Cem B.

I possess a strong command of software testing methodologies and automation frameworks. My role involved engineering and overseeing an adaptable Automation Framework, where I utilized Core Java, Selenium WebDriver, and Cucumber flavored with Gherkin. I crafted and synchronized Cucumber Feature files with Step Definitions, ensuring a seamless automation workflow. Executing a suite of test scripts covering Functional, Smoke, and Regression testing. My expertise in designing automation tests addressed various technical scenarios, ensuring thorough coverage across testing landscapes. Additionally, I excelled in GUI automation scripting and integrated Cucumber Scenario Outlines with Example tables to enrich Data-Driven Testing practices. In Back-End Testing, I formulated SQL queries for data integrity checks and actively contributed to Agile-SCRUM processes.

Ph.D. Dissertation: Technical Analysis of Muscle Performance Enhancement through Electro Muscle Stimulation (EMS) Systems Recovery Phase. Dissertation Focus: Developed and rigorously tested a specialized electro-muscle stimulation (EMS) system designed to enhance muscle performance and recovery in athletes. This involved software development, hardware integration, and extensive testing of the EMS system in a real user environment. I have Collected and analyzed data over 2 and a half years from professional athletes and sports participants using EMS technology. My research centered on evaluating the efficacy of EMS in improving muscle activation patterns, strength development, and recovery rates. The findings from this project contributed to a deeper understanding of how EMS can be utilized to optimize athletic performance and muscle conditioning in competitive settings.

Master’s degree in Physical Education & Sports Cukurova University, Institute of Health Sciences, Master thesis: Swimming Technical Analysis of Competitive Swimmers via Underwater Camera System. Master thesis focus: Engaged in software development and rigorous testing of the technical analysis software in a real user environment, gathering the data and reporting to the dev team. Implemented a specialized system using underwater cameras to monitor and assess the performance of young competitive swimmers. The culmination of this project involved utilizing real data collected during the 3 years of testing phase to inform my thesis, contributing to a comprehensive understanding of swimmers’ technical development and performance evaluation.