Senior Automation Engineer, Platform Biology

What if you could join a rapidly growing company and play a critical role in bringing new medicines to patients by helping scale the programmable infrastructure behind a new human cellular biology platform? About Vesalius Vesalius Therapeutics is pioneering a new platform to generate breakthrough treatments for common diseases. Our platform combines large-scale human genetics, genomics, stem cell studies, high-dimensional cellular phenotyping, and artificial intelligence to uncover causal biology and identify optimal intervention points for new therapies. Vesalius was founded in 2019 by Flagship Pioneering. Role Overview Vesalius is seeking a highly motivated Automation Engineer to help scale our automated biology platform. This early-career role sits at the intersection of biology, robotics, software, and data systems, with a focus on programming, data handling, systems integration, and workflow automation. You will partner with scientists, automation operators, IT, and data science teams to translate biological workflows into robust automated workcells and ensure experiments generate reliable, traceable, analysis-ready data. This role goes beyond operating instruments—it is focused on making automation programmable, integrated, scalable, and reliable. Key Responsibilities Develop and optimize high-throughput automated protocols that translate biological workflows from the bench to integrated workcells. Partner with scientific teams to design automation solutions that balance biological fidelity, throughput, cost, reliability, and lead time. Collaborate with scientists and automation operators on workflow execution, troubleshooting, training, and continuous improvement. Develop and maintain automation scripts, scheduling workflows, error handling, monitoring, and instrument-control methods using tools such as Python, C#, JSON, platform APIs, and vendor-specific languages. Validate automated workflows against benchtop methods, assessing precision, accuracy, reproducibility, and data quality. Build integrations between automation platforms, instruments, LIMS/ELN, imaging systems, databases, and downstream data pipelines, including structured metadata capture and data handoff. Integrate and troubleshoot new instruments and workcell components, including instrument interfaces or drivers where needed. Apply sound software engineering practices including version control, testing, debugging, modular design, and documentation. Program liquid-handling and robotic workflows across platforms such as Hamilton STAR, Dynamic Devices Lynx, HighRes Biosolutions/Cellario, and similar systems. Develop barcode to workflow mapping to enable batch and sample tracking. Create and maintain SOPs, method documentation, validation reports, troubleshooting guides, and other technical documentation. Qualifications Bachelor's or master's degree in computer science, engineering, bioengineering, automation, robotics, biomedical engineering, computational biology, or related field. Early career experience in laboratory automation, scientific software, robotics, biotech automation, or a related environment. Experience with biological workflows such as mammalian cell culture, cell-based assays, high-content imaging, high-throughput screening, NGS, or iPSC systems is strongly preferred. Hands-on experience with automated liquid handlers, robotic systems, integrated workcells, laboratory scheduling software, or instrument-control methods. Experience developing and troubleshooting automated biological workflows, liquid-handling methods, instrument workflows, software tools, or systems integrations. Ability to troubleshoot across software, hardware, liquid handling, instrument communication, data, and sample-tracking workflows. Programming experience in Python and/or C#, or comparable languages, with familiarity with Git/version control, testing, debugging, and code documentation. Strong communication and documentation skills with the ability to work effectively