Lead Backend Developer (Payments, Reconciliation & Settlement, Fintech)

FA Solutions, a leading provider of Wealth and Asset Management software solutions, is now looking for a Lead Backend Developer.

What will you be doing?

In this role, you will join a development team building the FA Operations application that supports core back-office processes in the financial domain. The system is already in production and is being actively expanded, improved, and scaled in phases.

Your primary focus will be on backend development using Java and Spring as well as working with SQL databases. In addition to hands-on coding, you'll also contribute to shaping the overall architecture of the application.

You'll work closely with your own development team and collaborate with product owners to define and refine requirements.

We require you to have:

At least 5 years of experience in software development, with a strong backend focus

Solid experience with Java and the Spring framework

Good understanding of SQL and working with large relational databases

Experience from financial systems focused on back office tasks and workflows

A full professional proficiency in English

We consider as an asset:

Experience developing and deploying applications in cloud environments

Full-stack capabilities

Familiarity with AI based development tools (Github Copilot, Cursor, Claude Code)

We can offer you:

A chance to build a modern fintech application without legacy constraints

Modern tools and technologies that enable you to develop high-quality solutions efficiently

Opportunities for growth: broaden or deepen your expertise, and build a career at FA Solutions

The flexibility and speed of a startup, backed by the resources and stability of an established company

Flexible working hours and remote work policy allowing you to work fully remotely

Lunch, sport & culture benefits, and Auntie well-being service

Bonus model

Practicalities:

This is a full-time and permanent position, in which you will be employed directly to FA Solutions. The ideal starting