Full-Stack (Platform) - Mid/Senior Level - Ref. 86ca1xaf6
Pubblicato il 06-08-2026 - Altro in Italia
Join us at Medicilio to make a meaningful impact, learn and grow together, and have fun along the way. We believe in making a difference while enjoying every step of the journey.
Our team is distributed across three continents and works remotely to develop solutions for Italy, with plans to expand throughout Europe and globally. You will collaborate closely with product, operations, clinical stakeholders, and partner technical teams. Work remotely or from our offices in Milan or Sicily.
About the role
We are looking for a motivated Full-Stack Developer (mid to senior level) to help design and deliver innovative solutions that improve how healthcare services are built and delivered. You'll join a team of mission‐driven technologists working across time zones, collaborating closely with product and operations to turn real‐world needs into reliable, scalable software.
This role offers significant ownership, technical influence, and the opportunity to work on systems used in complex, real‐life healthcare contexts.
You can work remotely but ideally from one of our offices in Milan or Sicily ,
with flexibility as a core principle of how we operate.
Compensation
Potential growth opportunities as the company scales
Equity available for key hires.
Location
Remote‐first team with offices in Milan and Sicily. Work from anywhere, or join us in‐person as you prefer.
Responsibilities
Research, evaluate, and propose solutions to product and technical challenges.
Design, develop, and maintain end‐to‐end features across frontend and backend in coordination with Product (and Business Stakeholders)
Contribute to and lead technical planning and design discussions for new features.
Own features throughout their lifecycle, from design to production and iteration.
Improve and evolve the codebase, developer workflows, and engineering practices.
Collaborate closely with other developers, product managers, and non‐technical stakeholders.
Serve as a key reference point for understanding how f