MUM2600C – Sound Recording 1 is a 3-credit introduction to audio recording: microphones and their placement, signal flow, the recording console and workstation, tracking, overdubbing, and mixdown. The C suffix indicates an integrated laboratory, and in this subject the studio is the course.
The MUM prefix denotes music business and technology, and that framing matters: this course approaches recording from the musician's side. The material overlaps substantially with DIG2251C Digital Audio I, which approaches the same technology from digital media — but the emphasis differs. A music-side recording course spends more time on capturing acoustic instruments and ensembles, on serving a musical performance, and on the working relationship between engineer and musician; a media-side course spends more on sound for picture, dialogue, and design.
Content covers acoustics and sound — waveform, frequency, amplitude, phase, and how sound behaves in a room; hearing and psychoacoustics; signal flow — source through preamp, converter, workstation, bus, and monitor, and the concept on which all troubleshooting depends; microphones — dynamic, condenser, and ribbon; polar patterns; frequency response; and selection for a source; microphone technique — distance, proximity effect, stereo pairs, and placement for voice, guitar, piano, drums, strings, and horns; the studio environment — isolation, treatment, headphone monitoring, and cue mixes; gain staging — levels, headroom, and noise floor; the digital audio workstation — session setup, tracking, punch-in, comping, and editing; multitrack recording — tracking order, overdubbing, and session workflow; processing — equalization, compression, gating, reverb, and delay; mixing — balance, panning, depth, and bus structure; phase and polarity — multi-microphone problems and their solutions; an introduction to mastering; delivery — formats and loudness; and the professional context — session conduct, documentation, copyright, and the working relationship with artists.
Offered at Florida institutions with music technology and recording programs.
Florida's audio market is stronger than its reputation and concentrates in specific sectors: Central Florida themed entertainment (show audio and maintenance at the parks and their vendors, year-round with benefits), the cruise industry out of Miami and Port Canaveral, the very large convention and corporate events business in Orlando and Miami Beach, and a substantial Miami music production scene, particularly in Latin music, which is a genuine specialty market with international reach.
Worth checking before registering. MUM2600 runs at 3 credits as "Sound Recording I" (Gulf Coast State) and "Basic Audio Recording Technique" (Florida SouthWestern, as MUM2600C), and at 2 credits as "Professional Digital Audio Workstation" at State College of Florida — which is a software-focused course rather than a microphone-and-console one. SCNS equivalency applies to the same number at the same level, never across numbers, and here the number matches while the emphasis does not. Read your own institution's description.
Note also the overlap with DIG2251C Digital Audio I, which teaches much of the same technology from a digital media rather than a music perspective. Some programs require both; some treat them as alternatives. Ask, rather than assuming one covers the other.
The central craft point of a music recording course, and the one that separates it from a plugin tutorial. The single largest determinant of a recorded sound is where the microphone is — moving a microphone six inches changes the sound more than any equalizer will, and it costs nothing.
Two principles worth internalizing. Distance sets the balance of direct sound to room sound, which is why a close microphone sounds intimate and a distant one sounds like the room. And every instrument radiates differently in different directions — a guitar sounds different at the twelfth fret than at the bridge, a saxophone does not project mainly from the bell. The productive practice is to listen where the microphone will be, move your own head around the instrument first, and put the microphone where it sounded best. Students who reach for a plugin before moving the microphone have the workflow backward.
The technical issue that most often ruins a beginner's multi-microphone recording without being noticed during tracking. When two microphones capture the same source at slightly different distances, the sound arrives at different times, and combining them causes frequency cancellation — the classic symptom being a recording that sounds thin, hollow, or missing its low end for no apparent reason.
The practical defenses: the 3:1 rule (place the second microphone at least three times the source-to-first-mic distance away), check mono — summing to mono makes cancellation obvious immediately — and use the polarity invert switch and listen for which position has more low end. Drum kits are where this bites hardest, since a kit may have six or more microphones on one instrument. This is also why the concept is worth understanding rather than memorizing: no plugin fixes it after the fact.
The most actionable advice in this course. Studio time is limited, shared, and scheduled, and students who use only their assigned lab hours get a fraction of the practice available. Those who sign up for every open slot, come in to try one microphone placement, and record friends' projects develop far faster.
Two additional routes worth taking. Volunteer to record other students' recitals, juries, and ensembles — music departments always need this, it builds your portfolio, and it puts you in front of faculty. And assist on anything; in the professional world engineers come up through assisting, and the habits it teaches — arriving early, setting up before being asked, documenting the session, staying quiet during takes — are exactly what gets someone hired.
The part of the job textbooks underweight and that determines who works repeatedly. A recording session is a performance situation, and performers are exposed: they are being scrutinized, they are usually nervous, and a click track and headphones make everything harder. The engineer sets the emotional temperature of the room.
Specifics that matter: get the headphone mix right and get it right quickly, because a performer who cannot hear themselves will not play well and will not know why; be efficient with technical problems and never make the musician wait while you troubleshoot in silence; do not criticize a performance — that is the producer's or the artist's role; and know when to stop, because takes usually get worse after a certain point. Engineers get rehired for being calm, prepared, and pleasant at least as often as for technical brilliance.
Career-durability advice. Specific consoles, interfaces, and plugin suites change; signal flow, gain staging, microphone technique, phase, and the physics of sound do not. An engineer who understands principles can walk into an unfamiliar studio and work; one who has memorized one DAW's menus cannot.
The corollary for employability: name the systems you actually know on a résumé — Pro Tools in particular is still the studio and post-production standard and is named in job postings — while being able to explain the underlying concepts in an interview. And build a portfolio from the first term: a few well-recorded, well-mixed tracks with a note on what you did are worth more than a transcript in this field.
The MUM prefix covers music business and technology. This course sits alongside MUM2603 (studio maintenance) and other MUM numbers for music business, publishing, and production, and overlaps DIG2251C on the digital media side. Some institutions carry audio under MUMC, RTV (broadcast), or FIL (film) prefixes depending on the program it serves. SCNS equivalency applies to the same number at the same level, never across numbers — and given the credit and content variation on this number, confirm both before assuming a substitution.
Generated September 1, 2026 · Updated September 1, 2026