QA Engineer, Automation + Manual Testing
About this role
Join us in building a product that gives children a strong start in school. At Albert Group, a leading European edTech company, we’re expanding our product portfolio — and we want you on that journey.
We’re looking for a pragmatic QA Engineer to join our Junior app team. You’ll work in a collaborative environment with real impact on quality, helping shape QA in a setup combining React Native and Unity.
This is a hands-on role with a balanced focus on automation and manual testing, where you’ll contribute broadly and influence how we build quality at scale.
Our product is a React Native application with Unity gameplay code integrated through a custom-built bridge. This creates a technically interesting QA environment across app flows, APIs, integrations, and gameplay experiences.
We are looking for someone who can both strengthen and extend our automation efforts and bring a structured, thoughtful approach to manual testing. A key part of the role is helping us shape and improve our approach to Unity gameplay testing and automation, which is an area we want to strengthen significantly.
Responsibilities
- Work closely with developers, product managers, designers, and other stakeholders to understand features, requirements, and risk areas
- Design, build, maintain, and improve automated tests across relevant levels such as integration, API, and end-to-end
- Evaluate and evolve our current automation approach for React Native
- Explore, propose, and help establish practical approaches for Unity gameplay testing and automation, including what should be automated, what should be tested manually, and how to build confidence in gameplay quality over time
- Perform hands-on manual testing of new features, regression areas, edge cases, user journeys, and gameplay flows
- Create and maintain test scenarios, test charters, checklists, regression suites, and lightweight test documentation
- Use exploratory testing and risk-based thinking to uncover issues that automated tests are unlikely to