Explaining an idea is one of the best ways to understand it. Learning sharpens the practice — and makes better decisions possible.
Frost School of Music · Computational Psychoacoustics + Student Forum
Practical architectural acoustics for architects and design professionals — connecting material choices, room use, measurement, and human experience.
Authorized presenter for the ASA/TCAA AIA/CES HSW Architectural Acoustics program.
Architectural acoustics, computational acoustics, perception, diffusion, measurement, simulation, and how physical behavior becomes a listening experience.
Recording fundamentals, microphones, critical listening, audio engineering, and the practical realities of making and working with music.
Sessions can be formal continuing education, guest lectures, workshops, demonstrations, or programs developed around a group's specific questions.
Computer Technology Instructor.
Guest lecture in acoustics.
Computational Psychoacoustics guest lecture and student forum.
Education in Acoustics committee work, sessions, and presentations connecting industry and education.
Demonstrations, listening experiments, visualizations, diagrams, and practical software can make abstract acoustic ideas easier to hear and understand. Teaching also exposes assumptions and creates better questions — which improves the consulting and research work.
Experiments that compare what changes when the sound field changes.
Physical and visual ways to explain scattering and field development.
Demonstrations that make isolation behavior tangible.
Recording and music are lived subjects, not only technical ones.
Tell me what you're working on, what matters about it, and where you are in the process. A short note is enough to start.
