Santhosh Ratnam
Santhosh Ratnam
Santhosh Ratnam
Game Designer / Level Designer
About
Portfolio
11
Skills
8
Contact
Download Resume
Menu Close
Back to Portfolio
5 Months
PC
Unreal Engine 5

Fresh Color Horror

First-Person Psychological Horror Experience

Role: Solo Developer | Complete Level Design & Visual Scripting Duration: 5 Months Platform: PC Engine: Unreal Engine 5
Watch Trailer

Project Media

Fresh Color Horror Trailer - A surreal journey through vibrant, unsettling environments where color masks something deeply wrong

My Contributions

  • Designed 1 fully realized environment with distinct visual identity
  • Implemented 50+ interactive Blueprint elements creating emergent storytelling
  • Achieved 100% Blueprint implementation for narrative progression
  • Developed custom post-processing for reality distortion effects
  • Created audio-synchronized visual effects for psychological impact

Project Details

Studio Personal Project
Genre First-Person Psychological Horror
Platform PC
Duration 5 Months
Team Size Solo Developer
Engine & Tools Unreal Engine 5, Blueprint, Wwise
1 Environment
50+ Blueprints
100% Atmospheric

Project Overview

The Experience Fresh Color Horror defies traditional horror conventions by replacing jump scares with psychological unease. Players navigate vibrant, initially welcoming environments that gradually reveal something fundamentally broken about reality. The horror emerges from atmosphere, surreal visuals, and the creeping realization of being trapped in something incomprehensible.

Design Philosophy: Psychological Over Visceral Rather than explicit threats, the game uses subtle wrongness to create dread. Impossible geometry, color contradictions, and environmental inconsistencies generate cognitive dissonance. The "fresh color" aesthetic, bright and cheerful, contrasts with grotesque, surreal imagery, creating psychological horror through visual contradiction.

The Challenge

Core Design Objectives: Create 1 unique environment that evolves from seemingly normal to deeply unsettling. Implement atmospheric horror without relying on jump scares or explicit violence. Design environmental storytelling conveying dread through visual language. Develop Blueprint systems enabling complex interactive narratives. Establish clear visual hierarchy where player agency creates tension.

Design Process

1

Phase 1: Concept Development & Atmosphere Establishment

Researched psychological horror theory (Lynch, Ari Aster, Cosmic Horror). Established color palette emphasizing vibrant contradictions. Defined core aesthetic: "Fresh Color" juxtaposed with surreal wrongness. Created mood boards emphasizing atmosphere over action.

Deliverables: Aesthetic documentation, color theory analysis, atmosphere guidelines

2

Phase 2: Environment Blockout & Progression Design

Built 1 greybox environment with distinct visual language. Designed progression arc from familiar to impossible. Mapped pacing of horror escalation across play session. Established environmental puzzle framework.

Deliverables: Environment blockouts, progression flowchart, pacing documentation

3

Phase 3: Blueprint Systems & Interactive Storytelling

Implemented environmental story triggers and sequences. Built interactive puzzle systems communicating narrative. Developed sound-based horror elements and audio-visual synchronization. Created player state management tracking psychological progression.

Deliverables: Functional Blueprint systems, interactive sequences, narrative documentation

4

Phase 4: Visual Refinement & Atmospheric Polish

Enhanced environments with surreal visual elements. Implemented custom post-processing for reality distortion effects. Refined lighting creating unease without obvious threat. Developed complete audio landscape supporting atmosphere. Fine-tuned pacing ensuring sustained tension throughout.

Deliverables: Polished environments, atmospheric effects, final build

Visual Documentation

Environment Evolution Chart

Visual Progression: Visual progression showing transformation from normal to impossible. Documentation of how environment evolves to create psychological horror through visual contradiction.

Color Palette Analysis

Color Theory: Breakdown of how vibrant colors interact with grotesque imagery to create unease. Documentation of color psychology and visual contradiction as narrative device.

Blueprint System Architecture

System Overview: Overview of how environmental triggers, narrative progression, and player states interact. Documentation of Blueprint architecture enabling complex interactive narratives.

Audio Landscape Map

Sound Design Strategy: Sound design strategy showing how ambient audio builds psychological tension. Documentation of audio-visual synchronization creating horror moments.

Sonic Architecture Layers
  • , The Real: High-fidelity foley and naturalistic ambience anchored in reality.
  • , The Bleed: Low-frequency oscillators (LFO) modulate ambient pitch, introducing subtle dissonance as the environment shifts.
  • , The Nightmare: Fully synthesized, non-diegetic soundscapes featuring reversed reverb tails and granular synthesis, directly mapped to the player's psychological state.

Technical Implementation

Tools & Technologies

Primary Tools: Unreal Engine 5, Blueprint Visual Scripting, Blueprints

Additional Tools: Wwise (advanced audio), Material Editor, Post-Processing

Level Design Systems & Tools

Environmental Story Trigger System: Built modular system for environmental triggers that respond to player presence and actions. System supports complex narrative progression through environmental interaction.

Interactive Narrative Blueprint Framework: Developed framework for interactive narratives using Blueprints. Framework supports non-linear progression and multiple narrative paths.

Atmospheric Effect Management System: Created system for managing atmospheric effects including lighting, post-processing, and audio. System enables dynamic atmosphere changes based on player progression.

Player Psychological State Tracking System: Implemented system tracking player psychological state throughout experience. System influences environmental reactions and narrative progression.

Advanced Blueprint Implementation

Custom Post-Processing for Reality Distortion: Developed custom post-processing effects creating reality distortion. Effects include color shifts, geometry warping, and visual glitches that enhance psychological horror.

