Blender 3D from zero to hero

Blender 3D from zero to hero, available at $69.99, has an average rating of 4.75, with 201 lectures, based on 884 reviews, and has 4738 subscribers.

You will learn about Master the fundamentals of 3D software specifically using Blender. Create any type of 3D models you can imagine from simple to complex ones using different kind of methods. Able to create material, texture and understand in-depth UV mapping techniques This course will get lifetime updates so more and more lessons are coming each week … This course is ideal for individuals who are Beginners who want to learn 3D from scratch using Blender. or People who want to make video games using game engines such as: Unity, Unreal, Godot etc. or Architects and interior designers who want to create stunning 3D visualization. or Graphic designers who want to add 3D elements in their design. or Anyone who needs strong 3D skills for different kind of purposes such as: 3D printing, virtual reality, augmented reality, product presentation etc. It is particularly useful for Beginners who want to learn 3D from scratch using Blender. or People who want to make video games using game engines such as: Unity, Unreal, Godot etc. or Architects and interior designers who want to create stunning 3D visualization. or Graphic designers who want to add 3D elements in their design. or Anyone who needs strong 3D skills for different kind of purposes such as: 3D printing, virtual reality, augmented reality, product presentation etc.

Enroll now: Blender 3D from zero to hero

Summary

Title: Blender 3D from zero to hero

Price: $69.99

Average Rating: 4.75

Number of Lectures: 201

Number of Published Lectures: 200

Number of Curriculum Items: 201

Number of Published Curriculum Objects: 200

Original Price: $89.99

Quality Status: approved

Status: Live

What You Will Learn

Master the fundamentals of 3D software specifically using Blender.

Create any type of 3D models you can imagine from simple to complex ones using different kind of methods.

Able to create material, texture and understand in-depth UV mapping techniques

This course will get lifetime updates so more and more lessons are coming each week …

Who Should Attend

Beginners who want to learn 3D from scratch using Blender.

People who want to make video games using game engines such as: Unity, Unreal, Godot etc.

Architects and interior designers who want to create stunning 3D visualization.

Graphic designers who want to add 3D elements in their design.

Anyone who needs strong 3D skills for different kind of purposes such as: 3D printing, virtual reality, augmented reality, product presentation etc.

Target Audiences

Beginners who want to learn 3D from scratch using Blender.

People who want to make video games using game engines such as: Unity, Unreal, Godot etc.

Architects and interior designers who want to create stunning 3D visualization.

Graphic designers who want to add 3D elements in their design.

Anyone who needs strong 3D skills for different kind of purposes such as: 3D printing, virtual reality, augmented reality, product presentation etc.

If you want to learn 3D from zero, meaning no prior experience needed at all. Then you’ve come to the right place. This course will teach you the fundamentals of 3D skills using Blender 2.8 or above. The curriculum in this course is carefully designed so that students can learn gradually from the easiest lesson to the more advanced lessons, seamlessly. After completing this course you should be able to model a construction robot like in the course cover image, add materials to it, create lights, and then render it using the EEVEErendering engine.

WHAT YOU WILL LEARN

You are going to learn so many things in this course. They are just too many to cover in this short introduction texts. But just for a quick summary. The course is divided into 4 parts.

Part 1: Blender essentials

Blender’s UI

Viewport navigation

Basic object operations

Basic transformation

Interaction modes

Basic mesh editing

Etc

Part 2: Look development

Viewport shading modes

Rendering engines

Creating and using materials

Basic CG concepts

Using camera object

Surface smooth shading

Screen space reflection inside EEVEE

Etc

Part 3: 3D modeling

Advanced transformation

Pivot point

Selection techniques

Inset, Extrude and Bevel

Knife and Bisect tools

Adding loop cuts

Patching holes

The basics of modifiers

Common 3D modeling mistakes

Normal direction

Manifold geometry

Point-to-point modeling techniques

Etc

Part 4: Construction robot project

Volume sketching

The Basics of grease pencil

Special movement operations

The basics of the curve objects

Basic rigging with FK (forward kinematics)

Create global illumination in EEVEE

Etc

HANDS-ON PROJECTS

There are many hands-on projects in course. Such as:

Custom monkey head model using basic mesh editing

Adding materials to the custom monkey head model

Modeling a kindergarten chair

Create vases using spin and screw methods

Create a roman column

Model a toy train by leveraging the vertex snapping feature

Model a coffee table

Create a robot in the final project section. Covers 3D modeling, material, lighting and rendering with EEVEE

So get the course now and take your first step into the world of 3D using Blender!

