Molecular Biology Experts - UK
Company: Mercor · Pay: $70–$105/hr · Location: Remote — United Kingdom · Type: contractor · Posted: 2026-09-14
The Convergence of Life Sciences and GenAI: A New Era for Molecular Biologists in the UK
The boundary between advanced computer science and foundational biotechnology is blurring at an astonishing pace. For decades, molecular biologists, geneticists, and biochemists have driven life-changing discoveries inside academic institutions, clinical laboratories, and pharmaceutical research centers. Today, an unprecedented career evolution is unfolding: top-tier molecular biology experts are stepping into the spotlight to train the next generation of generative AI foundation models.
Leading AI labs are heavily investing in domain-specific reasoning for artificial intelligence, particularly within synthetic biology, genomics, and molecular design. However, frontier models cannot learn complex sequence design, cloning strategies, or CRISPR mechanics without elite human subject-matter expertise. Through platforms like Mercor, paired with employers of record such as Cincinnatus LLC, UK-based scientists can now leverage their advanced degrees and publication track records into lucrative, flexible, remote consulting roles paying between $70 and $105 per hour.
Detailed Job Overview & Responsibilities
Designed for highly accomplished researchers, this role bridges theoretical life sciences with cutting-edge artificial intelligence engineering. As a Molecular Biology Subject-Matter Expert (SME), your primary mission is to ensure that AI models reason accurately, rigorously, and safely when processing intricate biological data.
Key Responsibilities:
- AI Reasoning Optimization: Partner directly with research and engineering teams to identify precise breakdowns in a model's molecular biology logic, systematically closing capability gaps.
- Challenging Task Design: Construct rigorous, domain-relevant tasks and write comprehensive, publication-grade solutions that serve as absolute ground truth. This spans designing primers for PCR, qPCR, and cloning; creating plasmids and expression vectors; engineering gRNA and sgRNA for CRISPR editing; and formulating mRNA constructs and HDR repair templates.
- Output Auditing & Feedback: Review complex AI outputs against expert solutions, providing detailed, structured written critiques regarding scientific correctness, biological viability, and experimental rigor.
- Rubric & Guideline Authoring: Establish internal standards and evaluation metrics covering guide and target selection, homology arm length, primer melting temperature (Tm) and specificity, codon optimization, and regulatory elements.
- Cross-Functional Collaboration: Align closely with fellow scientific SMEs to guarantee complete consistency and empirical accuracy across all AI training datasets.
Candidate Qualifications: What It Takes to Excel
Because these generative AI models power critical scientific exploration, the standard for admission is intentionally rigorous. Candidates must showcase deep, hands-on empirical experience and academic pedigree.
- Advanced Academic Background: An advanced degree—with a PhD strongly preferred—in molecular biology, genetics, biochemistry, synthetic biology, bioengineering, or a closely related life science field.
- Hands-on Construct Design: Proven, practical experience designing nucleic acid constructs prior to physical experimentation. This includes primers, plasmids and vectors, gRNA/sgRNA, mRNA, and HDR templates, alongside mastery of underlying cloning methods (Gibson, Golden Gate, Gateway, restriction enzyme cloning) and codon optimization.
- Distinguished Publication Record: A strong peer-reviewed publication history, heavily weighted toward first-author contributions in prominent journals such as Nature and the Nature family, Cell, eLife, Nucleic Acids Research, PNAS, and the EMBO Journal (applicants are requested to include publication links).
- Availability & Commitment: The ability to reliably commit to at least 20 hours per week during regular weekdays.
- Communication Skills: Exceptional written English communication, with the precise ability to articulate complex biochemical reasoning behind every design choice.
Employment Structure, Flexibility, and Compensation
Structuring high-level consulting work across international borders requires robust administrative backing. This position is structured through Cincinnatus LLC, serving as the employer of record to handle compliance, payroll, benefits, and W-2 or appropriate international employment structures while placing you directly within elite AI client teams.
- Full Remote Autonomy: Complete your evaluation milestones entirely on your own schedule from anywhere within the United Kingdom.
- Competitive Weekly Payouts: Earnings are disbursed weekly via reliable international financial rails like Stripe or Wise, ensuring prompt compensation for your intellect and time.
- Dynamic Professional Growth: Collaborate directly with world-class AI researchers, gaining an insider perspective on how machine learning is revolutionizing biotechnology.
Why This Role Amplifies Your Scientific Impact
Traditional academic and industrial research paths often come with punishing laboratory hours, intense grant-writing cycles, and bureaucratic overhead. For post-docs, senior researchers, and industry specialists seeking autonomy without sacrificing intellectual stimulation, AI training contracts offer a revolutionary alternative. You retain complete control over your schedule while applying your hard-earned PhD-level acumen to shape technologies that will influence biological research for decades to come.
Furthermore, commanding an elite rate of $70 to $105 per hour places your specialized expertise among the highest-compensated independent consulting brackets in the life sciences sector.
Secure Your Place at the Forefront of GenAI and Biology
Opportunities to influence foundational artificial intelligence models using elite-tier scientific domain knowledge are rare, and early applicant demand for UK-based molecular biology specialists is exceptionally high. If you possess a robust publication history and extensive wet-lab or sequence design experience, take the next step in your professional journey today.
Responsibilities
- AI Reasoning Optimization: Partner directly with research and engineering teams to identify precise breakdowns in a model's molecular biology logic, systematically closing capability gaps.
- Challenging Task Design: Construct rigorous, domain-relevant tasks and write comprehensive, publication-grade solutions that serve as absolute ground truth. This spans designing primers for PCR, qPCR, and cloning; creating plasmids and expression vectors; engineering gRNA and sgRNA for CRISPR editing; and formulating mRNA constructs and HDR repair templates.
- Output Auditing & Feedback: Review complex AI outputs against expert solutions, providing detailed, structured written critiques regarding scientific correctness, biological viability, and experimental rigor.
- Rubric & Guideline Authoring: Establish internal standards and evaluation metrics covering guide and target selection, homology arm length, primer melting temperature (Tm) and specificity, codon optimization, and regulatory elements.
- Cross-Functional Collaboration: Align closely with fellow scientific SMEs to guarantee complete consistency and empirical accuracy across all AI training datasets.
Qualifications
- Advanced Academic Background: An advanced degree—with a PhD strongly preferred—in molecular biology, genetics, biochemistry, synthetic biology, bioengineering, or a closely related life science field.
- Hands-on Construct Design: Proven, practical experience designing nucleic acid constructs prior to physical experimentation. This includes primers, plasmids and vectors, gRNA/sgRNA, mRNA, and HDR templates, alongside mastery of underlying cloning methods (Gibson, Golden Gate, Gateway, restriction enzyme cloning) and codon optimization.
- Distinguished Publication Record: A strong peer-reviewed publication history, heavily weighted toward first-author contributions in prominent journals such as Nature and the Nature family, Cell, eLife, Nucleic Acids Research, PNAS, and the EMBO Journal (applicants are requested to include publication links).
- Availability & Commitment: The ability to reliably commit to at least 20 hours per week during regular weekdays.
- Communication Skills: Exceptional written English communication, with the precise ability to articulate complex biochemical reasoning behind every design choice.