Trainee Test Automation (C#) (IRC281086)

Job Description

• Basic knowledge of C# programming language (classes, variables, conditions, loops, collections, OOP fundamentals).
• Understanding of software testing fundamentals: test types, testing levels, defect lifecycle.
• Initial experience with Selenium WebDriver (element locating, interactions, waits).
• Understanding of NUnit framework (TestFixture, TestCase, Setup/TearDown).
• Basic understanding of Page Object Model (POM).
• Familiarity with Git (branching, committing, pull requests).
• Ability to work with Visual Studio / Rider.
• English level: ability to read and understand technical documentation (Intermediate or higher).

Job Responsibilities

Assist in developing, maintaining, and improving automated tests for web applications under the guidance of experienced automation engineers. Gain hands-on experience with C#, Selenium, and NUnit while learning the principles of test framework design and structure.

• Write basic automated tests for web interfaces using Selenium WebDriver + C# + NUnit.
• Understand the structure of an automation project (Page Object Model, Test Suites).
• Execute existing tests and analyze test results.
• Participate in maintaining and refactoring existing test code.
• Collaborate with QA engineers and developers to clarify requirements.
• Document test scenarios, results, and identified defects.
• Follow coding standards and team collaboration practices (Git, Code Review).

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.