Detailed description of work task to be carried out:
- Work closely in a scrum team with developers, analysts and stakeholders to ensure high quality
- Test and validate microservices in payments flows (APIs, Kafka, Database)
- Analyse requirements from testing point of view
- Test cases planning, design and execution
- Build and maintain automated test suites using Python and Robot Framework
- Provide test results
- Participate in testing team activities and contribute to organizational quality initiatives
Project Description:
Global Payment Capture initiative is part of Embedded Banking service domain. We are building a robust payment order orchestration platform that abstracts payment complexity, supports multiple channels and enables scale.
- Proven experience with RESTful API testing tools and methodologies
- Strong Python programming skills for test development
- Hands-on expertise with Robot Framework automation
- Experience with Database and Kafka testing
- Proven ability to test and validate XML/JSON data formats
- Knowledge of XML and JSON formats
- Familiarity with modern DevOps tools (Jenkins, Git, Docker, K8s)
- ISTQB Foundation Level knowledge (or equivalent practical experience)
- Knowledge of QA processes (both manual and automated)
- Excellent communication skills in English (spoken and written)
- Strong Python programming skills for test development
- Hands-on expertise with Robot Framework automation
- Experience with Database and Kafka testing
- Proven ability to test and validate XML/JSON data formats
- Knowledge of XML and JSON formats
- Familiarity with modern DevOps tools (Jenkins, Git, Docker, K8s)
- ISTQB Foundation Level knowledge (or equivalent practical experience)
- Knowledge of QA processes (both manual and automated)
- Excellent communication skills in English (spoken and written)
- Growth mindset with passion for continuous learning and improvement
- Team player who actively contributes to collective success and efficiency improvements
- Team player who actively contributes to collective success and efficiency improvements