AI Creative Tech Lead — Generative Art & Systems

Salesforce; Ciudad de México; Vor Ort; MXN 900.000 - 1.300.000; Vollzeit

Zusammenfassung

Salesforce in Mexico City is seeking an AI Lead, Creative Technology & Systems to drive the next generation of visual production. You’ll blend cinematic artistry with generative AI, overseeing concepting, prompting, and pipeline engineering to deliver high-end visuals and 4K outputs at enterprise speed.

Reporting to the Senior Manager of Motion Design, you’ll direct art direction, prototype styles, and quality control across motion and static touchpoints while accelerating the MXC cell’s

Qualifikationen

• 7+ years as a Commercial Director, Head of AI, or Lead AI Artist in top production houses or agencies.
• Deep command of generative AI tools for photorealistic imagery and video synthesis.
• Hybrid art direction with strong storytelling, framing, lighting and cinematic sensibility.
• Experience collaborating with creative teams and translating ideas into technical workflows.
• Professional fluency in English to align with global stakeholders.

Aufgaben

• Conceptualize disruptive visuals blending cinematic aesthetics with generative tech.
• Master advanced prompting and build image/video pipelines across tools.
• Direct end-to-end visual direction, finishing, and quality control for consistency.
• Act as a production engine across the MXC cell to accelerate ideas to assets.

Kenntnisse

Film Direction

Generative Artistry

AI Tools Mastery

Storytelling

Executive Communication

Tools

Midjourney

Kling

ChatGPT

Runway

ComfyUI

Jobbeschreibung

Salesforce in Mexico City is seeking an AI Lead, Creative Technology & Systems to drive the next generation of visual production. You’ll blend cinematic artistry with generative AI, overseeing concepting, prompting, and pipeline engineering to deliver high-end visuals and 4K outputs at enterprise speed.

Reporting to the Senior Manager of Motion Design, you’ll direct art direction, prototype styles, and quality control across motion and static touchpoints while accelerating the MXC cell’s