# Generating Job Recommendations for People With Schizophrenia Spectrum Disorder Using Gemini 2.0 Flash and Claude Sonnet 4: An Exploratory Analysis

## TL;DR

This study explores using AI to recommend jobs for people with schizophrenia but finds the recommendations are limited and biased toward simple roles.

## Contribution

The paper presents an exploratory analysis of LLM-generated job recommendations for schizophrenia patients, revealing significant bias and lack of personalization.

## Key findings

- Both Gemini and Claude models recommended mostly entry-level roles like clerical or library jobs.
- Recommendations showed little diversity and were influenced by stereotypes like age, gender, and language assumptions.
- Role settings uniformly suggested flexible schedules and minimal social interaction, with little tailoring to individual strengths.

## Abstract

Employment is a crucial part of recovery for individuals with severe mental illness. Individual placement and support (IPS) is the gold standard for vocational rehabilitation, yet IPS reaches only a fraction of who could benefit. Large language models (LLMs) have been proposed as potential tools for vocational guidance, but their utility for vulnerable populations is unknown. We conducted an analysis of LLM‐generated job recommendations for individuals with schizophrenia spectrum disorders, and for a matched control cohort without psychiatric diagnoses. We used discharge summaries from 450 patients with a primary diagnosis of schizophrenia spectrum disorder and 50 control cases in the MIMIC‐IV database, fitting three independent job recommendations per case with Gemini 2.0 Flash and Claude Sonnet 4. Recommendations were summarised as a frequency and LLM‐automated content analysis was used to analyse reasoning patterns, workplace accommodations, and alignment with supported employment principles. Both, Gemini and Claude, showed little diversity and strong bias toward entry‐level roles. In the schizophrenia cohort, Gemini mostly recommended data entry and other clerical jobs while Claude produced a similarly narrow pattern with the majority suggesting library‐related. The controls revealed comparable clustering, with Gemini defaulting to clerical work and medical secretary roles, and Claude to customer service. There was limited diversity in the role settings, which almost uniformly suggested flexible schedules and minimal social interaction. Nor was there diversity in how roles were tailored to patient strengths, qualifications, or prior experience; instead, demographic stereotypes such as age‐based framing, gendered role allocation, and assumptions about language skills often shaped the recommendations. Based on our data and procedures, preliminary evidence does not support immediate deployment of LLMs for job recommendations for the tested population; further evaluation is needed after integrating human oversight and bias‐mitigation steps.

This study explores the use of large language models (Gemini 2.0 Flash and Claude Sonnet 4) to generate job recommendations for individuals with schizophrenia spectrum disorders using de‐identified clinical data from MIMIC‐IV. Both models produced narrow, stereotyped, and deficit‐oriented outputs, largely limited to entry‐level roles. These findings highlight risks of bias in applying AI to vocational planning and underscore the need for IPS‐aligned design before real‐world deployment.