As a Biology Specialist, you will evaluate AI-generated responses to scientific questions, investigate technical inaccuracies, and provide structured feedback to improve model performance and scientific reasoning.

• Test AI models using theoretical biology questions and realistic laboratory or research scenarios.

• Evaluate responses across relevant disciplines, including cell biology, molecular biology, genetics, physiology, ecology, evolutionary biology, immunology, neurobiology, developmental biology, and biochemistry.

• Assess scientific reasoning related to signal transduction, gene expression, protein folding, microscopy techniques, cloning methods, CRISPR and genome editing, laboratory protocols, and biosafety procedures.

• Review explanations concerning biological systems and their roles in health and disease.

• Verify factual accuracy, scientific validity, and logical consistency in AI-generated answers.

• Identify and document model failure modes, including incorrect scientific claims, flawed assumptions, and gaps in reasoning.

• Capture reproducible error traces and explain why specific responses are inaccurate, incomplete, or misleading.

• Recommend improvements to prompts, evaluation criteria, and testing methodologies to strengthen scientific reasoning.

• Communicate your reasoning clearly by outlining relevant evidence, assumptions, and the steps supporting your conclusions.

Requirements:

The ideal candidate has advanced knowledge of biology or a closely related life-science discipline, combined with strong analytical skills and the ability to explain complex scientific concepts in a structured, evidence-based manner. Research experience and practical laboratory expertise are valuable assets.

• A PhD in biology or a closely related life-science field is preferred.

• Strong knowledge of one or more biological specialties, such as cell biology, molecular biology, genetics, physiology, ecology, immunology, neurobiology, developmental biology, evolutionary biology, or biochemistry.

• Experience in scientific research, wet-lab experimentation, field research, laboratory diagnostics, or related practical projects is an advantage.

• Peer-reviewed publications or other evidence of scientific expertise are beneficial.

• Familiarity with relevant techniques and concepts, such as gene expression, protein folding, microscopy, cloning, CRISPR, genome editing, laboratory protocols, and biosafety procedures.

• Strong analytical and critical-thinking skills, with the ability to identify scientific inaccuracies and evaluate complex reasoning.

• Excellent written communication skills and the ability to explain scientific concepts step by step.

• A meticulous, evidence-driven approach to evaluating responses and documenting errors.

• A secure computer and reliable high-speed internet connection for remote work.

Benefits:

• Hourly compensation: $8–$65 per hour, depending on experience, expertise, and geographic location. Final compensation may vary from the advertised range.

• Remote work: Work remotely.

• Freelance flexibility: Contribute as an independent contractor in a contract-based role.

• Scientific impact: Help improve the accuracy and reliability of AI systems working with biological and life-science knowledge.

• Expertise-driven work: Apply your scientific background to challenging theoretical questions and realistic research scenarios.

• Contribution to innovation: Support the development of AI tools with potential applications in scientific education, research, and laboratory workflows.

• Independent work setup: Use your own secure computer and high-speed internet connection.

• Contractor benefits: Company-sponsored health insurance, paid time off, and other employee benefits are not provided.