WaveQuest

WaveQuest is an interactive learning game developed for ARIA and the Office of Naval Research that supports both STEM education and professional sonar training. Players explore the scientific principles of underwater acoustics through mission-based gameplay and real-time simulation.

Platform:
PC
Subject:
science
Genre:
simulation
Art:
3d
Release:
2014
Age:
adults

Sonar and submersible training game for adult learners in the navy

Developed for ARIA and the Office of Naval Research, WaveQuest is an interactive learning game designed to bridge the gap between secondary STEM education and professional US Navy sonar training. The game utilizes mission-based gameplay to teach the fundamental scientific principles that govern underwater acoustics. By leveraging real-time, fidelity-adaptive modeling and simulation, WaveQuest provides an authentic environment where learners can observe complex wave behaviors and apply technical knowledge to solve high-stakes challenges.

Learning focus

Underwater Acoustics, Sonar Technology, Physics of Sound, Scientific Modeling

GAME FEATURES

Work through mission-based design problems

Engage in missions structured around a central design challenge.

Progress through multi-phase challenges

Complete missions composed of multiple phases that build in difficulty and complexity.

Explore underwater acoustics concepts

Learn how scientific principles shape sound behavior underwater.

Interact with fidelity-adaptive simulations

Experience real-time modeling that adjusts simulation detail as learning progresses.

Core Learning Outcomes:
  • Understand the scientific principles underlying underwater acoustics
  • Apply acoustics concepts to structured design problems
  • Analyze how changes in variables affect acoustic behavior
  • Build problem-solving skills through multi-phase mission progression
  • Develop conceptual understanding relevant to both STEM learning and sonar training
Why This Project Matters

WaveQuest bridges foundational STEM education and applied naval training by grounding abstract acoustics concepts in interactive, mission-driven problem solving. By combining adaptive simulation with progressively complex challenges, the project supports deeper understanding of underwater sound behavior across both educational and professional training contexts.

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