Automated Test Engineer

Automated Test Engineer Office Location: Newark-on-Trent Working Type: 3 Days Onsite, 2 Days Remote Salary: Up to £60,000 KO2's client, a pioneering company in the assistive listening space, is seeking a talented Python Test Engineer to join their dynamic team. This innovative firm is part of a Swedish holding company and is currently merging with a USA-based company. They specialize in cutting-edge technology such as inductive loops for hearing aids, infrared Wi-Fi audio systems, Bluetooth development, and wireless phones, with a global presence of 150 employees, including 60 in the UK. The business will also consider a test engineer who is more junior, motivated and looking to pursue a professional testing career. So if you are a motivated individual and looking to build skills for a professional testing career, this is the opportunity for you. Key Responsibilities: As a Python Test Engineer, you will take ownership of testing and validating features within the existing Python framework. Collaborate closely with embedded engineers to integrate automation into the testing framework. Manage Jenkins systems, troubleshooting and resolving issues as they arise. Write and execute manual test procedures while contributing to the overall quality assurance process. Engage with requirements gathering to ensure comprehensive test coverage. Qualifications: Proven experience as a Python Test Engineer. Familiarity with embedded terminals is a plus but not mandatory-KO2's client is flexible on skills for the right motivated individual. Understanding of test-driven development (TDD) and experience with automation is essential.What We Offer: A flexible work environment with 3 days onsite and 2 days from home. An opportunity to be part of a growing team focused on enhancing the hearing experience for users worldwide. Competitive salary of £60,000.If you're a motivated and talented Python Test Engineer looking to make a difference in the assistive listening industry, we want to hear from you! Join KO2's client and help shape the future of audio technology