Our client is drastically lowering the cost of DNA synthesis through AI. We're looking for an experienced molecular biologist excited to push the boundaries of enzymatic gene synthesis methods. You'll play a key role in developing processes for next-generation DNA synthesis to support protein engineering across a wide variety of industries on the way to enabling truly generative protein design.
Key Responsibilities:
Execute molecular biology and chemistry initiatives to achieve groundbreaking advancements in DNA synthesis efficiency.
Support the implementation of novel DNA synthesis technology and new product features for scalable manufacturing.
Apply expertise in process development, enzymatic synthesis, and next generation sequencing to set process specs, scale manufacturing, and reduce cost.
Develop reagent control processes for continuous improvement of production manufacturing, including optimizing reagent formulations and developing QC methods.
Identify and lead technical diligence for external partners to scale reagent supply chain.
Act as a key scientific representative with external reagent vendors and partners overseeing external progress milestones and technology transfer.
Offer expert guidance on all technical aspects of DNA synthesis, ensuring the implementation of best practices and operational excellence in manufacturing.
Collaborate with AI/ML teams, software engineers, and automation specialists to incorporate cutting-edge technologies into the DNA synthesis pipeline, fostering a culture of innovation and continuous improvement.
This will be a hands-on role with the opportunity to build a need-driven high-performing team dedicated to process development.
Required Qualifications:
A minimum of 5-7 years in the biotechnology or manufacturing industry, with significant experience in leading molecular biology and chemistry process development.
Demonstrated ability in leading multidisciplinary teams and projects, with a strong record of innovation in research and development.
Deep understanding of molecular biology, enzymatic, and chemical synthesis techniques, with experience in optimizing DNA synthesis processes and implementing novel methodologies.
Masters or Ph.D. in Molecular Biology, Biochemistry, Chemical Engineering, or a closely related field or equivalent work experience.
Desirable Skills:
Experience with automation and high-throughput systems in a bio-manufacturing context.
Familiarity with AI/ML modeling of manufacturing processes.