Mystic Realms

About: For my experimental level design module, I demonstrated my skills by creating maps in two different engines. In UEFN (Unreal Editor for Fortnite), I designed a layered environment with progression-based weapon unlocks and path accessibility inspired by Call of Duty Zombies. For my second engine, I chose the SnapMap (DOOM 2016) Editor to develop a high-intensity combat level emphasizing rhythm and smooth room transitions. I playtested both levels extensively to optimize pacing and player engagement, and created a level design document for the DOOM level.

Contributions: Solo Developer (Scripting, Game Design, Level Design, Sound Design, Playtesting)

Engine: Hammer Editor, DOOM 2016 Snapmap Editor

Timeframe: 8 weeks

Want more details on the development process?

Click down below to view the documentation related to my development.

Doom Level Design Doc

UEFN Level

Features

The level is purely enspired from Call of Duty Zombies where the player has to survive waves of zombies
Each sections include a gradual increase in difficulty wether that be the number of enemies or the types of enemies.
There are a number of guns and unlockables scattered across the map to balance the overall difficutly of the level.
As the enemies are defeated I reverse implemented the pickups from Call of Duty Zombies such as the Max Ammo and the Instakill

Doom 2016 Level

Features

Wave-Based Encounter Structure designed to test player skill, positioning, and resource management over time.
Progressive Difficulty Scaling, with encounters increasing in intensity through enemy variety, spawn placement, and combat pressure.
Deliberate Weapon and Pickup Placement, planned to encourage meaningful player choices, risk–reward decision making, and balanced pacing.
Core Level Design Principles, including clear player flow, readable combat spaces, controlled sightlines, and purposeful arena layouts.
Thorough Pre-Production Planning, supported by a detailed Level Design Document (LDD) outlining layout, progression, encounters, and mechanics.
Iterative Playtesting Process, using frequent test sessions to evaluate pacing, difficulty balance, and overall player experience, followed by targeted refinements.