1. A specialized ModernBERT scorer
The production evaluator uses a fine-tuned ModernBERT encoder and a multi-head scorer trained to predict four explicit 1-to-5 job-fit signals rather than one opaque output.
job-eval.com is powered by a specialized ModernBERT-based scoring model built for resume-to-job-description evaluation. It is not a generic prompt wrapper around an expensive frontier model.
The production evaluator uses a fine-tuned ModernBERT encoder and a multi-head scorer trained to predict four explicit 1-to-5 job-fit signals rather than one opaque output.
The model scores requirement coverage, seniority fit, domain alignment, and ATS-style keyword overlap separately. The product then surfaces the average while keeping the sub-scores visible.
Instead of relying on another model to “explain” the result after the fact, the system uses the trained pooler attention from the scorer itself and aggregates it into readable paragraph-level evidence.
Frontier models are powerful, but they are expensive, less predictable in repeated screening workflows, and harder to operationalize for a narrow scoring problem. job-eval.com takes the opposite approach: train a dedicated model for a dedicated task, then expose the evidence behind the score.
The shipped production scorer is the phase 5 checkpoint. It keeps the phase 4 architecture, but improves fit quality while widening the attention maps so the explainability view is actually readable in a product UI.
The product surface is intentionally clear, but the underlying system is grounded in a trained ModernBERT architecture, explicit scoring heads, and a documented explainability method.