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Syenex, Inc. is seeking a Scientist / Senior Scientist in Computational Biology to lead the computational backbone of our R&D engine. You will drive high-throughput discovery campaigns, apply ML to protein, DNA, and RNA engineering, and build automation and internal software to accelerate research and operations.
This hands-on, cross-functional role requires production-quality coding, collaboration with bench scientists, and the ability to turn data into better molecules at speed.
Syenex is an open-science biotechnology company building the delivery technologies that unlock the future of genetic medicine. We engineer cell-specific delivery platforms—including enveloped vectors such as extracellular vesicles and viral vectors—that give cell and gene therapy developers best-in‑class, plug‑and‑play tools spanning discovery through GMP manufacturing.
Founded in 2022 and based in Evanston and Chicago, Illinois, Syenex operates on an Open Science model: we make a continuously improving catalog of cell‑engineering and delivery technologies universally accessible to academia and biopharma, freeing our partners to focus on their therapeutic insight. Through a growing network of partnerships and CDMO integrations, we help developers move from idea to clinical impact faster, at lower cost, and with higher delivery efficiency.
We are a small, multidisciplinary team that pairs rigorous synthetic biology with a build‑fast, collaborate‑openly culture. This role is central to how we scale that science.
We are seeking a Scientist / Senior Scientist in Computational Biology to build the computational backbone of our R&D engine. Operating at the intersection of computational and experimental biology, you will lead high-throughput, library-based discovery campaigns, integrate machine learning and AI into our biomolecular design efforts, and build the automation and internal software that accelerate our research and operations. This is a hands‑on, cross‑functional role for someone who is equally comfortable writing production-quality code, applying modern ML methods to protein, DNA, and RNA engineering, and partnering closely with bench scientists to turn data into better molecules.
A competitive candidate will bring a combination of training and experience that enables them to lead collaborative work of the type described above. Exemplary credentials include: