Assessment Component 1: Playable Island Environment & Technical Asset Integration 70%

Students will design, build and implement an individual playable environment as part of a shared level (e.g. an island in an archipelago-style game world) developed collaboratively within a studio-simulated learning environment.

Each student is responsible for the creative, technical and production decisions associated with their own environment, while working within an agreed group art direction, shared asset pipeline and common worldbuilding rules. Environments must function cohesively as part of the wider level/world, allowing player traversal and visual continuity between world segments.

The submission must clearly demonstrate how the student’s work:

* Aligns with the shared visual style and worldbuilding intent
* Integrates spatially, visually and technically with neighbouring islands
* Makes appropriate use of shared assets, systems and conventions
* Contributes to the readability, navigation and narrative of the overall environment

Students must also submit an Asset Zoo / Showcase Level that clearly identifies and presents the assets, materials, interactive elements and systems they have personally authored. This showcase should demonstrate both creative intent and technical implementation.

This assessment evaluates the student’s ability to:

* Research, plan and develop a playable environment using worldbuilding principles
* Apply layout, lighting and visual hierarchy to support spatial readability and narrative intent
* Implement real-time environment content using industry-standard Unreal Engine workflows
* Technically integrate authored assets using appropriate systems, which may include Blueprint logic, rigging or animation, and/or procedural placement tools
* Work effectively within a shared production pipeline while maintaining clear individual ownership
* Demonstrate professional standards of real-time asset implementation and optimisation

Note: Although developed within a group context, this assessment is marked solely on the student’s individual output, decisions and implementation. Submissions that fail to demonstrate meaningful integration within the shared archipelago environment may be limited in the marks available.

Assessment Component 2: Studio World Review (Group Presentation) 30%

Students will deliver a studio-style group presentation showcasing the completed game level/world and reflecting on the collaborative production process. The presentation should simulate a professional studio review, pitch or internal team showcase.

Each student must clearly present:

* Their individual environment, assets or systems
* Key creative and technical decisions made during development
* How their work contributed to the shared world and group objectives
* Reflections on collaboration, feedback and personal development

The presentation should demonstrate the student’s ability to articulate creative and technical work in a professional context, using appropriate visual materials such as in-engine footage, screenshots or diagrams.

This assessment evaluates the student’s ability to:

* Communicate creative and technical ideas clearly and professionally
* Explain individual contributions within a collaborative studio project
* Reflect on creative decision-making and problem-solving processes
* Demonstrate professional behaviours, responsibility and engagement within a studio-simulated environment
* Identify personal development, transferable skills and areas for future growth

Note: This assessment focuses on communication, reflection and professional practice. Technical execution and asset quality are assessed exclusively in Assessment Component 1.

This module introduces students to the principles of worldbuilding, environment design and real-time production through a studio-simulated, collaborative project. Students develop an individual playable environment as part of a shared game world, gaining experience of professional workflows, communication practices and technical implementation within Unreal Engine.

Through guided workshops, studio sessions and independent development, students explore how visual storytelling, spatial design and real-time systems combine to create cohesive and navigable game worlds. The module emphasises individual creative ownership within a shared production context, reflecting industry-standard environment art pipelines.

Students will engage with the following indicative content:

* Principles of worldbuilding and environmental storytelling for gameplay, navigation and player guidance
* Establishing and responding to a shared art direction and visual style
* Real-time scene assembly using Unreal Engine tools, including materials, collision and level organisation
* Introduction to real-time interaction through basic Blueprint logic
* Use of procedural or semi-procedural tools (e.g. PCG) to support the environment population
* Integration of rigged or animated assets where appropriate
* Working within a shared world structure (e.g. level instances)
* Introduction to version control principles and safe collaborative workflows
* Managing dependencies between individual contributions
* Understanding roles, responsibilities and pipelines within a studio-style environment
* Identifying personal development needs within a creative project
* Engaging with formative feedback from peers and tutors
* Reflecting on creative decisions, problem-solving and workflow choices
* Building professional behaviours, communication skills and confidence in discussing work
* Participating in studio reviews, critiques and group presentations
* Reflective evaluation of individual contribution within a collaborative project

1. Research, plan and develop an individual playable environment in a game engine, applying worldbuilding principles, visual hierarchy, layout and lighting to establish a coherent art direction, spatial readability and narrative intent.

Programme Learning Outcome: Knowledge & understanding, Research skills

2. Apply real-time production workflows to implement environment content within a shared project, including asset setup, materials, collision and introductory Blueprint logic to support simple interactive behaviours.

Programme Learning Outcome: Critical reasoning & collaboration, Application & Problem-Solving

3. Communicate and evaluate individual contributions to a collaborative worldbuilding project, reflecting on creative decisions, technical problem-solving and studio-style production practices.

Programme Learning Outcome: Communication, Reflection

4. Demonstrate personal responsibility within a studio-simulated learning environment by identifying development needs, engaging with feedback, independent learning opportunities, and reflecting on the growth of professional practice.

Programme Learning Outcome: Personal Development & Entrepreneurship

The module is delivered as a studio-simulated environment, with students working individually within a shared production pipeline, mirroring collaborative worldbuilding practices used in professional game studios.

Students will be expected to engage in a structured blend of scheduled teaching and independent study.

Scheduled sessions will typically include lectures introducing core concepts, alongside workshops where students apply techniques, participate in guided discussions, and undertake problem-solving and peer-learning activities.

Lecture sessions focus on theory, methodology and good practice, while workshop and development sessions provide individual guidance, practical demonstrations and support in applying artistic and technical principles.

Independent study will involve recommended reading, research tasks, and ongoing development of project work supported by digital resources and forum feedback.

Teaching activities are designed to mirror professional art department feedback loops, enabling students to experience iterative development and critique similar to industry practice.

Software & Tools:

Unreal Engine
3D DCC tools
3D Material Creation Tools
Digital Painting Software
Wacom Tablets
Version control
Video editing software
Digital Academy Forum
Digital Academy Upload System
Data Projection Resource

Gahan, A., 2011. 3D Game Environments: Create Professional 3D Game Worlds. Burlington: Focal Press.

Bauer, B 2023. A Practical Guide to Level Design: From Theory to Practice, Diplomacy and Production, CRC Press, ISBN-13: ‏ 978-1032230894Harris, D., 2021. Making Videogames: The Art of Creating Digital Worlds. London: Thames & Hudson.

Jones, P., 2017. Game Artist: The Ultimate Career Guide. New York: Watson-Guptill.

Birn, J., 2016. Digital Lighting & Rendering. 3rd ed. San Francisco: New Riders.

Totten, C., 2019 An Architectural Approach to Level Design, CRC Press, ISBN-13: 978-0815361367

In this studio-simulated module, you’ll step into the role of a real-time environment artist and help build a shared, playable game world in Unreal Engine. Working as part of a small team, you’ll create your own playable environment that connects into a larger game level or world, gaining first-hand experience of how studios collaborate to deliver coherent worlds at scale.

You’ll develop core worldbuilding and environment art skills, from blockout and layout through to lighting, set dressing, visual hierarchy and environmental storytelling. You’ll learn practical Unreal Engine workflows such as asset setup, materials, collision and optimisation basics. You’ll also explore introductory real-time systems including simple Blueprint interactions and procedural tools to bring your world to life.

Alongside production, you’ll build professional habits through version control, studio-style reviews and feedback, and presenting your work in a group world showcase, helping you gain confidence talking about your creative and technical decisions in a professional setting. By the end of the module, you’ll have a portfolio-ready playable environment and a clearer understanding of real-time worldbuilding pipelines used in modern game development.