Project Overview:

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Embark on a comprehensive game development journey over the semester, guiding students through the entire production pipeline in a microcosm. From concept creation to a fully playable level, students will experience every facet of game development, integrating design, scripting, 3D modeling, and storytelling.

 

Project Phases:

1. Compact Game Design Document :

   • Students create two compact game design documents, outlining the concepts for their games.

   • Pitch sessions to select one game idea for further development.

2. Level Design Document and Mechanics Blueprinting:

   • Develop a detailed level design document, planning the layout and mechanics of the game level.

   • Utilize Unreal Engine's Blueprint scripting to implement and prototype game mechanics.

   • Begin white-boxing the level for initial playtesting.

3. Weekly Playtesting and Iteration:

   • Conduct weekly playtesting sessions for feedback and bug testing.

   • Iterate on level design and mechanics based on playtesting insights.

4. Storytelling and Concept Art:

   • Craft a compelling story for the game.

   • Create concept art for the visual elements that will populate the game space.

5. 3D Modeling and Texturing:

   • Use 3D modeling software to create detailed assets based on the concept art.

   • Utilize Substance Painter to texture the 3D models, ensuring visual cohesion.

6. Integration into Unreal Engine:

   • Import 3D models into Unreal Engine.

   • Set up materials and collision for the models.

   • Replace white-boxed elements with finalized 3D models.

7. Video Showcase:

   • Record a comprehensive video showcasing the finalized game level.

   • Highlight gameplay, mechanics, and visual elements.

   • Discuss the development process, challenges, and lessons learned.

 

Assessment and Evaluation:

• Game Design Documents:

  • Evaluation of the quality and viability of the compact game design documents.

• Level Design and Mechanics Implementation:

  • Assessment of the level design document and functionality of implemented game mechanics.

• Weekly Playtesting and Iteration:

  • Evaluation of responsiveness to feedback and effectiveness of iterative design.

• Storytelling and Concept Art:

  • Review of the storytelling elements and quality of concept art.

• 3D Modeling and Texturing:

  • Assessment of the quality and detail of 3D models and textures.

• Video Showcase:

  • Evaluation of the final gameplay presentation, including the level's visual and interactive elements.

 

Benefits:

• Comprehensive Experience: Gain hands-on experience across the entire game development pipeline.

• Real-world Application: Apply learned skills in a practical, semester-long project.

• Portfolio Piece: Develop a showcase project for a portfolio demonstrating diverse game development skills.

 

The "Semester-long Game Development Journey" project provides a holistic and immersive experience, allowing students to realize their game concepts from inception to a fully playable and visually stunning level. This project promises a rich learning experience in game development and showcases the culmination of skills acquired throughout the semester.