Senior Mechanical Design Engineer

Company Description

Cellular Origins

Cell therapies have the potential to transform how devastating diseases such as cancer are treated. But for more patients to benefit, these therapies need to be manufactured reliably, efficiently and at a scale the industry has not been able to achieve before.

At Cellular Origins, we’re changing that. Our Constellation platform brings robotics and automation into cell therapy manufacturing, helping developers scale their processes without having to redesign the biology or proven equipment behind them. As a Senior Mechanical Design Engineer, you’ll help make that possible by turning complex mechanical challenges into precise, dependable designs that work not just once, but every time.

Job Description

This is an opportunity to take real ownership of some of the most mechanically demanding parts of our robotic manufacturing system.

• You’ll get the autonomy to design critical precision modules from concept through to manufacture, using your judgement and experience to move quickly towards solutions that are robust, repeatable and practical to build.
• You’ll join an interdisciplinary team spanning mechanical engineering, robotics, software, systems and biology. Your work will sit at the point where precision engineering meets a very human goal: making cell therapies accessible to far more patients.
• You’ll bring depth in precision design of complex electromechanical devices and use it to help us build a system that can perform reliably in demanding manufacturing environments.

You’ll get to:

• Own the detailed mechanical design of critical modules within our robotic manufacturing platform.
• Turn early concepts and prototypes into stable, manufacturable designs that perform consistently.
• Build detailed tolerance analyses and use the right analytical techniques to understand and improve performance.
• Make thoughtful decisions around materials, manufacturing methods and component design.
• Work hands-on with prototypes and hardware, learning quickly from what you see and feeding that back into better designs.
• Collaborate closely with engineers from other disciplines to solve system-level challenges rather than isolated component problems.
• Use your experience to spot risks early and guide designs from “it works” to “it works all the time”.
• Help raise the standard of mechanical design across the team by sharing your judgement, methods and experience.