Tyler Wynn
Central Piedmont Community College offers a range of audio engineering programs, including Audio Visual and Sound Engineering and Audio and Video Production Technology. These programs are designed to provide students with the knowledge and skills necessary for a variety of media-related careers. The Audio Visual and Sound Engineering program covers topics such as recording studio equipment, audio consoles, multi-track recording, and post-production editing techniques. The Audio and Video Production Technology program focuses on building skills in audio production, editing, videography, camera operation, and lighting. Both programs offer flexible class options, including online, evening, and weekend courses.
| Characteristics | Values |
|---|---|
| College Name | Central Piedmont Community College |
| Course Name | Audio Visual and Sound Engineering |
| Course Type | Non-degree, continuing education course |
| Course Focus | Artistic and operational view of audio-visual and sound engineering |
| Topics Covered | Recording studio, audio consoles, equipment, echo chambers, multi-track recording, post-production editing techniques, etc. |
| Course Format | Lectures with limited in-class application |
| Course Outcome | Fundamental understanding of recording equipment and the AV & sound engineering industry |
| Cookies Used | Strictly necessary, performance, functionality |
| Browser Control | Manage and delete cookies through browser settings |
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What You'll Learn
Audio Visual and Sound Engineering Certificate Program
Central Piedmont Community College offers non-degree Audio Visual and Sound Engineering Certificate Programs. The program offers a progressive series of continuing education courses that teach audio-visual and sound engineering from artistic and operational viewpoints. Students will have the opportunity to explore the recording studio, audio consoles, equipment, and echo chambers, and apply multi-track recording and post-production editing techniques.
The Audio and Video Production Technology program at Central Piedmont prepares students to work in a variety of media-related careers. The college offers online, evening, and weekend classes that provide career training and personal enrichment programs for all levels. Students can learn from expert instructors in a dynamic learning environment and network with like-minded people.
There are several other audio-visual certifications that can be earned to advance one's career or expand their knowledge. SynAudCon's Course 50, for example, is a foundational certification program that teaches the terminology and principles of sound systems through 35 instructional videos. The Electronics Technicians Association (ETA) International also offers a Commercial Audio Technician certification that prepares individuals to design, install, and troubleshoot speech and music sound systems.
The Society of Broadcast Engineers (SBE) offers a Certified Audio Engineer (CEA) certification for individuals with five years of suitable experience in audio/video engineering or related technology. The exam consists of 50 multiple-choice questions covering the equivalent of five years of experience.
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Fundamentals of analog and digital audio
Central Piedmont Community College offers non-degree audio engineering courses that cover both artistic and operational aspects of the field. The courses explore topics such as recording studios, audio consoles, equipment, and echo chambers, as well as multi-track recording and post-production editing techniques.
Now, let's delve into the fundamentals of analog and digital audio:
Analog Audio:
Analog audio deals with continuous physical waveforms of sound that are converted into electrical representations by devices like microphones. These electrical signals are then amplified and converted back into physical waveforms through loudspeakers for reproduction. Analog audio retains its wave-like characteristics throughout storage, transformation, duplication, and amplification. However, analog signals are susceptible to noise and distortion due to the limitations of electronic circuits and associated devices.
Digital Audio:
Digital audio, on the other hand, represents sound in a digital form. It involves converting the continuously varying analog signal into a stream of digits using an Analog-to-Digital Converter (ADC). This process is known as sampling, where multiple "snapshots" of the audio signal are captured over time. Each snapshot is then measured for its amplitude (loudness) in a process called quantization. These numerical samples are then stored and can be converted back into sound waves using a Digital-to-Analog Converter (DAC).
Sampling and Sample Rates:
The quality of digital audio heavily depends on the sample rate, which is measured in Hertz (Hz) or cycles per second. The sample rate represents the number of samples captured per second, and higher sample rates allow for higher audio frequencies to be represented accurately. For example, a sample rate of 44,100 Hz is used for CD audio.
Bit Depth:
Bit depth, or sample format, refers to the number of computer bits used to represent each sample. It determines the accuracy of representing the amplitude of each audio sample. A higher bit depth provides a wider range, allowing for smoother transitions from soft to loud sounds.
Digital Audio Applications:
Digital audio offers several advantages over analog, including the ability to make infinite copies without degradation of signal quality. Digital audio files can be easily distributed online and through streaming services like Spotify and Apple Music. Additionally, various digital effects can be applied to enhance the recordings, such as simulating reverberation or changing pitch.
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Recording studio equipment
Central Piedmont Community College offers non-degree continuing education classes in audio-visual and sound engineering. The program allows students to explore recording studios, audio consoles, equipment, and echo chambers, and apply multi-track recording and post-production editing techniques.
