Android Engineer
Ampa
Android Engineer
Ampa
Portable TMS device for depression treatment
Ampa is a pioneering neurotechnology startup developing brain stimulation technology to help eradicate depression. We will improve millions of lives by making this transformative treatment universally accessible. Joining us means you’ll be part of a rapidly growing startup with significant equity opportunities and a major impact on our future.
What to Expect: Working at Ampa is a rare chance to help transform global mental health and save millions of lives — a level of impact that demands deep commitment. Success here requires resilience, adaptability, and the discipline to put in long hours. If you thrive in a high-intensity, fast-changing environment and want your work to truly matter, you may do the best work of your life here.
Role Overview:
We're seeking an exceptional Software Engineer to own the development of our clinical Android tablet application — the primary interface between clinicians and our TMS medical device. You'll build beautiful, responsive interfaces in Java and Kotlin, and ensure they integrate seamlessly with our backend systems and custom hardware. You'll also collaborate with our React/React Native engineers on our broader platform. You will be responsible for the bridge between high-level patient management UI and low-level medical hardware. Your work will involve managing real-time data streams, binary serial communication, and ensuring 100% data integrity for clinical treatment records.
This role is ideal for an engineer who's obsessed with UX, has an eye for detail, and builds polished Android experiences that work reliably in high-stakes clinical environments.
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Ampa Health develops neurostimulation tools to treat mental and neurological disorders. Its flagship Ampa One is a portable, camera-guided transcranial magnetic stimulation device for clinicians; it delivers targeted magnetic pulses to mood-regulation brain regions to help adults with major depressive disorder who have not responded to antidepressants. It differs from traditional TMS by being suitcase-portable, using a lightweight 2.2 lb coil, and offering a subscription-based model that includes installation, operator training, coil replacements, and telemedicine-ready design for hub-and-satellite clinics. Its goal is to expand access to non-invasive brain stimulation, reduce upfront costs, and pursue a one-day treatment protocol for a multi-week TMS course, pending FDA clearance.
Explore more opportunities at Ampa