Resonance

Level 1 (1)
Level 1 (2)
Level 2
Level 3
Level 4

Inspiration

We started with the theme Echo and wanted to go beyond the idea of simple repetition. Instead, we were inspired by how sound behaves in the real world - how it reflects, passes through materials, and changes depending on frequency.

This led us to the idea of turning sound into a core gameplay mechanic rather than just an effect.

Development

From the beginning, we knew we wanted to build a 2D platformer, but we struggled with how to meaningfully incorporate the theme. After brainstorming, we reframed "echo" as a physical interaction rather than repetition.

We designed two types of sound waves:

Low frequency waves that pass through certain materials
High frequency waves that reflect off surfaces

This system is loosely inspired by real-world wave behavior. The idea of different frequencies interacting differently with materials became the foundation of our mechanics.

Implementation

We divided our work across the team:

Our own sprite animation and background art
Core gameplay systems and physics were implemented in-engine
Hardware integration (Arduino) explored alternative input possibilities
Level design focused on teaching mechanics through progressive challenges

We iterated quickly, testing how players would interpret and use the echo system, and refined interactions to make them consistent and intuitive.

Challenges

One of the biggest challenges was balancing simplicity with depth. We wanted mechanics that were easy to understand but still allowed for complex and interesting puzzles.

Another challenge was ensuring clarity - players needed to immediately understand why something worked or didn’t. This required careful tuning of visuals, interactions, and level design.

What We Learned

We learned how powerful a single well-defined system can be. By keeping our rules consistent, we were able to create emergent gameplay where players discover solutions on their own.

We also gained experience in rapid prototyping, team collaboration, and designing mechanics that are both intuitive and expressive.

Future Work

If we continued development, we would expand the system with new materials, more enemy behaviors, and additional mechanics such as inverse sound waves that cancel out attacks.

We also see potential for more complex level design and larger environments that fully explore the depth of the echo system.