Multiply Labs

You'll lead system reliability for **robotic manufacturing clusters** producing life-saving biologics. You'll own the robustness pipeline, analyzing data to drive improvements and resolve **complex electromechanical issues**. This role combines system integration, validation, and cross-functional leadership.

You'll join Multiply Labs to develop frontier research and deploy practical systems for **dexterous and mobile manipulation** in robotic cell therapy manufacturing. You'll work with a multi-disciplinary team to directly impact the mission of manufacturing **life-saving therapies at scale**.

You'll join a cutting-edge startup building robotic systems to automate cell therapy manufacturing. You'll help scale the production of life-saving treatments, making them more accessible and affordable. Your unique expertise will fuel the future of **precision medicine** and **bio-manufacturing**.

You'll lead Multiply Labs' growing software and robotics engineering organization, reporting to the CEO. Your work will directly scale robotic biomanufacturing to make **life-saving therapies accessible** to all. This is a rare opportunity to shape the **technical strategy** of a VC-backed startup transforming the **biologics manufacturing landscape**.

You'll join a robotics company automating advanced biologics manufacturing, working hands-on in the lab to improve robotic systems. You'll support customer deployments by training users on automated processes. This role offers direct impact on making life-saving therapies **more accessible** through **robotic biomanufacturing**.

You'll develop intelligent software for **automated biomanufacturing systems** at a **robotics company backed by premier investors**. Your work will enable precise robotic manipulation of bioprocess instruments, directly impacting patient access to life-saving therapies.

You'll lead **software development** for robotic manufacturing systems at a **well-funded startup** backed by Lux Capital and Y Combinator. Your work will directly enable the production of life-saving cell and gene therapies.

You'll design consumable components for complex automated machinery used in manufacturing novel pharmaceutical products, collaborating with a cross-functional team. You'll own the design of robotic cartridges, adapters, and fluid transfer sets, from concept through production. This role offers the chance to work on **cutting-edge robotic systems** that **impact patient access** to life-saving therapies.

You'll be the on-site operational lead for our robotic system deployed in Los Angeles, working at the **intersection of robotics and biopharma**. You'll serve as the primary bridge between engineering and customer partners, coordinating operations and ensuring **reliability of automated manufacturing systems**. This role has a direct impact on patient lives.