3D Visualization For Beginners- Interior Scene with 3DS MAX

3D Visualization For Beginners: Interior Scene with 3DS MAX, available at $94.99, has an average rating of 4.64, with 109 lectures, based on 1619 reviews, and has 7769 subscribers.

You will learn about A lot of fundamental concepts in computer graphics 3D modeling and look development skills using 3ds Max Using Corona Renderer for rendering interior scenes Become a job-ready person in 3D visualization industry This course is ideal for individuals who are Beginners who never use 3ds Max or any 3D software before or 3ds Max users who want to explore the Corona rendering engine or Architects or interior designers who want to learn 3D visualization It is particularly useful for Beginners who never use 3ds Max or any 3D software before or 3ds Max users who want to explore the Corona rendering engine or Architects or interior designers who want to learn 3D visualization.

Enroll now: 3D Visualization For Beginners: Interior Scene with 3DS MAX

Summary

Title: 3D Visualization For Beginners: Interior Scene with 3DS MAX

Price: $94.99

Average Rating: 4.64

Number of Lectures: 109

Number of Published Lectures: 109

Number of Curriculum Items: 109

Number of Published Curriculum Objects: 109

Original Price: $119.99

Quality Status: approved

Status: Live

What You Will Learn

A lot of fundamental concepts in computer graphics

3D modeling and look development skills using 3ds Max

Using Corona Renderer for rendering interior scenes

Become a job-ready person in 3D visualization industry

Who Should Attend

Beginners who never use 3ds Max or any 3D software before

3ds Max users who want to explore the Corona rendering engine

Architects or interior designers who want to learn 3D visualization

Target Audiences

Beginners who never use 3ds Max or any 3D software before

3ds Max users who want to explore the Corona rendering engine

Architects or interior designers who want to learn 3D visualization

Architectural visualization is the skill needed in every architecture and real estate development business. Why? Because architects need them to present their designs and real estate developers need them to make the sale. The demand is very high yet not many people are willing to master it; thinking it’s complicated stuff to master. Well not anymore! This course will teach you effectivelyhow to create beautiful 3D architectural visualization using 3ds Max and Corona Renderer with just a fraction of the time usually needed. Not years. Not months. In only 4 days (based on real offline-class experience) you’ll master the knowledge to create stunning 3D renderings and become a fully job-ready person in the industry. Or if you are like me, create your own 3D visualization firm and make a lot of money from it!

This course is designed for a complete beginner so no prior experience is needed. On the other hand, seasoned 3ds Max users can benefit from this course as we’ll be covering advanced topics also in this course.

Besides lifetimeaccess to professional-quality lesson videos, you’ll also get all of the project’s files including 3ds Max files, texture images, and Photoshop composition files.

There is ZERO RISK in taking this course. If you are not satisfied with the course, you can get a full 100% refund from Udemy. So, why wait? JOIN NOW! And take your first step in becoming a professional 3D artist or 3D entrepreneur!

Course Curriculum

Chapter 1: INTRODUCTION

Lecture 1: Introduction

Lecture 2: Conventions and disclaimer

Chapter 2: THE UI

Lecture 1: 3ds Max UI

Lecture 2: Viewport navigation

Lecture 3: Alternative navigation methods

Lecture 4: Display settings and startup file

Chapter 3: OBJECT OPERATIONS

Lecture 1: Create and modify objects

Lecture 2: Object selection

Lecture 3: Transformation

Lecture 4: Pivot point

Lecture 5: Transformation settings

Lecture 6: Modifier

Lecture 7: Object duplication

Chapter 4: SCENE MANAGEMENT

Lecture 1: Managing objects

Lecture 2: Scene explorer

Lecture 3: Layer management

Lecture 4: Selection set and group

Chapter 5: EDITABLE POLY MODELING

Lecture 1: Primitive vs Editable

Lecture 2: Editable poly basic operations

Lecture 3: Sub-object basic selection

Lecture 4: Ring and Loop selection

Lecture 5: Selection conversion and preferences

Lecture 6: Normal direction and backface culling

Lecture 7: Edge modeling techniques

Lecture 8: Cut and slice techniques

Lecture 9: Surface smooth shading

Lecture 10: Capping holes and edge extrusion

Lecture 11: Bridge

Lecture 12: Polygon modeling techniques

Chapter 6: PRECISION MODELING

Lecture 1: Measurement unit

Lecture 2: Scale modes

Lecture 3: Resetting transformation

Lecture 4: Resizing objects precisely

Lecture 5: Snapping

Lecture 6: Smart Extrude

Lecture 7: Aligning objects

Chapter 7: BASIC MODELING PROJECTS

Lecture 1: Project: The picture frame

Lecture 2: Project: The coffee table

Lecture 3: Project: The shelves

Lecture 4: Project: The TV

Lecture 5: Project: The room and ceiling

Lecture 6: Project: The door

Lecture 7: Project: The Window

Chapter 8: SPLINE-BASED MODELING

Lecture 1: Introduction to Spline

Lecture 2: Line creation and spline vertex types

Lecture 3: Spline creation exercise

Lecture 4: Adding and deleting vertices or segments

Lecture 5: Spline modification

Lecture 6: Spline Boolean

Lecture 7: Cross-insert, Weld and Trim

Lecture 8: Extrude modifier

Lecture 9: Lathe modifier

Lecture 10: Bevel profile modifier

Chapter 9: INTERMEDIATE MODELING PROJECTS

Lecture 1: Project: The curtain

Lecture 2: Using reference image

Lecture 3: Project: The Bow floor lamp – Part 1

Lecture 4: Project: The Bow floor lamp – Part 2

Lecture 5: Project: Tileable 3D pattern

Lecture 6: Project: The backdrop

Lecture 7: Project: Echasse vase

Lecture 8: Project: The crown molding, plinth, and downlights

Lecture 9: Project: The loudspeaker

Lecture 10: Project: Placing the furniture

Chapter 10: SUBDIVISION MODELING

Lecture 1: Subdivision modeling introduction

Lecture 2: Using non-quad polygons

Lecture 3: Avoiding concave polygons

Chapter 11: ADVANCED MODELING PROJECTS

Lecture 1: Project: Teacup

Lecture 2: Project: The sofa – Part 1

Lecture 3: Project: The sofa – Part 2

Lecture 4: Project: The sofa – Part 3

Lecture 5: Project: The sofa – Part 4

Chapter 12: MATERIAL BASICS

Lecture 1: Renderer basics

Lecture 2: Material basic concepts

Lecture 3: Material editor

Lecture 4: Material browser categories

Lecture 5: Assigning and picking materials

Lecture 6: Sample slots

Lecture 7: Material library

Lecture 8: Multi sub-object material

Lecture 9: Color models

Lecture 10: Bit depth and high-range images

Chapter 13: CORONA RENDERER 7

Lecture 1: Corona Renderer basics

Lecture 2: Corona IR, Sun, and Sky

Lecture 3: Viewport IR and high-range image lighting

Lecture 4: Corona light and mesh light

Lecture 5: Corona physical material – Part 1

Lecture 6: Corona physical material – Part 2

Instructors

Widhi Muttaqien, S.Kom, MMSI
Entrepreneur and lecturer in Computer Graphics disciplines

Rating Distribution

1 stars: 9 votes

2 stars: 22 votes

3 stars: 102 votes

4 stars: 454 votes

5 stars: 1032 votes

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