Blender 28 & Unity 3D - Sci-Fi Hallway Game Asset Creation

Course Overview

(Please note the following content is from the official provider.)


What you will learn


high poly modeling to create all parts of the animated hallway (Wall, Floor, Ceiling, Door, Light Panels, Buttons)



converting the high poly model into a game engine optimized low poly version



creating a clean UV unwrap for texturing



creating realistic metal materials using PBR textures



creating emission shader for the light panels



texture baking from high poly to low poly (Albedo, Metallness, Roughness, Normal)



rigging and animating door mechanism



exporting the hallway as .FBX file



importing the .FBX file to Unity



scene building in Unity


Instructor

Merlin Peppler - Founder of CGI-Guy, Sci-Fi Nerd and 3D Artist @ CREATE 3D

Software needed


Blender 2.81 or beyond & Unity (both available for free)


Recommended skills


navigating in 3D Viewport



difference between Verticies, Edges and Faces



usage of Modifiers (Mirror)



usage of Perspective and Orthographic Views


If you never used Blender before

Catch up all the basics for free trough my website - check my profile to find the link.

Bonus

You will receive my original .blend file with the finished project.

We will use screenshots from a AAA Game as modeling reference.

Everything I used to create this course

Assets (Free Licence)


Fonts: Bebas Neue by
Ryoichi Tsunekawa

(dafont),
Star Jedi by
Boba Fonts (dafont)


Assets (Licensed)


Music: Cyberpunk Sci Fi Ambient Intro by
TITAN SLAYER (audiojungle)



Music: ES Rise Of The Velcro by
Gabriel Lewis (Epidemic Sound‎)


Software (Open Source)


Blender 2.81 by
The Blender Foundation (3D Modeling)



Unity 2019.2.19 by
Unity Technologies (Game Engine)



Open Broadcaster Software by
Jim (Video Capturing)


Software (Licensed)


Vegas Pro 14 by
MAGIX Software GmbH (Video Editing)



ERA-D by
Accusonus (Audio Editing)



(Please note that we obtained the following content based on information that users may want to know, such as skills, applicable scenarios, future development, etc., combined with AI tools, and have been manually reviewed)
What skills and knowledge will you acquire during this course?
During this course, you will acquire a diverse set of skills and knowledge in the field of 3D modeling and game asset creation. Learners will learn high-poly modeling techniques to craft various components of an animated hallway, including walls, floors, ceilings, doors, light panels, and buttons. Learners will then master the conversion of these high-poly models into optimized low-poly versions suitable for game engines. Additionally, the course covers essential concepts such as creating clean UV unwraps for texturing, designing realistic metal materials using PBR textures, implementing emission shaders for light panels, and performing texture baking from high to low poly models. Participants will also gain proficiency in rigging and animating door mechanisms, exporting their creations as .FBX files, and importing these files into Unity for scene building.

How does this course contribute to professional growth?
This course significantly contributes to professional growth by imparting practical skills that align with various careers in the 3D modeling and game development industry. Participants will emerge with expertise in 3D modeling, texturing, animation, and game engine integration. These skills are directly applicable to professions such as 3D Modelers, who create and optimize 3D assets for various media; 3D Animators, who specialize in lifelike animations for games and movies; and Unity Developers, responsible for designing and building interactive experiences using Unity game engine. The course not only equips learners with specific technical abilities but also exposes them to industry-standard software and techniques, enhancing their employability and versatility within the field.

Is this course suitable for preparing further education?
Considering its comprehensive curriculum and hands-on approach, this course is well-suited for individuals preparing for further education in 3D modeling, animation, or game design-related fields. The knowledge gained from this course serves as a strong foundation for advanced studies, as it covers a wide range of crucial concepts and practices in the industry. The skills acquired, such as high-poly and low-poly modeling, UV unwrapping, texturing, animation, and game engine integration, provide a robust skill set that aligns with the requirements of bachelor's or master's degree programs in computer science, game design, animation, or related disciplines. Additionally, the practical experience gained from working with industry-standard software like Blender and Unity enhances learners' readiness for more in-depth and specialized studies.