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Our mission at Asimov is to advance humanity's ability to design living systems, enabling biotechnologies with outsized benefit to society. We're developing a mammalian synthetic biology platform––from cells to software––to enable the design and manufacture of next-generation therapeutics.
We are seeking a Head of Process Development to develop exceptional upstream mammalian bioprocess platforms for diverse therapeutic modalities. You will be an in-lab leader for a growing team that is responsible for designing, executing, and optimizing cell culture processes using AMBR and benchtop bioreactors, with the goal of developing scalable and robust processes that can be tech transferred to our partners for the production of biologics, AAV, and Lentiviral vectors.
Working closely with the Synthetic Biology, Cell Line Development and Modeling and Simulation teams, you will leverage Asimov’s unique in silico genetic design and process predictive technologies to advance the state of the art in manufacturing of next-generation therapeutics. You will also interface with our external partners to ensure effective technology transfer and proactive regulatory compliance. This role reports directly to the VP of Cell Technologies and is a unique opportunity to work at a nimble, forward-thinking synthetic biology startup to help build the future of biological engineering.
\nAbout the Role:
We're fueled by a vision to transform biological engineering into a fully-fledged engineering discipline. Should you join our team, you will grow with a constantly evolving organization and push the frontiers of synthetic biology. Company culture is key to Asimov, and ours is a culture of recombination; we believe that our mission can only be achieved by bringing together a diverse team with a mixture of backgrounds and perspectives.
Full Time
Pharmaceutical
$119k-142k (estimate)
05/09/2024
07/07/2024
asimov.io
BOSTON, MA
25 - 50
2017
Private
LAURENCE REID
<$5M
Pharmaceutical
Asimov develops a cloud-based platform that offers computer-aided design and genetic engineering framework for programming living cells.