AIML - Applied AI Scientist, Image Autograder Systems, Evaluation

Summary

We are looking for an AI Scientist to join a centralized evaluation organization building the next generation of autograders across Apple's most visible image generation AI features.
In this role, you will develop autograders that reliably score image output quality at scale.
Your work directly influences the quality of AI experiences used by hundreds of millions of Apple customers.

This is a high-impact individual contributor role at the intersection of genAI evaluation, genAI model training, data quality, and AI engineering.
You will work closely with senior AI scientists, MLEs, data annotation teams, and feature engineers in a fast-moving, technically rigorous environment.

Description

In this role you will focus on Autograder research, training and adoption.
Collaborate with AI feature teams, eval design teams, and annotation teams to refine feature requirements, grading rubrics and gold annotation sets.
Develop, evaluate, and iterate on grading prompts to align autograder behavior with grading rubrics and the gold sets.
Identify when prompt tuning reaches its limits and apply other advanced techniques such as fine-tuning to close remaining grading accuracy gaps.
Design insightful analysis to measure and explain Autograder quality.
Collaborate with MLEs and feature teams on autograder deployment and adoption.
Develop scalable system to speed up autograder training processes.

Preferred Qualifications

1+ years of industry experience in building VLM-based products.
Familiarity with autograder and evaluator-specific concepts: grading accuracy, agreement with human raters, calibration, and rubric design.
Strong expertise in prompt tuning and fine tuning for VLMs.
Demonstrated ability to read AI literature and translate it into applied autograder experiments.
Prior experience in building agentic system to scale autograder training/validation.

Minimum Qualifications

Master's or PhD in Computer Science, Machine Learning, Artificial Intelligence, or a related field.
Deep understanding of visual-language models.
Familiarity with image quality assessment - perceptual quality dimensions, evaluation metrics, and rubric design.
Proficiency in Python; capable of writing well-structured, production-ready model code.
Strong communication skills in explaining autograder quality and driving autograder adoption with partner teams.