Rama Teja

Seeking a deserving position in the area of Software Testing and software developer where my Technical and Analytical Skills can be used optimally.

Results-driven Python Test Engineer with over four years of experience specializing in test automation, quality assurance, and software testing methodologies. Proficient in utilizing Python scripting for designing, implementing, and maintaining robust test automation frameworks. Skilled in conducting comprehensive testing across various platforms, including web applications, mobile devices, and handheld computers. Proven track record of optimizing testing processes, reducing manual efforts, and improving overall efficiency. Strong problem-solving abilities coupled with effective communication skills, enabling successful collaboration with cross-functional teams and stakeholders. Dedicated to delivering high-quality software solutions that meet or exceed client expectations.

"Good communication skills, capable of effectively collaborating with team members as needed, and confident in performing individual tasks within any work environment."

• Bring up the Automation Framework from scratch for BSP automation, which can now support four DUTs testing at a time.
• Provided many handy tools like BSP Score Automated tools and BSP Impact Analysis tool for reporting and managing the data.
• Worked with Current Drain (CD) Team for testing the efficient utilization of mobile batteries.
• Worked with Agilent tools and Instrument tools and software like CDST (Current Drain Snapping Tool).
• Work Edin new test case design for current Drain Testing.
• Developed and maintained end-to-end test automation frameworks using the Robot Framework for web applications, APIs, and mobile applications.
• Implemented keyword-driven and data-driven test automation strategies to enhance test coverage.
• Collaborated with development and QA teams to integrate automated tests into the continuous integration (CI) pipeline, ensuring early detection of defects.
• Conducted code reviews and provided mentorship to junior team members on best practices in Robot Framework test automation.

Baery Sasfactory Predictor (BSP) Automaon, BSP defines the usage used to verify device usage. BSP is a set of rules each rule contains a set of conditions to verify device functionality. Device Intelligence policy contains all device details and we can get device details with different file formats. Manage device update and terminate the unwanted applications running in the background. A significant aspect of my work involved creating functionalities to terminate unwanted applications running in the background. Leveraging Python's capabilities, I developed scripts to monitor and control background processes, contributing to an optimized and efficient device environment. In summary, my Python development experience played a pivotal role in enhancing the BSP project, ensuring effective device verification, streamlined device intelligence policies, and efficient management of device updates and background applications termination. IFE (in-flight entertainment system) manual and python automation on device testing, IFE As a Python automation specialist, I spearheaded a project focused on the In-Flight Entertainment (IFE) system, contributing to the development of a comprehensive manual and implementing automated testing solutions for device validation. IFE Manual Development: I took a leading role in crafting an extensive manual for the In-Flight Entertainment system. The manual covered a range of aspects, including system functionalities, user interactions, troubleshooting guides, and system maintenance procedures. Leveraging my technical writing skills and attention to detail, I ensured the manual provided clear and concise instructions for end-users, maintenance personnel, and support teams. Python Automation for Device Testing: Utilizing my expertise in Python, I played a crucial role in automating the testing processes for IFE devices. This involved the creation of test scripts and frameworks to validate the functionality, performance, and reliability of the IFE system on various devices. Automated Test Script Development with Selenium: Employed Python along with the Selenium framework to create automated test scripts, enabling end-to-end testing of critical IFE functionalities on web-based interfaces. Cross-Device and Cross-Browser Testing: Expanded the automated testing suite to include cross-device and cross-browser testing using Selenium, ensuring a consistent user experience across a variety of devices and browsers. Performance Testing with Selenium WebDriver: Utilized Selenium WebDriver to conduct performance testing, assessing the responsiveness and load handling capabilities of the IFE system under different usage scenarios.