Reflective

Lasers

A solo-designed interactive laser system with dynamic reflection and behavior variation

This solo project was developed as part of a Level Design class, combining mechanic scripting with level implementation. The system features a reflective laser that bounces off designated surfaces, interacting with multiple object types in different ways. The mechanic was integrated into a fully playable puzzle-focused level, showcasing both gameplay logic and spatial design within a one-month development cycle.

Key Design Highlights

Built a modular reflective laser system using Blueprint logic with dynamic bounce behavior.
Designed interaction logic for laser collisions to trigger different object responses (e.g., doors, mirrors, targets).
Integrated the mechanic into a full level, combining environmental storytelling with puzzle progression.
Focused on clean data flow and variable control for ease of debugging and level-wide functionality.

Tech Stack

Engine

Unreal Engine

Tools

Blueprints, Unreal Documentation

Development Timeline

Total duration: 1 month
Mechanic documentation and development were completed within the first 2 weeks.

Programming Focus

Implemented recursive reflection logic using line tracing and directional vector math.
Used Blueprint data structures to manage different object behaviors triggered by laser impact.
Referenced official Unreal documentation and conducted solo testing to refine logic and reduce bugs.

Result

Earned an A+ grade in Level Design class for mechanics implementation.
Received positive feedback from both the lab instructor and course director for creativity and polish.
Strengthened my skills in Blueprint logic, problem-solving, and system integration in puzzle design.