College application intensive

Pro Tools for Dolby Atmos Music Production

Learn immersive music as a translation discipline: configure the renderer, prepare stems, make defensible bed and object choices, automate a coherent three-dimensional image, check binaural and speaker playback, and deliver ADM BWF plus re-renders.

LevelBeginner to intermediate

Time26-30 hours

Structure6 modules + capstone

AssessmentPortfolio rubric

Completed outcome

Build and deliver a 3-4 minute Dolby Atmos music mix from supplied multitrack stems.

Six-module visual course map for Pro Tools for Dolby Atmos Music Production.

What you will be able to do

Explain beds, objects, renderer metadata, speaker layouts, re-renders, and ADM delivery.
Configure and audit an Atmos session without breaking the lab monitor path.
Translate a stereo production into an intentional spatial arrangement.
Use movement, depth, height, and width without weakening musical focus.
Evaluate speaker, binaural, stereo, and mono consequences before delivery.
Export and verify an ADM BWF master and required re-renders.

Lab access and prerequisites

Pro Tools Studio or Ultimate with the supported internal Dolby Atmos renderer configuration.
A pre-calibrated institutional 7.1.4 room and approved binaural headphone monitoring path.
Basic stereo mixing concepts including gain, buses, automation, EQ, dynamics, and stems.
At least 30 GB of working storage. Students must not modify room calibration or monitor routing.

Know the workspace by function

Conceptual functional workspace map for Avid Pro Tools with Dolby Atmos renderer. — This original diagram is intentionally version-neutral and does not imitate a proprietary application screenshot.

Version policy: concepts are version-neutral. Interface labels and shortcuts are verified against the institution-supported release and reviewed each academic term.

Required common orientation / 75 minutes

Professional Media Workflow Foundation

A reusable orientation to the habits that keep creative projects reproducible, reviewable, accessible, and safe to hand off.

Complete the shared foundation

Guided sequence

Six modules from setup to verified delivery

Module 1 / 3 hours

Understand the immersive production model

Build a mental model of channel-based beds, object audio, metadata, renderer outputs, monitoring formats, and the difference between creative placement and consumer playback.

Trace audio and metadata from Pro Tools to final render.
Distinguish beds, objects, groups, and re-renders.
Describe what binaural monitoring can and cannot predict.

Complete

Module 2 / 3.5 hours

Configure, route, and prove the Atmos session

Create a controlled Pro Tools Atmos session using the lab template, internal renderer, named paths, monitor formats, groups, and verification signals.

Configure the internal renderer and monitor format safely.
Route beds and objects with unambiguous names.
Detect missing, duplicated, or incorrectly mapped paths.

Complete

Module 3 / 3.5 hours

Prepare stems and build a stable spatial foundation

Clean, group, gain, and balance the supplied production before adding movement, then establish a coherent front, surround, and height foundation.

Prepare phase-coherent stems from a common start.
Choose beds or objects based on musical function.
Establish a static immersive balance that works before automation.

Complete

Module 4 / 4 hours

Compose movement, depth, and section contrast

Use three-dimensional panning and automation as arrangement tools, shaping attention and contrast across sections without causing distraction or translation failures.

Automate position with musically meaningful timing.
Create section contrast using density, width, depth, and height.
Preserve focal stability while secondary elements move.

Complete

Module 5 / 3.5 hours

Translate, meter, and quality-control the mix

Evaluate the Atmos mix across speaker, binaural, stereo, and mono renderings while controlling loudness, true peak, masking, phase, and listener fatigue.

Run repeatable multi-format listening comparisons.
Identify renderer, arrangement, and processing causes of translation failures.
Document loudness and peak behavior for the master and re-renders.

Complete

Module 6 / 3 hours plus capstone work

Export ADM, re-renders, and delivery evidence

Create the Atmos master and derived deliverables, inspect metadata and audio, reopen the package, and document enough evidence for a reliable handoff.

Export an ADM BWF with the required programme range.
Create named re-renders that match the delivery brief.
Verify the master by import, playback, metadata inspection, and documented QC.

Complete

Standardized coursework pack

Glass City Atmos stem pack

Lead vocal, backing vocals, drums, percussion, bass, guitars, keys, synths, ambience, effects, stereo reference, lyric sheet, arrangement map, mix notes, and ADM delivery brief. Approximately 18 GB after copying 48 kHz/24-bit consolidated stems.

Media access: the downloadable files define the required rights-cleared pack, checks, and evidence. Large application media must be distributed by the institution through its licensed learning or storage system.

Project brief Asset manifest Submission checklist Rubric CSV Instructor pacing guide Media-pack production guide Printable command reference

Portfolio assessment

Capstone: Glass City

Translate a supplied stereo-oriented production into a coherent 3-4 minute Dolby Atmos music master with stable anchors, purposeful spatial contrast, and documented translation.

Submit

Pro Tools Atmos session with configuration record
ADM BWF master
Required binaural and stereo re-renders
Bed/object and motion decision log
Four-format translation and loudness report
Archive manifest and five-minute walkthrough

Constraints

Do not modify lab calibration or physical monitor routing.
Every object and motion choice must have a musical reason.
Preserve a usable reduced-format hierarchy.
Verify the ADM in a clean session before submission.

100-point portfolio rubric for Pro Tools for Dolby Atmos Music Production
Criterion	Weight	Strong evidence	Revision needed
Creative and editorial judgment	25	Choices support the brief, audience, structure, and intended experience.	Choices appear arbitrary, obscure meaning, or do not answer the brief.
Technical execution	25	The project is controlled, internally consistent, and free from avoidable faults.	Errors in sync, routing, media, timing, levels, or settings weaken the result.
Workflow organization	15	Files, tracks, bins, versions, and media can be understood and relinked by another editor.	The project depends on undocumented locations, names, or destructive actions.
Application fluency	15	The student uses appropriate tools efficiently and can explain why each was chosen.	The workflow is unnecessarily slow, fragile, or based on trial and error.
Delivery and quality control	15	All deliverables meet the specification and are verified after export.	Required files, checks, metadata, access assets, or technical properties are missing.
Documentation and reflection	5	The decision log identifies evidence, revisions, limitations, and transferable learning.	Documentation lists actions without explaining decisions or unresolved risks.

Maintained source base

Official references

Use these sources to confirm current application behavior. Every lesson carries a visible review date and avoids presenting a menu location as a timeless principle.

Curriculum reviewed 2026-07-13.