Original practice files, a complete reading edition, and useful references. Download once and learn at your own pace.
Three motion-study clips, color-study stills, a transparent lower third, clean and noisy narration, test audio, sample captions, and a getting-started guide. All practice content was made for this course.
Download practice kitSynthetic technical material. Use your own camera footage for RAW, tracking, keying, depth, and real-world grading assignments.
Read the entire original course in a clean, print-friendly document. Includes every workflow, assignment, mistake to avoid, and knowledge check. Use your browser’s Print command to save a PDF.
Open the course handbookThe same original synthetic narration, clean and with added noise. Import both into Fairlight to compare processing at matched listening levels.
Read, perform the workflow, complete the exercise, and explain the result in your own words. The lesson times are suggested practice windows, not video durations. The six projects help you apply skills across pages.
Choose a portfolio projectThe opacity information in an image. A partially transparent edge has intermediate alpha values.
The relationship between frame width and height, such as 16:9 or 9:16.
A project container for organizing media. It does not move the physical files.
The number of bits used to represent signal values; higher depth can describe finer steps.
An audio route that combines signals for shared processing or output.
A way of storing less color detail than brightness detail, often described as 4:2:2 or 4:2:0.
The method used to encode and decode a video or audio stream.
A definition of color coordinates and associated signal interpretation.
Rebuilding and checking a timeline against an editorial reference and source media.
A file structure such as MOV or MP4 that holds encoded streams and metadata.
The span between dark and bright signal information that a system can capture or reproduce.
How many image frames are shown or recorded per second.
The range of colors a color system can represent or reproduce.
Unused source frames outside a clip’s current timeline selection.
High dynamic range imaging and display workflows with output-specific requirements.
Incoming sound begins before the corresponding incoming picture.
A stored parameter value at a particular time, used to define animation.
Outgoing sound continues after the picture has cut to the next shot.
A lookup table that maps input values to output values under particular assumptions.
A unit used to describe measured audio loudness relative to full scale.
A selection or transparency signal that controls where an operation applies.
A processing operation connected to other operations in a graph.
Estimated motion used to interpolate or transform frames; difficult motion can produce artifacts.
A lighter alternate version of source media used to improve editing performance.
A selection based on pixel characteristics such as hue, saturation, or luminance.
Camera sensor-derived source data that requires interpretation into a viewable image.
Stored processed frames used to avoid repeatedly calculating expensive effects.
A trim that changes duration and shifts participating downstream material.
A trim that moves a shared edit boundary while preserving combined duration.
The background sound of a recording environment, used to preserve continuity.
An image-processing approach that relates working values to the captured scene before display rendering.
Changes the source frames inside a timeline clip without moving its position or duration.
A grouped audio deliverable, such as dialogue, music, or effects.
A frame-addressing convention used to identify locations and align material.
An operation changing image geometry or mapping values between signal representations.
An estimate of peaks between digital samples, relevant to output headroom.
A scope that displays color direction and saturation relationships.
A scope showing signal brightness distribution across horizontal image position.
Default DaVinci Resolve keyboard preset. Confirm your mappings in Keyboard Customization if they differ.
| Action | Shortcut | Use |
|---|---|---|
| Play / stop | Space | Preview a change |
| Reverse / stop / forward | J / K / L | Review footage |
| Mark In / Out | I / O | Select a source range |
| Selection mode | A | Select and move clips |
| Blade mode | B | Split clips on Edit |
| Trim edit mode | T | Refine edit points |
| Snapping | N | Align edits |
| Add marker | M | Leave a note |
| Save | ⌘ S / Ctrl S | Save the project |
| Undo | ⌘ Z / Ctrl Z | Reverse an edit |
Check the file still exists, the drive is mounted, and Resolve has access. Relink to its real location, then verify the take, timecode, and duration. If paths are correct, investigate codec support or a damaged file.
Compare original and proxy playback, bypass expensive effects, and lower preview resolution for a controlled test. Check storage speed and available cache space. Use render cache for expensive processing; verify final export media choices.
Check clip and track mute, track routing, bus output, monitoring device, and source channel mapping. Follow the meters from clip to main output before changing export settings.
Confirm the output transform and color tags, then compare in a color-aware playback path. Check monitoring and operating-system behavior before changing the grade to compensate.
Check source handles on both clips. A clip at its media boundary has no extra frames to contribute. Trim inward, change the transition, or choose a different shot.
Check which node is displayed in the viewer, trace the connections to MediaOut, inspect Merge input order, and confirm the active frame range. Disable nodes individually to isolate the problem.
Written for desktop DaVinci Resolve Studio 21, with version 21.1 and 21.1.1 workflow notes. Release information checked 9 October 2026. Hardware, codec, and operating-system capabilities vary. This is an original independent practical course, not an official certification or an exhaustive parameter reference.
Lesson text, how-to guides, quizzes, assignments, and practice visuals are original. Interface images are genuine software screenshots from Blackmagic Design’s DaVinci Resolve 21.1 reference manual, September 2026, with the source page credited beside each image. They are hosted locally. Simple text workflow sequences explain processes; they do not imitate the interface. Header photograph: Francesco Ungaro, Unsplash License. DM Sans and Manrope fonts are stored locally under the SIL Open Font License. Synthetic narration is identified as such in the practice kit.
Fact-checking references: Blackmagic Design’s Resolve 21 product information, September 2026 support release information, and its October 2026 announcement of 21.1.1. You can complete the learning path without leaving this site. Learn advanced source-specific techniques using your own suitable footage.