Sr. Mechanical Engineer, Fluidics/Perfusion
TLDR
Develop novel heat and mass transfer systems for N-of-1 perfusion and heat exchange devices within a fast-paced, scrappy team of engineers.
Until is a moonshot company building a “pause button” for biology. Our near-term focus is organ-scale reversible cryopreservation: preserving donated organs at subzero temperatures without ice formation, then rewarming them uniformly for transplant. By solving this grand challenge, we’re laying the foundation for whole-body reversible cryopreservation, giving patients a bridge to future cures.
To achieve our goal, we are assembling an interdisciplinary team to develop perfusion systems, cryoprotectant formulations, and vitrification and rewarming hardware.
We envision a future where no transplantable organ is lost to logistics, and no terminal diagnosis is final because patients can safely wait for future medicine to arrive.
About the Role
Accomplishing our mission requires skilled engineers pushing the boundary developing new systems for heat and mass transfer in N-of-1 perfusion and heat exchange devices. We're building a fast-paced, scrappy team of engineers to create technology indistinguishable from magic.
About You
Preferred Qualifications
Benefits
As an equal opportunity employer, Until is committed to providing employment opportunities to all individuals. All applicants for positions at Until will be treated without regard to race, color, ethnicity, religion, sex, gender, gender identity and expression, sexual orientation, national origin, disability, age, marital status, veteran status, pregnancy, or any other basis prohibited by applicable law.
Benefits
Equity Compensation
Competitive compensation package, including salary and equity
subsidized lunch
Subsidized lunch daily
Health Insurance
Generous medical, dental and vision insurance coverage for employees and their dependents
FSA and commuter benefits
Paid Time Off
Flexible time off and paid holidays
Until is innovating in the field of biology with a focus on organ-scale reversible cryopreservation. We aim to preserve donated organs at subzero temperatures without ice formation, enabling them to be safely rewarming for transplant, while also working towards the larger goal of allowing patients to wait for future cures without losing the possibility of treatment. Our approach combines interdisciplinary expertise to forge solutions that could redefine the boundaries of medicine and organ transplant logistics.