Monthly Subscription Starting at AED 99 + VAT
- Level Professional
- Duration 14 hours
- Course by University of Rochester
-
Offered by
About
In this course students learn the basic concepts of acoustics and electronics and how they can applied to understand musical sound and make music with electronic instruments. Topics include: sound waves, musical sound, basic electronics, and applications of these basic principles in amplifiers and speaker design.Modules
Course Content
-
8
Readings
8
Readings
- About the Professors
- About the Teaching Assistant
- Syllabus
- Grading and Logistics
- Suggested Readings
- Building the Amplifier and Ordering the Kit
- Complex Number Proficiency Self-Assessment
- General Overview
Lesson 1.1 - Introduction RC
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3
Videos
3
Videos
- Rob Clark Introduction
- Oscillations in Space and Time
- Time and Frequency Domain Representations of Sound
Lesson 1.2 - Introduction RC
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3
Videos
3
Videos
- Auditory Perception and Sound Localization
- Acoustic Resonance: Helmholtz Resonators
- Acoustic Resonance: Loudspeakers
Lesson 2.1 - Introduction to Electrical Circuits MB
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3
Videos
3
Videos
- Electrical Charge and Current
- Electric Fields and Electric Potential
- Electrical Circuits: Kirchoff's Voltage Law
Lesson 2.2 - Introduction to Electrical Circuits MB
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4
Videos
4
Videos
- Electrical Circuits: Voltage Dividers
- Volume Control and Loudness Perception
- Electrical Circuits: Kirchoff's Current Law
- Electrical Circuits: Nodal Analysis
Lesson 1.1 - Acoustic Resonance RC
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5
Videos
5
Videos
- Resonant Modes of a String
- Effects of String Parameters on Resonant Modes
- Resonant Modes in a Room
- Resonant Modes in a Duct
- Reverberation and Room Acoustics
Lesson 2.1 Electrical Circuits MB
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4
Videos
4
Videos
- Power and Energy
- Power and Energy Dissipation in Circuits
- Real Voltage and Current Sources
- Impedence Matching Derivation
Lesson 2.2 Electrical Circuits MB
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4
Videos
4
Videos
- Ideal and Real Current Sources
- Operational Amplifiers
- Using the OP AMP as a voltage follower
- Inverting OP AMP Configuration
Review Week 1 and 2
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1
Assignment
1
Assignment
- Test for Weeks 1 and 2
Lesson 1.1 Some Necessary Mathematics MB
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4
Videos
4
Videos
- Derivatives
- Mathematics: Sample Derivatives and Rules?
- The Number e; Derivatives of sin and cos
- Simple Harmonic Oscillator
Lesson 1.2 Some Necessary Mathematics MB
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3
Videos
3
Videos
- Complex Numbers and Arithmetic
- Complex Exponentials and Eulers Formula
- Phasors
Lesson 2.1 - AC Circuit Analysis
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4
Videos
4
Videos
- Capacitors
- Transient Analysis of an RC Circuit
- Frequency Response of an RC Circuit
- Inductors
Lesson 2.2 - AC Circuit Analysis
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4
Videos
4
Videos
- Transient Response of an RL Circuit
- RL Lowpass and Highpass Circuits
- Phasors in AC Circuit Analysis
- Generalized Impedance
Lesson 2.3 - AC Circuit Analysis
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3
Videos
3
Videos
- Circuit Analysis Example
- Impedance Analysis of RL Circuit
- Filters as Frequency Dependant Voltage Dividers
Lesson 1.1 - AC Signals
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4
Videos
4
Videos
- Fourier Series of a Square Wave
- Fourier Series of a Triangle Wave
- Overtone Spectrums and Fourier Series
- Graphical Interpretation of Fourier Series Integrals
Lesson 1.2 - AC Signals
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3
Videos
3
Videos
- Spectral Analysis
- Spectral Analysis Examples
- Filters applied to Frequency spectra
Lesson 1.3 - AC Signals
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4
Videos
4
Videos
- Construction of a Guitar Pickup
- Electrical Model of a Guitar Pickup
- Guitar Pickup Analysis Continued (wr Q)
- Frequency Response of a Guitar Pickup
Lesson 2.1 - Loudspeakers and Radiation RC
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2
Videos
2
Videos
- Loudspeaker Radiation and Directionality
- Loudspeaker Radiation, Continued
Lesson 2.2 - Loudspeakers and Radiation RC
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2
Videos
2
Videos
- Electromechanical Model of a Loudspeaker
- Loudspeaker and Transducer Parameters
Review
-
1
Assignment
1
Assignment
- Test for Weeks 3 and 4
Lesson 1 - Closed Box Loudspeaker Design RC
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3
Videos
3
Videos
- General Guidelines
- Closed Box Design
- Design Tools and Conclusions
Lesson 2 - Ported Loudspeaker Design
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5
Videos
5
Videos
- Model of a Ported Loudspeaker
- Design of Loudspeaker Port
- Design Tradeoffs
- Port Design Parameters
- Comparison of Closed Box and Ported Designs
Lesson 1.1 - Guitar Pickup and Effects Analysis MB
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4
Videos
4
Videos
- Volume and Tone Control
- Tone Control and Pickup Analysis
- Tone Control and Pickup Analysis, Continued
- RLC Bandpass Filters
Lesson 1.2 - Guitar Pickup and Effects Analysis MB
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4
Videos
4
Videos
- Graphic Equalizers and Octave Filter Banks
- Graphic Equalizer Simulation
- Wah Pedal Circuit Analysis
- Wah Pedal Circuit Analysis, Continued
Lesson 2.1 - Design and Construction of a Guitar Amplifier MB
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3
Videos
3
Videos
- Design Overview and Tone Control Analysis
- Tone Control Analysis Continued
- Distortion Stage Analysis
Lesson 2.2 - Design and Construction of a Guitar Amplifier MB
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3
Videos
3
Videos
- Distortion Stage Analysis, Continued
- Cabinet Design for the Guitar Amplifier
- Practical Considerations in Constructing the Amplifier
Review
-
1
Assignment
1
Assignment
- Final Exam
Auto Summary
Embark on a captivating journey into the world of audio and music engineering with the "Fundamentals of Audio and Music Engineering: Part 1 Musical Sound & Electronics" course. This professional-level program is designed for those passionate about the intersection of science, engineering, and music. Guided by expert instructors from Coursera, learners will delve into the foundational concepts of acoustics and electronics. The course covers essential topics such as sound waves, musical sound, basic electronics, and the practical application of these principles in designing amplifiers and speakers. With a comprehensive duration of 840 minutes, this course offers an in-depth exploration suitable for both beginners and professionals looking to enhance their knowledge and skills in musical sound and electronic instruments. Flexible subscription options, including Starter and Professional plans, make it accessible for various learning needs. Whether you're an aspiring audio engineer, a music enthusiast, or a professional seeking to deepen your technical expertise, this course offers valuable insights and hands-on knowledge to help you create and understand musical sound with electronic instruments. Join now and amplify your understanding of audio and music engineering!
Robert Clark
Mark Bocko