The course taught by Robert McCarthy explores the principles of loudspeaker system design, focusing on the physics, prediction, measurement and optimization techniques used in professional sound amplification. Participants will apply these concepts using Meyer Sound loudspeakers, MAPP 3D system prediction software and the Galileo GALAXY processing platform.
Modern tools, such as predictive software and affordable analyzers, make system design more accessible than ever. But true mastery requires understanding the science behind the tools. Without it, problem solving and adapting to real-world challenges become guesswork.
Through a structured approach based on acoustic principles, this course trains attendees to make informed design decisions, validate them with measurements and avoid errors caused by misinterpreted data. Emphasis is placed on optimizing multi-zone systems by managing level and phase relationships to ensure consistent, high-quality coverage.
Participants will develop critical listening skills along with technical analysis, connecting what they hear with what they measure. The result is not only mastery of the tools, but an intentional, predictive and verified systems design mindset.
By the end, attendees will be prepared to design systems with confidence and determination, ensuring that each listener experiences the expected performance.
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