Architectural visualization course - Maharishi University Online (MUIT ONLINE)

Architectural visualization course

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Architectural visualization

Architectural visualization (sometimes abbreviated as AV) is the creation of 3D art and media that communicate the design and behavior of a building and interior spaces. Architectural visualization is a combination of image-making, graphic design, and digital media that utilizes architectural plans and models to create "photorealistic" renderings, animations, and virtual tours that communicate the design of a project. 

Architectural visualizations are a very effective and efficient way to communicate ideas with clients.

Architectural Visualization has been used in all fields of architectural projects including residential, commercial, retail, and landscapes.

Architectural visualization is a combination of both art and technology.

One of the most important aspects of architecture is visualization. This is how architectural designers and architects illustrate their ideas in a natural form. There are many different methods used to create architectural visualizations. The most common method is to use 3D graphics that can be used in computer-aided design (CAD) programs. With this method, you can easily show clients how the final product will look like. This is a great way to eliminate costly mistakes that often occur in the design phases.

Why is visualization important in architecture?

Architectural visualization means you can literally see the design of your project before it's even built. This makes communication a breeze, and it allows you and your clients to agree on what is needed from the start. 2D designs are not only limited in their capacities, but they can also be rather difficult for clients to understand at times.

What is 3D Visualization in architecture?

3D visualization is the most recent development in architectural rendering and refers to creating three-dimensional models of a structure using computer software. Clients can walk around a 3D model on their computer and view it from any angle they want. Alternatively, you could show them how to use a 3D interactive viewing device that projects an image on their own wall!

Who Does Architectural Visualization Do?

Although most people who are involved with architecture would think about architects first when talking about visualizing their architecture, the actual users of such images are for the most part quite diverse. The primary user group that deals with architectural or 3D visualizations are usually the architect themselves although it's not uncommon to see marketing and advertisement companies use this type of technology.

Building design can be a difficult process, requiring a lot of long hours and even some all-nighters before the perfect construction takes proper shape. It's important to communicate everything to dealing parties who need to efficiently read between the lines. Both sides need to be in sync - architects are better able to create quality work once a clear picture has been painted for them about what the final product will look like on the outside.

Visualizations let Everyone See The Exterior in Real-Time?

One of the most effective ways of enticing people with your designs for a new project is to visually depict them. You can do this by allowing interested parties, such as clients or investors, to either see sketched models, work done digitally in 3D, or animatics (sketches using real-life footage). Putting said designs into a simulated environment that looks similar to how the finished product will eventually render an almost lifelike view and when in 3D and interactive can be displayed on computers or mobile devices. This way you can present your designs to investors and then allow them to swap out materials, colors, lighting, and even landscaping!

It Helps Create Powerful Presentations.

Lots of professions rely on visual presentation in order to convey information clearly and build up excitement. If you work as a freelance architect, understand how important it is to use visuals as a tool that conveys the character of what you're trying to present. Whether you use a lot of pictures or just one render, try your best to meet with clients much before their scheduled meeting just so that way you can ensure that the client remembers you for the professionalism and flair conveyed by your presentation not because there were some technical problems with the projection or because they forgot what they saw last time. What better way to express your ideas than with a system that allows for the observer and the presenter to connect through constructive feedback. Ideas and observations big or small can be conveyed between the two parties so they can both learn more about what makes their project excel!

Why MUIT ONLINE is the Best For architectural Visualization?

MUIT ONLINE is an online platform by the Maharishi University of Information Technology that provides the best Visualization & 3D Architectural Courses. Here, you can learn everything related to Interior Designing, Architecture, 3D designing, and many more. You can become a successful Architect, Interior Designer, Production Designer, 3D Modeler, 3D Structure Designer, and so on.

What MUIT ONLINE offers

• An awareness program for students & professionals 

• Personalized Mentorship from 3D Animation Industry Experts

• Placement Assistance (Job Opportunities, Hiring Drives, Resume Building & more

• Get LIVE Classes with ample hands-on practice

• Internationally recognized certificate

• Go global with our community feature

CAREER IMPACT: HOW MUIT ONLINE HELPS YOU BUILD YOUR DREAM CAREER

• 24X7 Career Mentors

• Live Virtual Job Fairs

• Holistic Career Services

• Profile Building With Real-World Projects

WHAT YOU COULD SEE YOURSELF DOING AFTER A MAHARISHI UNIVERSITY ONLINE ARCHITECTURE VISUALIZATION

• Architect 

• Artist

• Spatial Designer

• Interior Designer

• Production Designer 

course curriculum

1. Pre-Production and design theory

• History of architecture

• Structural drawing

• Perspective concept

• Conceptual design

• Set design

2. Plan and elevation drawing

• Elevation drawing

• Digital elevation drawing

3. System settings and rules of the scene for good work

• Tips on choosing the configuration of the computer

• Setup Units & Units Scale

• Important settings 3D MAX

• Proper Import of DWG files

• Use Proxy for complex objects

• VRay scene converter in use

• The location of the object in the scene

• Rules for the archival scene

4. Effective modeling

• Scaling and proportion rules

• Principles of grouping objects

• Effective and easy work with layers

• Rules of modeling that serve effective workflow

• Key modifiers (Hot Keys) and their use

• Modelling room

• Required elements in interior design

• 20 basic sizes and dimensions that you need to know and comply with

• Rules for correct furniture modeling

• Location of objects in the scene

• Design elements

• Library models description

• Library of textures description

• Ways for accelerating your workflow

5. Visualization

• 3D Artist’s responsibilities

• Standards of quality for the visualization of the interior

• Placement of decorative objects in the interior space

• Placement of Environment/Background

• UVW Mapping

• Materials – all necessary information about it

• Textures – all necessary information about it

• Setting the Batch Render

• Step-by-step instructions

• Rules for working with files, preview, and final image

6. The setting of the camera

• Detailed setup of VRay Physical Camera with all the important parameters

• General VRay Camera information

• Standard height of the camera

• Camera angle selection

• All about Colour balance and its effective use

• The principle of ISO settings, linking to the interior

• Composite Production Camera

7. Light

• Usage of VRay light sources inside interior space

• Different areas of light sources

• Settings of all VRay light sources

• VRay Functions that are responsible for the speed and quality of Render

• Ideal setting Rendering Setup

• Two different fundamental ways of Rendering with VRay

• How to optimize and speed up the render

• The principles of interior lighting

• Daylight Setup

• Step-by-step instructions for setting up daylight

• Mixed lighting Setup

• Step-by-step instructions for setting up mixed lighting

• Night and evening Setup

• Step-by-step instructions for setting up night lighting

• Coverage of the complex space

• The final work with the materials

• More efficient settings for scene optimization

• Pre-visualization (Preview Settings)

• The final visualization (Hi-Res Settings)

8. Portfolio Design 

In Conclusion

Architecture has been around for almost as long as there have been people who needed someplace to live. Even now, all across the world, new buildings are being erected or redesigns of old ones are being made constantly in order to provide housing for those in need. Over the course of time, the methods by which one can visualize architecture have changed drastically and today it’s possible to do so more easily and effectively than ever before and change is increasingly becoming less difficult with the help of technology.

Architects have been extremely resourceful for hundreds of years when it comes down to showcasing their projects in 3D. They’ve always had the advantage of being able to build a model with their bare hands and then later create sketches that show off their ideas beautifully! The process wasn’t too far off from this even as our industry transitioned over time into using computers, which is why now every architect can benefit from utilizing architectural visualization software as a technological way to present and market complex and intricate designs – as well as a way to substantiate one’s work.

Sources:-  Easy Render

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