Cinematic narrative motion and video editing under Simion's 1-on-1 guidance. Master AI video generation, temporal consistency, and sound sync pacing. Outstanding students get direct studio opportunities to work on commercial music clips and promo campaigns.
Visualizing the AI editing workflow. In this curriculum, you learn to stage narrative prompts for video diffusions, slice and stretch frames to match musical transients, and compose glowing cyberpunk UI overlays in post-production.
Harness generative AI video tools to generate visually consistent narrative scene loops, directing character motion and styles. Deliverable: A 30-second cinematic high-fidelity teaser sequence.
Slice and align video timelines manually to match music transients, drum hits, and audio peaks to achieve high-impact visual pacing. Deliverable: A rhythmically synchronized video clip edit.
Design futuristic overlay hud designs, apply color grading templates in DaVinci Resolve, and export formatted clips for platforms. Deliverable: A finalized commercial-grade video ready for publishing.
Direct complex narrative visual scenes and trailers in days rather than months, using highly consistent character and camera prompts.
Master the mathematics of music-to-frame matching to generate high-impact visual sequences synchronized directly to audio transients.
Create and embed glowing cybernetic HUD telemetry interfaces, track motion overlays, and apply premium color grading curves.
Crop, export, and encode video files to maintain absolute detail density across standard desktop and vertical mobile streaming feeds.
Produce cinematic-grade clips. Under Simion's direct 1-on-1 guidance, you will direct, edit, and grade these three specific video systems:
Assemble a 60-second sci-fi promotional trailer using consistent seeds, custom text-to-video prompt stacks, and deep ambient soundscapes.
Design a 2-minute dynamic music clip where video scene changes, camera pans, and speed ramps trigger on drum and synth transients.
Construct a loop clip featuring floating green and cyan user interface elements tracked onto dynamic 3D camera paths.