Design and implementation of core game mechanics.

Design and implementation of a player object.

Design and implementation of controls and inputs.

Core game loops.

AI enemies.

Communication of mechanic designs using game design documentation.

Further mechanics to enhance gameplay.

Further scripting techniques.

Development and delivery of testing strategies.

Assessment Component 1 – (Learning outcome 1 and 2)

Continual Assessment weighted at 40% consisting of:

A series of forum posts evidencing the completion of a set of challenges from tutorial sessions

Assessment Component 2 – (Learning outcomes 3 and 4)

A Portfolio weighted at 60% consisting of:

A series of games project files, video playthroughs and an accompanying critically reflective commentary

2 x 3-hour tutorials per week.

1. Develop an understanding of core game mechanics in the game development process.

2. Analyse the effective use of mechanics in game prototypes in providing a good player experience.

3. Demonstrate an understanding of testing principals and iterative design to improve the game experience.

4.Communicate mechanics using game design techniques such as diagrams and videos.

3D Modelling Software
Game Engine Software
Photo Editing Software
Video Editing/Compositing software
Digital Academy Forum
Digital Academy Upload System
Data Projection Resource

Blueprints Visual Scripting for Unreal Engine 5, 2022, Marcus Romero and Brenden Sewell, Packt Publishing, ISBN 180181158X

The Art of Game Design: A book of lenses, 2008, Jesse Schell, Morgan Kaufmann, ISBN 9780123694966

3D Game Design with Unreal Engine 4 and Blender, 2016, Justin Plowman, Packet Publishing, 1785881469

This module develops further students’ understanding of game mechanic creation using a game engine.

Students will learn how to plan, communicate and implement core game concepts, such as characters, enemies and game loops in order to create fun, playable prototypes of their own design.