What you'll get
- 65+ Hours
- 3 Courses
- Course Completion Certificates
- Self-paced Courses
- Technical Support
- Case Studies
Synopsis
- Understand the foundational concepts of modern game development
- Learn how to structure and manage the pre-production phase effectively
- Use professional tools to streamline the production workflow
- Gather visual references and create structured asset inventories
- Build and test level prototypes using Unreal Engine
- Apply Blueprint scripting to control gameplay logic
- Design responsive player feedback and interaction systems
- Create and integrate custom 3D game assets
Content
| Courses | No. of Hours | Certificates | Details |
|---|---|---|---|
| How-to in Unreal Engine 4.0 | 31h 38m | ✔ | View Curriculum |
| Creating Pacman Game (3D) using Free Assets | 28h 52m | ✔ | View Curriculum |
| Create a Simple Shoot-em-up in UE4 Blueprints | 5h 13m | ✔ | View Curriculum |
Description
This course is designed for individuals who aspire to create their own video games, from early concepts to playable experiences. As gaming continues to dominate the global entertainment industry, this program equips learners with the practical skills and creative knowledge needed to begin game development using Unreal Engine.
Participants are guided through every stage of the development lifecycle, including planning, prototyping, asset creation, and gameplay implementation. Whether the goal is to build a working prototype or lay the groundwork for an independent game release, the course offers a structured, hands-on learning experience with industry-relevant tools.
Goals
- Introduce learners to the complete game development pipeline
- Build confidence in using professional game engines and 3D tools
- Enable learners to transform ideas into playable game experiences
- Develop practical skills applicable to real-world game projects
Objectives
By the end of the course, learners will be able to:
- Plan and organize a game project from concept to execution
- Prototype game levels and mechanics effectively
- Create and integrate 3D assets using Blender
- Implement gameplay systems using Blueprint scripting
- Deliver a functional and polished game build
Highlights
- Project-based learning with real-world examples
- Step-by-step guidance from experienced game development professionals
- Balanced coverage of theory and hands-on implementation
- Short, focused video lessons for efficient learning
- End-to-end game creation experience
- Key Topics Covered
- Unreal Motion Graphics (UMG)
- Artificial Intelligence Systems and Arrays
- Camera setup and Cheat Manager
- Gameplay mechanics and Damage systems
- HUD creation and Interpolation techniques
- Materials, logic flow, and visual scripting
- Text handling, settings, and string management
- Time-based logic, tracing, and collision detection
- Transformations, debugging tools, and volume systems
Requirements
- No prior background in game development is required
- Basic computer usage skills
- Enthusiasm for learning and creative problem-solving
Target Audience
- Individuals with no prior experience who want to start learning game development
- Existing game developers or 3D artists exploring new workflows
- Creative professionals seeking game or interactive design skills
- Hobbyists aiming to turn game ideas into playable projects
FAQ
Q1. Is this course suitable for beginners?
Yes, the course begins with foundational concepts and progressively moves into more advanced topics.
Q2. Will learners build a complete game?
Participants will create a fully functional game prototype by the end of the course.
Q3. Are both Unreal Engine and Blender covered?
Yes, learners will gain hands-on experience with both tools for development and asset creation.
Q4. Is coding experience required?
No traditional coding knowledge is required, as Blueprint visual scripting is taught from scratch.
Career Benefits
- Builds a strong foundation for careers in game development and interactive media
- Enhances portfolios with a completed game project
- Prepares learners for roles such as game designer, junior developer, or technical artist
- Develops transferable skills in logic design, 3D creation, and problem-solving
- Supports entry into indie game development or further specialization in gaming technologies