Software Tester, Martech

Job Description

As a Software Tester, you will use your insights and expertise to test and deliver our software to the highest levels of quality and accuracy. This is a unique opportunity to join our dynamic Software Testing department, and work alongside industry-leading experts and be a pivotal part of our innovative journey by helping to shape the future of the Business. You will have the opportunity to collaborate and contribute to our newly formed delivery streams, focusing specifically on Mar Tech.

This dynamic stream encompasses key elements of our product offering such as CRM, offers and partners. Additionally, you will help to advance our AI-first approach to testing by applying AI-enabled tools and evolving quality practices to drive smarter analysis, greater efficiency, and stronger delivery outcomes. With our dedicated training and development, you will constantly evolve your skills and advance your career in Software Testing.

This role is eligible for inclusion in the Company’s hybrid working from home policy.

• Proven experience with Gherkin and Behaviour-Driven Development (BDD).
• Good understanding of the Software Development Life Cycle (SDLC).
• Ability to analyse markdown files and technical API schemas.
• Understanding of testing Content Management Systems.
• Experience using AI tools for test design, analysis, and documentation.
• Exposure to Usability and Accessibility Testing.
• Strong attention to detail with an inquisitive mind.
• Ability to prioritise and react to changing requirements.

• Creating BDD feature files and efficient test strategies.
• Preparing test documentation including plans, scripts, and defect reports.
• Collaborating with product managers, analysts, designers, and developers.
• Conducting quality testing on Mar Tech projects.
• Reporting defects and managing them to resolution via Jira.
• Communicating testing progress to the project team.
• Liaising with subject matter experts to build product knowledge.
• Seeking out new ideas to improve our testing approach.