Course Curriculum

Chapter 1: Introduction

Lecture 1: Introduction

Lecture 2: Conventions & disclaimer

Chapter 2: Blender fundamentals (2.8x)

Lecture 1: UI introduction

Lecture 2: Editor and Area

Lecture 3: UI Size and Workspaces

Lecture 4: Mouse Viewport Navigation

Lecture 5: Alternative Navigation Methods

Lecture 6: Axis Viewpoints

Lecture 7: Basic Object Selection

Lecture 8: 3D Cursor

Lecture 9: Creating and Deleting Objects

Lecture 10: Viewport Settings

Lecture 11: Framing and Custom Shortcut

Lecture 12: Hiding objects and Local view mode

Lecture 13: Basic transformation

Lecture 14: Interaction modes

Lecture 15: Mesh sub-objects

Lecture 16: Basic mesh editing

Lecture 17: Monkey head challenge

Lecture 18: Monkey head project

Chapter 3: Look development basics (2.8x)

Lecture 1: Viewport shading modes: Wireframe

Lecture 2: Viewport shading modes: Solid

Lecture 3: Viewport shading modes: LookDev

Lecture 4: The rendering engines

Lecture 5: Introduction to material

Lecture 6: Picking colors

Lecture 7: Color models

Lecture 8: Hexadecimal color code

Lecture 9: Basic material properties

Lecture 10: Material assignment

Lecture 11: Introduction to camera

Lecture 12: Camera framing and image resolution

Lecture 13: Rendering basics

Lecture 14: Bit per channel

Lecture 15: Surface smoothing

Lecture 16: Screen space effects

Lecture 17: Monkey head material challenge

Lecture 18: Monkey head material project

Chapter 4: 3D modeling basics (2.8x)

Lecture 1: Transformation shortcuts

Lecture 2: Transformation orientation

Lecture 3: Resetting transformation

Lecture 4: Pivot point

Lecture 5: Transforming with value input

Lecture 6: Object's dimension

Lecture 7: Selection tools

Lecture 8: Loop and ring selection

Lecture 9: Inset, Extrude & Bevel

Lecture 10: Knife and Bisect tool

Lecture 11: Loop cut and connecting vertices

Lecture 12: Delete and Dissolve

Lecture 13: Patching holes

Lecture 14: Subdividing and duplicating mesh

Lecture 15: Bridge

Lecture 16: Joining and separating objects

Lecture 17: Modifier basics

Lecture 18: Mirror modifier

Lecture 19: Project: Kindergarten chair

Lecture 20: 3D modeling common problems

Lecture 21: Normal direction

Lecture 22: Manifold geometry

Lecture 23: Point-to-point modeling

Lecture 24: Spin and Screw modifier

Lecture 25: Project: Roman column

Lecture 26: Vertex snapping

Lecture 27: Using reference image

Lecture 28: Project: Toy train | Part 1

Lecture 29: Project: Toy train | Part 2

Lecture 30: Origin and Local coordinate

Lecture 31: Coffee table challenge

Lecture 32: Coffee table project

Lecture 33: Straightening tilted objects

Chapter 5: Project: Construction Robot (2.8x)

Lecture 1: What we're going to create

Lecture 2: Volume sketching

Lecture 3: Grease pencil details sketching

Lecture 4: Special movement operations

Lecture 5: The upper torso

Lecture 6: The lower torso

Lecture 7: Introduction to curve

Lecture 8: The arm

Lecture 9: The hand

Lecture 10: The thigh

Lecture 11: The calf

Lecture 12: The foot

Lecture 13: Fixing the pose

Lecture 14: Adding the materials

Lecture 15: Lighting and rendering with EEVEE

Chapter 6: Blender fundamentals (2.79)

Lecture 1: Blender UI

Lecture 2: Customizing the UI

Lecture 3: Mouse viewport navigation

Lecture 4: Keyboard viewport navigation

Lecture 5: Basic object operations

Lecture 6: 3D view settings

Lecture 7: Transformations

Lecture 8: Advanced transformation

Instructors

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

Rating Distribution

1 stars: 7 votes

2 stars: 5 votes

3 stars: 53 votes

4 stars: 232 votes

5 stars: 587 votes

Frequently Asked Questions

How long do I have access to the course materials?

You can view and review the lecture materials indefinitely, like an on-demand channel.

Can I take my courses with me wherever I go?

Definitely! If you have an internet connection, courses on Udemy are available on any device at any time. If you don’t have an internet connection, some instructors also let their students download course lectures. That’s up to the instructor though, so make sure you get on their good side!