Manual Test Trainee (IRC283334)

Job Description

• Bachelor's degree or higher in Computer Science, Software Engineering, or Medicine.
• Good knowledge of QA theory (test design techniques, QA lifecycle, SDLC).
• Basic knowledge with test management and defect tracking tools (e.g., Jira with Xray/Zephyr).
• Basic knowledge of API and Postman
• Experience working within the medical device industry or other highly regulated environments (e.g., avionics, finance) with a strong understanding of validation and compliance requirements is highly desired.
• Proactive.
• Ability to write clear and concise test cases and documentation (Gherkin scenarios).
• Good analytical skills.
• Intermediate or above writing English

Job Responsibilities

• GlobalLogic is starting a completely new engagement and looking for a Middle/ Senior QA Engineer who will follow high-quality standards and provide high-quality test deliverables in WEB and Linux desktop applications.
• Design, develop, execute, and support test cases based on product requirements and specifications with good traceability.
• Perform functional, regression, integration, and exploratory testing on web and desktop Linux applications.
• Collaborate closely with developers, product managers, and other QA team members to identify issues early in the development cycle.
• Report bugs clearly and track them through resolution and FDA certification.
• Participate in sprint planning, estimation, and retrospectives.
• Advocate for quality throughout the software development lifecycle.

Department/Project Description

We are partnering with a global leader in medical devices to develop the next-generation cutting-edge tool used during hip arthroscopy for femoroacetabular impingement (FAI). Client provides surgeons with real-time visualization and measurement capabilities by superimposing virtual tools on X-ray images, enabling precise clinical decision-making. The product will help surgers to plan and to validate the procedures by analyzing 2D images from X-Rays, CT, MRI and building 3D objects.

Our goal is to enhance the product’s capabilities, improving workflow efficiency and advancing surgical outcomes. This project will involve refining requirements, designing intuitive interfaces, and integrating advanced visualization tools to meet the highest clinical standards. Join us in shaping the future of minimally invasive orthopedic surgery.