Backend .NET/C# Engineer - Financial Systems & AI-Driven Dev

SEB; Parainen; Hybrid; EUR 71,000 - 98,000; Full time

Benefits offered by this job

Hybrid Workplace setup

Job summary

SEB is seeking a Solution Developer to join a back-end oriented team working in a .NET/C# environment, with Python and other technologies as needed. You will contribute to the Derivatives Clearing platform, integrating internal systems with vendor platforms and external services.

You will collaborate with product owners and business specialists to turn complex business needs into robust technical solutions, while adopting microservice-based and cloud-native architectures where beneficial, and

Qualifications

• Strong foundation in modern software development; translate business needs into sustainable tech solutions.
• Proficient in C#/.NET, Python, SQL Server, REST APIs; cloud-native and containers familiarity.

Responsibilities

• Understand and challenge business needs with product management and users.
• Translate requirements into sustainable technical solutions creating measurable value.
• Develop and maintain existing and new business systems and integrations across internal, vendor, and external services.
• Contribute to quality, stability, and evolution of solutions; support microservice-based architectures.
• Apply modern engineering practices, including AI-assisted development, to improve delivery quality.

Skills

C#

NET/.NET Core

Python

GCP

SQL Server

REST APIs

Cloud-native architectures

Angular

AI-assisted development

Communication

Tools

GitHub Copilot

Job description

SEB is seeking a Solution Developer to join a back-end oriented team working in a .NET/C# environment, with Python and other technologies as needed. You will contribute to the Derivatives Clearing platform, integrating internal systems with vendor platforms and external services.

You will collaborate with product owners and business specialists to turn complex business needs into robust technical solutions, while adopting microservice-based and cloud-native architectures where beneficial, and