Senior Platform Engineer
Pubblicato il 27-09-2026 - Mollie in Italia
Businesses deserve better from finance. Since 2004, Mollie has been on a mission to make payments and money management effortless for every business in Europe.
Today, more than 250,000 companies trust our all-in-one platform to get paid, manage money and grow on their terms. Simple, scalable and built with real businesses in mind.
We move fast, build with purpose and care deeply about our customers. Whether you’re solving problems, building market-leading products or exploring how AI can make work smarter, you’ll have the freedom to create and the trust to deliver.
If you’re ready to grow, shape the future of fintech and join an ambitious, high-performing team, this is the place for you.
Mollie is evolving from a payment processor into a full financial services provider, and our infrastructure needs to be as ambitious as our vision.
As part of our Developer Enablement domain , you’ll play a crucial role in shaping the CI/CD infrastructure that drives our continuous integration, developer workflows and deployment pipelines,
providing a foundation for rapid and reliable software delivery.
Join us as a Senior Platform Engineer within the Build team , where you’ll be at the forefront of maintaining and optimising our CI/CD tools, ensuring stability, scalability, and efficiency across our platforms. Your work will empower our engineering teams to deliver high-quality software with confidence, enabling our Engineers to build products that will eliminate the financial bureaucracy for our customers.
Oversee the health, stability and scalability of CI/CD infrastructure to support Mollie’s product delivery.
Monitor and respond to outages in those systems to maintain high availability, reliability and operational standards.
Develop, scale and implement strategies, guidelines, and governance of CI/CD systems while future-proofing their architecture for security, compliance and resilience concerns.
Optimize and balance CI/CD compute and storage usage towards efficient resource u