20 tasks, each one witnessed by the sources that watched the job — and behind every one, a prompt you can use tonight.
You start by checking shots assigned to you in the project schedule and the notes from the supervisor. That means opening the current scene in the compositing tool (often Adobe After Effects) or the 3D pipeline, loading reference plates, and reviewing feedback from the last review session.
Most of the day you build or tweak effects: particle sims for smoke or snow, animated mattes, or compositing CG explosions into live footage. You render test frames, import into After Effects or Photoshop for cleanup, then upload versions to the review system before the daily client/team meeting.
You’ll use a mix: Adobe After Effects and Adobe Photoshop for compositing and cleanup; Adobe Illustrator or InDesign for client-facing layouts; AutoCAD Civil 3D for technical set or prop plans; and C++ if you write custom simulation plugins. macOS is common at studios for creative apps.
Studios also run render farms and pipeline tools (asset managers, version control). Learn how to export image sequences, EXRs, and manage config control so multiple artists don’t overwrite files.
Start with basic tutorials in After Effects and Photoshop to learn compositing, layers, and keyframes. Practice by recreating simple effects: rain, fire overlays, and motion graphics. Follow step-by-step projects and save every file with clear version names.
Then learn modeling basics and simple simulations in a 3D app (many free student versions exist). Study real-world reference—video of explosions, weather, or vehicles—to make effects look realistic. Build a small Reel with 3–5 strong shots showing different skills.
An FX artist focuses on dynamic effects: explosions, smoke, rain, animated destruction, and particle simulations. They build and control moves like a car appearing to drive itself or blowing up a model. A 3D modeller makes static geometry and textures for characters or props.
A VFX supervisor oversees the whole visual effects process: planning, technical decisions, and client meetings about deadlines. FX artists report to leads and supervisors and execute the technical, hands-on work rather than managing the whole pipeline.
AI can speed tasks like rotoscoping, clean plates, or generating base textures, but treat outputs as starting points. Always check the frame-by-frame accuracy and edit by hand in After Effects or Photoshop when needed, because AI can introduce artifacts.
Don’t rely on AI for dangerous tasks (pyrotechnics or animatronics control) or where legal/ethical clearance is required. Keep a clear version history and document sources so clients and supervisors know what was AI-assisted.
The U.S. Bureau of Labor Statistics (BLS) reports for this SOC (27-1014.00) about 19,970 employed, with a median wage of $102,030 per year. The lowest tenth earns about $58,600 and the top tenth about $177,110 per year, according to BLS (2025).
Entry-level or freelance rates vary by location and project. Big studio or specialized technical roles that require C++ or pyrotechnics/animatronics experience tend to pay toward the higher end.
Technical mastery of your tools (After Effects, Photoshop, and the studio’s 3D/simulation tools) and a habit of saving clean, versioned files are basics. Great artists also study real-world physics and reference—how smoke moves, how rain hits surfaces—and translate that into believable timing and scale.
Communication matters: you must take feedback, update shots under deadline, and keep config control so your work integrates with others (render layers, EXR passes, asset names). Knowing some C++ or scripting helps when you need custom tools.