A pre-construction mock-up is a full-size representation of the intended design and is generally built before the design is completed to study proposed construction details, test for performance, and helps clarify the appearance of the final structure. 

3D Rendering is the final process of preparing the actual 2D image or animation from the prepared scene.

Benefits and Advantages of 3D BIM Visualization:

·        Integrated Building Materials – Besides, you can save documentation time for your construction plan through BIM (Building Information Modeling). Real-world elements provide you detailed project with section and elevation designs of building components or parts. The combined Accurender, Raytracing & Radiosity engine make use of the same features, and it helps to save your valuable time & work for designing 3D visualization.

·        Streamlined Coordination – If you opt for 3D visualization, you will be able to streamline coordination with all stakeholders for making timely decisions during design & pre-construction phase. Besides, the drawing transformations from 2D to 3D BIM with AutoCAD and Revit tools help to accomplish your construction designs smoothly.

·        Bidding & Sales – Furthermore, 3D BIM visualization helps you understand the layout, design & spatial inter-relationship of the project. Photo-realistic 3D visualization through BIM Walkthrough presentation allows you to sell projects efficiently by delivering the advantages of your building plan in a better way.  Also, 4D Construction Phasing helps you to eliminate all communication possibilities and saves time and money for your company that was first wasted through plan rework.

Objectives of 3D BIM visualization:

Building Information Modeling BIM helps you to visualize your schematic structure before the beginning of construction, review all design elements concerning building and allow all project participants to share design efficiently.

The aim and objective of 3D visualization are:

·        Understanding 3D visualization

·        Understanding 3D rendering

·        Site logistics

·        Virtual mockups

·        Tools for 3D visualization

·        Benefits of 3D visualization in construction management.

Course Design:

This course is designed for all streams of engineering students and constructional professionals, who would like to perceive better career opportunities in BIM modeling, construction technology & management, and are willing to upgrade their Knowledge and skill sets and willing to become a BIM Expert.

NIBT trains the students in BIM technology. NIBT an Autodesk partner use Autodesk 3D rendering & 3D Visualization software to bring life to BIM models. We do provide Training on software’s Navisworks, SketchUp and Revit to make our BIM models meet the exact business requirement with professional graded animation, 3D rendering, modeling and texturing.

Technology:

Technologies used in 3D BIM visualization are Autodesk Revit, Navisworks, SketchUp, etc.

Conclusion: 

·        BIM can help Construction companies to improve 3D visualization and 3D rendering projects. 

BIM also helps to improve productivity; it increases coordination of construction documents, etc.

·        This course will benefit in different fields’ like- BIM (Building Information Modeling), Architecture, Animation, Site Engineering, Construction, Builders/Developers, and Marketing, etc. 

For the betterment of your future career get Enroll now with NIBT. Learn and understand the basics of 3D visualization and 3D rendering used in BIM process.

• Use of cad cam software in building construction

Nowadays, it is not an easy job to distinguish between virtual rendering and physical reality, thanks to the contribution of CAD tools in design and construction. With the growing uptake of BuildingInformation Modelling (BIM) by building designers, traditional CAD software is changing to become more aligned with its processes.

One of the big changes is the transformation of programs to incorporate 2D/3D synchronized modeling workflows that also allow data input about a building’s composition, a major change from standardized CAD software which previously worked in the independent plan, section and elevation drafting workflows.

Scott Ball of Atomic3D heads one of the many architectural visualization studios cropping up around Australia and he notes how a more BIM focused Architecture Engineering and Construction (AEC) sector has transformed architects into proficient 3D modelers:

“Architects and contractors now collaborate more easily and plugins such as 3D rendering, lighting and texturing programs are increasingly compatible across platforms and readily available to architects,” he says.

“With designers now becoming involved in the world of BIM, architects have become more proficient at working in 3D models and are therefore becoming more involved in the production of a final render of a building.”

But Ball notes that architectural visualization studios aren’t going out of business just yet because most architects don’t have time to be producing 3D models to the level of quality that he can.

Architectural visualization services typically add textures, lighting, furniture, and landscaping to an architect’s 3D model that were produced in programs such as Revit and AutoCAD. They then add the final touches in Photoshop. Balls said this can take anywhere from half a day to a few weeks, depending on the file format and detail sent to him by the architect.

Below are five examples of the project from rendering professionals that showcase the ability of contemporary 3D rendering software in creating reality-like 3D renders. Some of these were made prior to project completion, while others were made following from a photograph.

Narrabeen House by Chrome renders by Guillaume Favre

Software:

• Revit Modelling from photograph
• 3D Studio Max
• V-Ray – Lighting and shading
• CG-Source—Textures

Trojan House by Jackson Clements Burrows Architects, renders by Christian Behrendt 

Software:

• Photograph from Emma Cross
• Revit modelling
• Cinema 4D Prime
• V-Ray – Lighting and shading

The Pavillion by Rothe Lowman renders by Atomic 3D

Software:

• Revit file (architect)
• 3D Studio Max – textures
• V-Ray – Lighting and shading

House 2 For A Photographer by OAB Architects (Spain), renders by Kiernan May

Software:

• Photograph by Alejo Bague
• Maya 3D—textures
• V-Ray—Lighting and shading

MEP BIM Modeling and Clash Detection for Plant Room of College Campus Building Based in Europe

The Objective

The Team Created 3D architecture and structure layout in Revit MEP and allocate mechanical equipment with connection for a clash free model.Technology/Software Used

Revit

Challenges

• A detailed plant room with all the spatial information, equipment and connections had to be developed from general arrangement drawings and a set of pdf files with manufacturing details of the MEP equipment.
• The process henceforth involved clash detection, reporting, and resolutions. Finally, clash free models, rendered images and shop drawings had to be delivered in a time span of 3 Months.

Engineering Solution

• MEP designs and general arrangement drawings were thoroughly examined
• Basic 3D architecture and structure layout was created in Revit MEP
• Mechanical equipment with detailed connections and well-arranged clash free model as per provided inputs was prepared
• In addition to Revit MEP Plant rooms and shop drawings, sheet setup and 3D rendering as required was also developed and handed over to client

Benefits

• The project was successfully executed and handed over within the specified time frame of 3 months.
• Initially, the contract was on the project basis. As client was satisfied with the quality produced, he has opted for the full-time resource business model, and a long term partnership was built.