We’re looking for specialists who live and breathe antibiotic resistance, microbial genetics, bacterial pathogenesis, horizontal gene transfer, efflux pumps, resistance mechanisms, antimicrobial stewardship, and clinical microbiology. You’ll challenge advanced language models on topics like resistance gene detection, mechanisms of action, multidrug resistance, culture and sensitivity testing, PCR and qPCR methodologies, diagnostics, biosafety procedures, and resistance trends in public health—documenting every failure mode so we can harden model reasoning.
On a typical day, you will converse with the model on lab scenarios and theoretical microbiology questions, verify factual accuracy and logical soundness, capture reproducible error traces, and suggest improvements to our prompt engineering and evaluation metrics.
A PhD in microbiology, molecular biology, or a closely related life‑science field is ideal; peer‑reviewed publications, wet‑lab or clinical experience with antimicrobial resistance, or public health surveillance projects signal fit. Clear, metacognitive communication—“showing your work”—is essential.
