Enterprise Application Engineer
Pubblicato il 15-08-2026 - Mollie in Monza
Build with us
Since 2004, we’ve had one clear goal: to make payments and money management effortless for every business in Europe. Today, more than 250,000 companies use Mollie to get paid, manage money and grow – with products designed to be simple, scalable, and dependable. With 950+ Mollies across 14+ locations, we care deeply about autonomy and craft. So we work in small teams, with real ownership, and we trust you to make the right decisions. We’re building for the long term, so we provide the tools you need, processes you can rely on, and a balanced work environment to help you do work you’re proud of. Sound like your kind of place? Let’s build together.
Your impact
At Mollie, every team runs on tools that need to work. The Enterprise Applications team is responsible for the SaaS and internal tooling stack that powers how we operate across 14+ locations, and this role sits right at the heart of it. As a Systems Engineer, you will take ownership of the platforms that thousands of Mollies rely on every day, from Google Workspace to Okta to HiBob, ensuring they are configured,
integrated, and running at their best.
This is not a maintenance role. You will drive real improvements, build meaningful integrations, and shape how our internal platforms evolve as Mollie continues to grow. The work you do directly enables every team at Mollie to move faster, collaborate better, and focus on what matters most: building great products for the businesses we serve.
You will join a small, focused team of Systems Engineers and Service Desk professionals, working closely together with a clear mandate to raise the bar on how enterprise applications are managed and delivered across the organisation.
What You’ll Ship
- Own and continuously improve the Google Workspace environment, including advanced administration via GAM, to ensure seamless collaboration and productivity across Mollie.
- Manage and evolve the Atlassian suite, configuring Jira and Confluence to support effective p