Beepo & Pogo Gameplay
COLLABORATIVE // PUZZLE INNOVATION

BEEPO & POGO

Experimental Design: Dual-Entity Magnetic Systems

DESIGN OVERVIEW

PROJECT STATUS: Shipped (Collaborative Prototype)

Beepo & Pogo was a fundamental exploration into **simultaneous multi-character control**. The challenge was to move beyond simple platforming and create a cohesive puzzle language based on the laws of magnetism.

As the Lead Puzzle & Level Designer, I architected a series of spatial challenges that required the player to master "Push and Pull" mechanics. By utilizing the magnetic attraction and repulsion between the two leads, I developed a gameplay loop where navigation is itself the puzzle—turning every gap and obstacle into a test of synchronization and physical logic.

KEY OBJECTIVES

  • Polarity Logic Design: Conceptualized and implemented the core "Attract/Repel" puzzle mechanics, ensuring consistent physical behavior across 3D environments.
  • Level Pacing & Complexity: Designed a progression curve that introduced magnetic concepts in isolation before layering them into complex, multi-stage spatial hurdles.
  • UX/UI Clarity: Developed the visual and interface language (UI/VFX) to represent invisible magnetic forces, providing the player with essential feedback for character positioning.
  • Systemic Synchronization: Collaborated with Art and Animation to ensure character feedback (movement and reaction) accurately telegraphed current magnetic states.

PERSONNEL ROSTER

Ben Brook Level / Puzzle / VFX / UI Design
Darrien Blanchard Prop Modeling
Joey Belt Environment Art
Greg Gonzalez 2D Animation / Motion Graphics
Spencer Hamm Rigging / 3D Animation
Dylan Klimeck Character Art
John Washington Programming / Systems Design

DEPLOYMENT TERMINAL

POLARITY: DUAL_STATE ATTRACTION: ACTIVE SYNC: SYNCHRONIZED
FLUX FIELD STABLE
UNITS: 02
MAG_FORCE: 14.7 Tesla REFRACT: ENABLED
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