Senior IT/Data Analyst - AI-Driven Banking Data Solutions

OPTIVEUM sp. z o.o.; Gdańsk; Hybrid; PLN 210,000 - 270,000; Full time

Job summary

Optiveum is seeking a Senior IT/Data Analyst to join our client in the banking industry. The role focuses on designing scalable, data-intensive solutions and driving the adoption of modern AI technologies within a complex environment.

You will elicit requirements, model data, and build near real-time data pipelines while collaborating with international stakeholders. The position emphasizes documentation, architectural input, and the delivery of data-driven, automated solutions within a hybrid

Qualifications

• Proven experience designing data-intensive solutions in banking.
• Expertise in requirement elicitation and translating needs into functional and non-functional specifications.
• Strong SQL skills (MSSQL, Snowflake) and dbt experience.
• Experience with AI technologies and driving adoption.
• Knowledge of DDD, event-sourcing, microservices, and clean code.

Responsibilities

• Elicit requirements with stakeholders to understand underlying business purpose.
• Translate requirements into functional and non-functional specs.
• Design data models, data mapping, and near real-time pipelines.
• Access distributed datasets for quantitative analysis to understand issues and recommend solutions.
• Collaborate with developers, test engineers, and international stakeholders.
• Promote analytical excellence and best practices across teams.

Skills

SQL

English communication

Stakeholder collaboration

AI adoption driven

Tools

Snowflake

dbt

MSSQL

Job description

Optiveum is seeking a Senior IT/Data Analyst to join our client in the banking industry. The role focuses on designing scalable, data-intensive solutions and driving the adoption of modern AI technologies within a complex environment.

You will elicit requirements, model data, and build near real-time data pipelines while collaborating with international stakeholders. The position emphasizes documentation, architectural input, and the delivery of data-driven, automated solutions within a hybrid