Dynamic Environmental Reaction to Player Presence: Implemented system where environments react dynamically to player presence. System creates unease through subtle environmental changes that respond to player actions.

Audio-Synchronized Visual Effects: Created system synchronizing audio and visual effects to create horror moments. System enables precise timing of audio-visual synchronization for maximum psychological impact.

Non-linear Narrative Progression: Developed Blueprint logic supporting non-linear narrative progression. System enables multiple narrative paths while maintaining cohesive experience.

Goals & Features

Project Goals

  • Developed psychological horror experience without relying on jump scares
  • Created 1 unique environment conveying surreal narrative
  • Implemented comprehensive Blueprint systems enabling interactive storytelling
  • Established visual language communicating dread through contradiction
  • Delivered complete solo project from concept through polished experience

Key Features

  • 1 unique environment with distinct visual language
  • Psychological horror through atmosphere and surrealism
  • Complete Blueprint-driven interactive narrative systems
  • Environmental puzzles communicating story through interaction
  • Surreal visual effects and reality distortion mechanics
  • Advanced audio design creating psychological tension
  • Non-linear progression allowing player agency
  • Progressive environmental transformation reflecting player journey

Project Metrics & Impact

Key Achievements

  • 1 fully realized environment with distinct visual identity
  • 50+ interactive Blueprint elements creating emergent storytelling
  • 100% Blueprint implementation for narrative progression
1 Environment
50+ Blueprints
100% Atmospheric
100% Psychological
100% Solo Project

Challenges & Solutions

Creating Horror Without Jump Scares

Problem:

Horror genre heavily relies on sudden frights; building tension without them is unconventional. Creating effective horror through purely atmospheric means required different approach than traditional horror games.

Solution:

Studied atmospheric horror films (Lynch, Ari Aster), focused on sound design, environmental inconsistencies, and visual contradiction as primary horror tools. Created psychological tension through subtle wrongness rather than explicit threats.

Maintaining Tension Across Solo Development

Problem:

Sustaining psychological tension consistently across 1 environment without variety in enemy types/threats. Maintaining horror impact without traditional horror mechanics proved challenging.

Solution:

Focused on environmental progression, visual transformation, audio landscape, and interactive elements that evolve organically. Created pacing system ensuring tension escalates gradually throughout experience.

Blueprint Complexity for Interactive Narrative

Problem:

Creating complex narrative systems entirely through visual scripting requires careful architecture. Blueprints became difficult to manage and debug as complexity grew.

Solution:

Developed modular Blueprint patterns using Blueprint interfaces and inheritance. Created reusable narrative components with clear naming conventions. Established clear data flow between systems ensuring maintainability.

Balancing Accessibility with Horror Impact

Problem:

Too accessible dilutes horror; too obscure frustrates players. Finding balance between guiding players and maintaining mystery proved challenging.

Solution:

Implemented environmental guidance systems using visual language. Placed narrative clues in visible locations. Allowed multiple solutions to progression ensuring accessibility while maintaining mystery and tension.

Design Elements

Color Contradiction System

Vibrant, fresh colors masking surreal, wrong imagery. Visual dissonance creating psychological unease. Color as narrative device communicating reality breakdown. Color palette designed to create cognitive dissonance and psychological tension.

Environmental Progression

Linear yet non-obvious player path through transforming environments. Subtle wrongness gradually becoming overt impossibility. Player awareness growing alongside environmental chaos. Environments evolve to reflect player psychological state.

Audio-Visual Synchronization

Sound design as primary horror tool. Audio-visual moments creating synchronization-based dread. Silence and contrast as tension builders. Audio landscape designed to create psychological tension through ambient sound and silence.

Interactive Narrative

Player actions triggering environmental responses. Puzzles revealing story through interaction. Progression felt through environmental transformation. Narrative emerges through player exploration and interaction with environment.

Results & Impact

Successful Atmospheric Design: Achieved effective psychological horror through purely atmospheric means, proving jump scares unnecessary for horror impact. Players reported sustained unease and dread throughout experience.

Technical Achievement: Implemented Blueprint systems enabling complex interactive narrative without traditional programming. Demonstrates visual scripting mastery in complex systems.

Artistic Innovation: The "Fresh Color Horror" aesthetic proved novel and memorable, differentiating the project within crowded horror genre. Visual contradiction became primary narrative device.

Key Learning Outcomes: Mastered psychological horror design and atmospheric creation. Developed expertise in advanced Blueprint visual scripting systems. Learned to create complex narratives through environmental design. Successfully executed complete solo project managing all design aspects. Proved unconventional approaches can redefine genre expectations.

Lessons Learned

Psychological Horror Design: Creating effective horror through purely atmospheric means required different approach than traditional horror games. Studying atmospheric horror films and understanding psychological tension proved essential for creating sustained unease without jump scares.

Advanced Blueprint Visual Scripting: Developing complex interactive narratives entirely through Blueprints required careful architecture and modular design. Creating reusable components and establishing clear data flow proved essential for managing complexity.

Environmental Narrative Design: Learning to create complex narratives through environmental design proved more effective than explicit storytelling. Environmental storytelling through visual language, audio, and interactive elements created more immersive and engaging experiences.

Solo Project Management: Managing all aspects of game development solo required careful planning and prioritization. Establishing clear systems and workflows early enabled efficient development and prevented scope creep. This experience improved solo development skills and project management capabilities.

Genre Innovation: Proving that unconventional approaches can redefine genre expectations. The "Fresh Color Horror" aesthetic demonstrated that horror effectiveness depends on atmosphere, not explicit content. This approach opened new possibilities for horror game design.