Acoustics Apps: Interactive simulations for digital teaching and learning of acoustics

Area of Science:

• Physics
• Engineering Education

Background:

• Growing demand for digital educational tools in acoustics and vibration.
• Need for interactive simulations to complement traditional learning methods.
• Requirement for accessible, barrier-free educational resources.

Purpose of the Study:

• To present the Acoustics Apps, an e-learning platform for acoustics and vibration.
• To provide an interactive and playful learning environment.
• To facilitate understanding of acoustic phenomena through visualization and control.

Main Methods:

• Development of an e-learning platform utilizing state-of-the-art scientific methods.
• Integration of interactive simulations and numerical modeling.
• Leveraging COMSOL Server™ technology for computational power.

Main Results:

• The Acoustics Apps offer an intuitive and customizable user experience.
• The platform enables barrier-free access to educational tools via web browser.
• Interactive simulations enhance the understanding of physical principles in acoustics.

Conclusions:

• Acoustics Apps provide a valuable, accessible resource for learning acoustics and vibration.
• The platform supports diverse learning styles, from experimentation to observation.
• Freely available for academic and teaching purposes, promoting wider adoption.