Year 1 · Final Major Project

FMP — Vertical Slice Environment

17 WeeksFeb–May 2027
Hand-out22 February 2027
Deadline28 May 2027
Duration17 Weeks

Acting as a mini final project, this major brief asks students to produce a polished game environment, complete with a playable walkthrough, cinematic shots, and breakdown sheets. Students specialise slightly — such as in environment art or level design — and synthesise all their previous pipeline skills. This beast starts with concept and modular planning (Weeks 19-20), moves into heavy asset production and assembly (Weeks 21-23), and introduces lighting and technical passes (Weeks 24-25). Following a break, students re-scope (Week 26), set up cinematic sequences (Week 27), and spend the final weeks (Weeks 28-32) on documentation, rendering, mock crits, and final bug fixing.

🔒

Full brief opens

Focus, deliverables, software, the week-by-week breakdown and covered units unlock on the hand-out date above. Tutors can open it early.

Focus

  • Polished game environment + playable walkthrough
  • Modular asset set, lighting pass, cinematic shots
  • Breakdown sheets & production documentation

Deliverables

Playable WalkthroughModular Asset SetCinematic ShotsBreakdown Sheets

Software

Unreal Engine 5Maya / BlenderSubstance Painter

Specialisations Begin

Environment ArtProp ArtTechnical ArtLevel Design
Unit 8 — Developing a Creative Media Production Project

Sequence of Learner Information

Project Outcome

Students will autonomously direct and produce a "Vertical Slice"---a highly polished, playable section of a game environment that represents the final intended visual and technical quality of a larger hypothetical game. The final portfolio submission will include a playable video walkthrough, cinematic beauty renders, a modular asset kit showcase, and comprehensive technical breakdown sheets (wireframes, UVs, and material graphs) highlighting their chosen discipline specialism.


Week by Week

Project Breakdown

How the 17 weeks are structured, stage by stage.

Phase 1: Pre-Production & Greyboxing (Weeks 1-3)

FocusPitching, scope management, and spatial planning.

Phase 2: Core Production & The Modular Foundation (Weeks 4-6)

FocusAsset creation, texturing, and establishing the structural kit.

Phase 3: Engine Integration & Specialization Deep Dive (Weeks 7-9)

FocusReal-time assembly, lighting, and pushing specialist skills.

Phase 4: Polish, Optimization, & Presentation (Weeks 10-12)

FocusThe final 10%, cinematic cameras, and technical documentation.


Theory

Knowledge, Theory & Context

The Vertical Slice PipelineUnderstanding how studios build a small, fully polished cross-section of a game to prove the art direction, mechanics, and viability to publishers before full-scale production.
Discipline SpecializationLearning how to identify personal strengths and focus technical development into a specific industry pathway (Environment Art, Prop Art, Level Design, or Technical Art).
Project Management & ScopingThe theory of managing a long-term production schedule using industry methodologies (like Kanban or Agile), mitigating risks, and cutting features to meet hard deadlines.
Advanced Visual DirectionDemonstrating a mature understanding of composition, color theory, and environmental storytelling to create a space that feels cohesive, lived-in, and narratively rich.
Industry LinkThis extensive project simulates the studio experience of taking ownership of a significant game space. It serves as the ultimate portfolio centerpiece, proving to universities and junior recruiters that the student has the stamina, technical breadth, and artistic eye to see a complex project through to completion.
Practice

Technical & Practical Skills

Holistic UE5 ProductionMastering the integration of assets, lighting (Lumen), post-processing, and Blueprint logic within a cohesive real-time project.
Advanced Asset PipelinesUtilizing the full high-to-low poly workflow, including efficient UV packing, baking, PBR texturing, and trim sheet application.
Cinematography & SequencerUsing Unreal Engine's Sequencer tool to set up physical camera parameters (focal length, aperture, depth of field) to capture professional-grade fly-throughs.
Technical OptimizationUnderstanding how to profile a scene, manage texture resolution, reduce draw calls, and implement proper collision bounds.
DocumentationCreating professional breakdown sheets that visually explain the technical execution behind the final artistic renders.

Why This Matters

Industry Link

This capstone project prepares students directly for **University Degree Admissions** and **Junior Studio Roles**. By forcing students to choose a specialism, they avoid the "jack-of-all-trades, master of none" trap that weakens entry-level portfolios. A polished Vertical Slice proves to Art Directors and Lead Designers that the candidate understands the entire production pipeline, can troubleshoot technical roadblocks independently, and can deliver a final product that hits commercial quality standards.


Key Terms

Glossary & Key Concepts

Vertical Slice
A fully playable, highly polished portion of a game that serves as a proof-of-concept for the final product's quality and aesthetic.
Specialism
Focusing one's skill set on a specific discipline within game development, such as Prop Art or Technical Art, rather than attempting to do everything.
Scope
The total size, complexity, and feature set of a project; "scoping down" refers to cutting planned features to ensure the project finishes on time at a high quality.
Sequencer
Unreal Engine's multi-track editor used for creating cinematic cutscenes, controlling dynamic cameras, and rendering video.
Post-Processing
Real-time visual effects applied to the camera view after the scene is rendered, such as color grading, bloom, lens flares, and exposure adjustments.
Draw Calls
The number of times the CPU has to tell the GPU to draw an object on screen; keeping this number low is critical for game optimization.
Breakdown Sheet
A presentation image used in portfolios to show the technical work behind a 3D model, typically displaying the wireframe, unlit texture maps, and polygon count.