Photographer

About this opportunity

Role Title: Photographer

Role Type: Contractor.

Location: United States (Remote)

micro1 is engaging Photographers to support a customer’s initiative focused on evaluating and enhancing visual data quality. In this role, you'll apply your expertise to help train next-generation AI systems. Your work will shape how models learn, reason, and perform through high-quality, real-world input. No prior experience in AI is required — your domain knowledge is what matters. This engagement focuses on detailed evaluation and comparison of original photographs against AI-generated images, requiring both creative insight and technical precision.

Scope of Work

• Upload your own original photographic content through a secure digital platform.

• Systematically compare your images with AI-generated counterparts, noting differences and identifying visual flaws or artifacts.

• Utilize your technical vocabulary to document findings regarding image quality, lighting, composition, perspective, texture, and potential anomalies.

• Provide clear, concise written feedback on detected issues, ensuring accuracy in your descriptions.

• Participate in iterative review cycles, revisiting images and adjusting feedback based on evolving project guidelines.

• Collaborate through written and verbal channels for clarification, discussion, and knowledge sharing as needed.

• Maintain profile information to support project tracking and communication.

Preferred Qualifications

• Demonstrated background in photography, digital imaging, photo editing, graphic design, or a related creative discipline.

• Exceptional eye for detail and a meticulous, methodical working style.

• Strong written English skills, with the ability to communicate findings clearly, free from spelling or grammar errors.

• Experience with image evaluation, annotation, or quality assurance for digital or AI-driven projects is preferred.

Check the original posting for the complete requirements and current terms before applying. Applications are handled by MICRO1.