MEDICHETTI SAHITI

Results-driven professional with a diverse background in IT consulting, system engineering, and quality assurance, demonstrated through roles at Fresenius KABI, Tata Consultancy Services, and SAP SE. Experienced in supporting IT production, coordinating project schedules, and implementing professional DevOps practices. Skilled in front-end development, software testing, UI testing, and automation using tools like Selenium and Jenkins. Recently completed a thesis on improving testing experiences in real-world systems, showcasing expertise in QA methodologies, managing Fiori applications and testing tools. Currently a Research Assistant at DHBW University, adept at setting up knowledge graph systems and utilizing Ansible for system automation. Proven ability to lead teams, develop comprehensive test plans, and implement innovative testing methods. Looking to leverage skills and experience to drive excellence in IT projects.

Efficient Approaches by Evaluation and Comparing Options to Improve the Testing Experience in a Real-World System

 This paper provides information regarding the experience of testing by evaluating and comparing various approaches (Agile-Scrum) with respect to the different responsibilities of each role that helps to implement, execute and maintain these test cases., Worksoft Certify, Solution Manager, Jenkins (creating CI/CD pipeline), GitHub, Continuous Test manager (CTM), Groovy, Grafana. Implemented in three different approaches and pros and cons are evaluated and compared with each other to select best approach for testing.

Smart Home Appliances Control

Designed and implemented a user-friendly mobile application using React Native, HTML5, Java allowing homeowners to remotely control various smart home appliances such as lights, thermostats, and security cameras, enhancing convenience and energy efficiency., Integrated IoT devices and sensors with the smart home system using protocols like MQTT and RESTful APIs, enabling real-time monitoring and automation of household tasks based on user preferences and environmental conditions., Conducted thorough testing and debugging of the smart home system to ensure seamless functionality across different devices and platforms, providing a reliable and consistent user experience., Collaborated with a multidisciplinary team of engineers and designers to develop a scalable and modular architecture for the smart home solution, facilitating easy expansion and customization for future enhancements and integrations.