• We were facing some issues because we did not have enough time to run the regression tests during the day, because of that I created some suites of tests that run every night using automation tests and some pipelines in Jenkins. We call these suites of tests "Overnight tests". • Running the regression tests over the day did not help us to run everything, so using the "Overnight tests" now we have 100% covered of the test cases that can be automated. • Using test automation, 90% of tests that can be automated were covered • Manual tests and exploratory tests using X-ray and Adaptavist tests help us to identify bugs at the beginning of the sprints and reduce the bug rate by 40% • Using overnight testing we can test the software overnight, saving testing time and giving us more time to create test automation • There are around 10 overnight tests with an average of 200 tests each, where the smallest has 100 tests and the largest has around 400 tests.
• We were facing some issues because we did not have enough time to run the regression tests during the day, because of that I created some suites of tests that run every night using automation tests and some pipelines in Jenkins. We call these suites of tests "Overnight tests". • Running the regression tests over the day did not help us to run everything, so using the "Overnight tests" now we have 100% covered of the test cases that can be automated. • Using test automation, 90% of tests that can be automated were covered • Manual tests and exploratory tests using X-ray and Adaptavist tests help us to identify bugs at the beginning of the sprints and reduce the bug rate by 40% • Using overnight testing we can test the software overnight, saving testing time and giving us more time to create test automation • Software tests using Selenium, Playwright, Python, and Robot Framework in Web interfaces gave us 90% of the covered in the test cases
• Software test using Selenium and Robot Framework in Web interfaces • API testing • Manual tests and exploratory tests using X-ray and Adaptavist test • Git, Postman, DevOps, Docker, JIRA, Confluence • Architecture, creation and execution of tests routines • Unit, Integration and Regression tests using Jenkins (CI/CD) • Functional and non-functional test • Usability, compatibility, and user acceptance testing • Tests based on UX/UI • Implementation and execution of TDD, BDD and ATDD test techniques • CTFL and CTFL-AT • Linux systems
Performance with optical networks through interferometry experiments. Development of a phase control system for optical experiments.
Software testing in Java and web, architecture, creation and execution of test routines for optical devices, optical networks, IP networks and network management, functional and non-functional testing, UX validations: search, structure, interface and heuristics.