QA Automation with Networking, Remote Romania

About Luxoft
Luxoft, a DXC Technology Company (NYSE: DXC), is a digital strategy and software engineering firm providing bespoke technology solutions that drive business change for customers the world over. Acquired by U.S. company DXC Technology in 2019, Luxoft is a global operation in 44 cities and 23 countries with an international, agile workforce of nearly 18,000 people. It combines a unique blend of engineering excellence and deep industry expertise, helping over 425 global clients innovate in the areas of automotive, financial services, travel and hospitality, healthcare, life sciences, media and telecommunications. DXC Technology is a leading Fortune 500 IT services company which helps global companies run their mission critical systems. Together, DXC and Luxoft offer a differentiated customer-value proposition for digital transformation by combining Luxoft’s front-end digital capabilities with DXC’s expertise in IT modernization and integration. Follow our profile for regular updates and insights into technology and business needs.
​​​​​​​Luxoft Romania has been established since 2001. We currently have approximately 2500 employees working from different locations in the country.

Must have skills:
QA Automation
UI / Web Automation
Python
Selenium
Networking - L2L3 protocols and concepts

Nice to have skills:
API Test Automation
WiFi (802.11)
Networking - L4 protocols and mechanisms
Wireless Networks

Languages
English: B1 Intermediate

• Understand client requirements and estimate level of work required for automating the tests; discuss with the client for clarifying them;
• Work on developing automation infrastructure for client particular needs (using Python, Selenium, RestAPI)
• Developing automated tests using Python
• Developing core library classes and methods
• Run and debug the scripts in regression
• Code review
• Defect Management activities
• Reporting

Project Description
Product is a Wireless Testing platform which enables the following capabilities:
• Drive synthetic traffic across a network to demonstrate highest achievable performance (ideal MIMO environment, WI-Fi 6E, Beamforming support).
• Verify the operation and performance of devices supporting Wi-Fi standards 802.11b/g/a/n/ac/ax.
• Reduce wireless test time from weeks to hours by implementing isolation, repeatable RF environment and automation.
• Quality user experience by emulating real-world challenges and programmable range of conditions for best MIMO environment
• Verify critical services and network performance before customer usage starts, when traffic levels are low, and as usage increases