About this role
Role Overview
Apply cellular and molecular biology expertise to help train next-generation AI systems using accurate, expert-level scientific input. This remote contract opportunity emphasizes clear written and verbal communication, rigorous experimental thinking, and hands-on wet lab experience. Prior AI experience is not required.
Key Responsibilities
- Design, optimize, and execute CRISPR-based gene-editing experiments.
- Develop cloning strategies to create novel constructs and cell lines.
- Perform genotyping, PCR-based assays, and sequence analysis to validate genetic modifications.
- Design synthetic DNA and RNA sequences and support screening logic for high-throughput workflows.
- Apply molecular biology methods to study molecules, organelles, and cellular organization.
- Translate experimental data into structured formats that support AI model training.
- Document procedures and results with precision to support reproducibility and knowledge transfer.
Qualifications
- Bachelor''s degree or higher in Molecular Biology, Cell Biology, or a related field.
- Expertise in CRISPR technology and gene-editing workflows.
- Extensive hands-on experience with cloning, genotyping, PCR-based assays, sequence design, and molecular screening strategies.
- Strong research and analytical ability related to molecular and organelle functions within cells.
- Excellent written and verbal communication skills and close attention to scientific detail.
- Commitment to data accuracy, workflow optimization, and experimental rigor.
- Self-directed, collaborative approach with experience contributing to high-impact research projects.
Preferred Qualifications
- Experience developing or evaluating rubrics, particularly for AI or data-annotation workflows.
- Familiarity with designing datasets or protocols for AI training and human review.
- Experience collaborating with interdisciplinary or remote teams on data-driven biology projects.
Work Terms
- Remote contract engagement.
Compensation
- $70 to $90 per hour.
Application Process
Submit an application using an email address or Google account. Continuing requires agreement to the applicable terms and privacy policies.