Spirair, South San Francisco, CA, Hybrid
Spirair, a venture capital-backed medical device company, was co-founded by two Stanford Biodesign and Innovation fellows with a shared interest in optimizing outcomes and patient experience through innovation solutions. With a passion for developing elegant technologies that evolve care and enhance accessibility and effectiveness, the Spirair team is partnering with leading ENT advisors and industry veterans to offer treatment options that are both massively impactful and minimally invasive.
We are hiring a Sr. R&D Engineer who will be responsible for the design, development, and manufacturability of products, ensuring that products are designed to meet customer and manufacturability requirements. Interact with other disciplines within the company to ensure appropriate process development and feedback. Direct interface with suppliers as well as customers (physicians) may be required. This is an excellent opportunity to join a growing startup company at an exciting time in its development.
Spirair is an early-stage company pioneering minimally invasive solutions that help ENTs advance care for their patients by providing strong outcomes and a better patient experience. We’re committed to developing new therapies that can easily integrate in any ENT’s treatment algorithms so they can help more of their patients breathe better. Spirair got its start in the Stanford Biodesign Innovation Fellowship, a program that equips aspiring innovators with a proven, repeatable process to identify important health-related needs, invent novel health technologies to address them, and prepare to implement those products into patient care. Founders James Kintzing, Ph.D. and Brandon McCutcheon, M.D. were co-fellows in the program and identified an opportunity in the ENT space when they discovered the unmet need for a minimally invasive nasal septal deviation correction therapy to help address nasal airway obstruction. Our first product is a novel solution for symptomatic nasal septal deviation (NSD) that supports and straightens minor deviations in the septal cartilage. The procedure can be conveniently and safely performed under local anesthesia in any site of service as part of standard septoplasty techniques.
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