Remote Health Informatics Analyst for AI Evaluation

Alignerr Corp.; Brisbane; Remote; AUD 55,000 - 96,000; Part time

Job summary

Alignerr is seeking a Health Informatics Analyst to evaluate and improve AI systems trained on healthcare data. You will work remotely with a flexible schedule, applying domain expertise to how AI understands clinical information and EHR workflows.

Responsibilities include analyzing AI outputs, assessing data quality, and providing actionable feedback to improve model performance. You will work independently and asynchronously on task-based assignments, focusing on healthcare informatics

Qualifications

• Experience with healthcare data, electronic health records (EHR), or clinical reporting platforms.
• Background in health informatics, clinical data, or a related field.
• Comfortable evaluating data quality, reporting accuracy, and system logic.

Responsibilities

• Analyze and evaluate AI-generated outputs related to healthcare data, EHR workflows, and clinical decision-making.
• Review and assess the accuracy, completeness, and quality of health information system descriptions and outputs.
• Identify errors, gaps, or misleading information in AI-generated clinical and operational content.
• Apply your expertise to provide structured, actionable feedback that improves AI model performance.
• Evaluate data pipelines, reporting logic, and health informatics concepts for technical correctness.
• Work independently and asynchronously on task-based assignments.

Skills

Healthcare data

EHR knowledge

Clinical reporting

Data quality evaluation

Tools

HL7

FHIR

Job description

Alignerr is seeking a Health Informatics Analyst to evaluate and improve AI systems trained on healthcare data. You will work remotely with a flexible schedule, applying domain expertise to how AI understands clinical information and EHR workflows.

Responsibilities include analyzing AI outputs, assessing data quality, and providing actionable feedback to improve model performance. You will work independently and asynchronously on task-based assignments, focusing on healthcare informatics