- Audio Interface: An audio interface is crucial for connecting musical instruments and microphones to a computer-based recording system, also known as a DAW (digital audio workstation). Audio interfaces can range from small, affordable models with a few inputs to large professional interfaces with multiple inputs and advanced features.
- Microphones: Microphones are essential for capturing vocals, acoustic instruments, guitar amplifiers, and drums, among other sound sources. The choice of microphone depends on the specific application and budget. Condenser microphones are typically used in professional studios, while USB microphones are a budget-friendly option for streaming and podcasting.
- Studio Monitors: Studio monitors, or speakers, are used to accurately reproduce the sound being recorded or mixed. They are designed to provide a flat frequency response, ensuring that the sound is not coloured or altered. Investing in high-quality studio monitors is essential for producing reliable mixes that translate well across different playback systems.
- Headphones: High-quality headphones are crucial for both tracking and listening tasks. They allow for focused and detailed listening, ensuring that nuances in the recording can be heard and adjusted as needed.
- Mixers: Mixers, or mixing consoles, are used to combine, route, and adjust the levels of multiple audio signals. They provide control over the volume, panning, and equalization of individual tracks, allowing for a balanced and cohesive final mix.
- Software: Recording studios utilize software, such as DAWs, to record, edit, and mix audio. DAW software can range from basic to advanced, offering various features and functionalities to suit different production needs.
This list covers some of the fundamental equipment found in a recording studio. Depending on the studio's scope and specific requirements, there may be additional specialized gear, such as audio recorders, streaming equipment, signal processors, power conditioners, and more.
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Career training and personal enrichment
Central Piedmont Community College offers career training and personal enrichment programs for all levels. The college provides a dynamic learning environment and the opportunity to network with like-minded people. With hundreds of non-degree continuing education classes, students can choose from online, evening, and weekend options.
The Audio Visual and Sound Engineering program is a non-degree, continuing education course that offers an artistic and operational view of the field. Students will explore the recording studio, audio consoles, equipment, and echo chambers, and apply multi-track recording and post-production editing techniques. The course introduces the recording studio, the music industry, and the fundamentals of analog and digital audio. Students will learn about the nature of sound, hearing, and the decibel system, as well as recording studio acoustics and design.
The Audio and Video Production Technology program prepares students for a variety of media-related careers. It builds skills in audio production, editing, videography, camera, and lighting. The curriculum provides competency-based knowledge, scientific and artistic principles, and hands-on fundamentals associated with the digital communication and media industry. Students will gain content creation and production skills, helping them find employment in the digital, new media economy.
The college also offers an Associate in Applied Science in audio and video production technology, as well as a certificate in digital film and videography. These programs provide industry-focused career training and personal enrichment opportunities. Financial aid and scholarships are available for eligible students.
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Online, evening, and weekend classes
Central Piedmont Community College offers online, evening, and weekend classes for those interested in audio engineering. These non-degree continuing education courses provide an artistic and operational view of audio-visual and sound engineering. The courses cover topics such as recording studio techniques, audio equipment, and multi-track recording and post-production editing techniques.
The online, evening, and weekend classes offer flexibility for students who wish to pursue their passions while also accommodating work or other commitments. The college emphasizes the importance of learning in a dynamic environment and encourages students to explore a wide range of interests.
While the audio engineering courses do not lead to a degree, they can provide valuable career training and personal enrichment. Students can enhance their resumes, develop new skills, and explore creative pursuits through these non-degree programs. The courses are designed to cater to various levels, from beginners to those seeking advanced knowledge in the field.
In addition to the flexibility of timing, Central Piedmont Community College also offers in-person classes and labs for those who prefer a more traditional learning environment. Students can benefit from expert instructors, a vibrant campus life, and networking opportunities with like-minded individuals sharing similar interests. The college also provides resources such as career counselling and academic advising to support students in their educational journey.
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Frequently asked questions
Yes, Central Piedmont Community College offers Audio Engineering programs that cover audio-visual and sound engineering.
The programs introduce students to recording studios, audio consoles, equipment, and echo chambers. Students also learn about the music industry, the fundamentals of analog and digital audio, and the theoretical and practical background knowledge necessary to begin their training as an AV & sound engineer.
Yes, the programs offer a progressive series of non-degree, continuing education courses. Students can explore the recording studio, audio consoles, equipment, and apply multi-track recording and post-production editing techniques.
No, the Audio Engineering programs at CPCC are non-degree continuing education courses. However, CPCC offers an Associate in Applied Science in audio and video production technology, which may be relevant for those interested in sound engineering.
Yes, financial aid and scholarships are available for the Audio Engineering programs at CPCC. You can contact the college for more information on financial assistance.
