Strategic Objectives
• Understand the physics of acoustic radiation pressure and phased arrays.
• Design touchless interfaces for automotive, medical, and VR applications.
• Master the signal processing required for real-time focal point tracking.
• Explore the future of tactile feedback in a hardware-free environment.
The Core Challenge
Traditional haptics require bulky wearables or physical surfaces, limiting the immersion and hygiene of human-computer interaction.
01
The Dawn of Mid-Air Haptics
02
The Physics of Sound Pressure
03
Acoustic Radiation Pressure
04
Ultrasound Fundamentals
05
Phased Array Engineering
06
Transducer Technology
07
Wave Interference Patterns
08
The Human Sense of Touch
09
Acoustic Levitation
10
Beamforming Algorithms
11
Signal Processing for Haptics
12
Spatial Computing Integration
13
Gesture Recognition
14
Automotive Interfaces
15
Medical and Sterile Applications
16
Digital Signage and Kiosks
17
Diffraction and Scattering
18
Safety and Regulation
19
Nonlinear Acoustics
20
Designing Tactile Metaphors
21