Riheb Sassi Email and Phone Number

• In-depth analysis of business requirements and system specifications, helping to improve understanding of the application.• Execution of comprehensive test cases, enabling post-publication defects to be reduced through proactive identification and resolution • Preservation of the integrity of the QA environment, leading to a reduction in production incidents by means of rigorous regression testing after each bug fix• Demonstrated expertise in test execution, reducing manual testing efforts.• Rigorous Load and Performance testing, simulating 10000 simultaneous users using Apache JMeter, ensuring system stability and performance under high load conditions• Participated in daily stand-up meetings to discuss project progress and address any challenges• Performed bug reporting and tracking in Jira to maintain a streamlined defect life cycle.

• Conducted comprehensive manual testing, including creating test plans, test scenarios, and executing test cases for in-house IoT sensors Beandevice, including inclinometers, temperature sensors, and aX3d sensors.• Tested an in-house desktop application for device configuration, data transmission, and visualization. • Collaborated with stakeholders to analyze requirements and address feedback• Prepared test environments, test data, and executed end-to-end testing.• Reported bugs and issues on Mantis DB, ensuring accurate tracking and resolution.• Conducted regression testing to validate system stability.• Performed stress testing to assess performance under demanding conditions.• Generated reports summarizing testing outcomes and providing actionable insights.• Significantly contributed to reducing bugs feedback from clients through effective testing practices and bug resolution.

Prototyping and designing the control part of a universal cutting and engraving machine for the automatic production of silicon gaskets.Development of a human-machine interface to digitize the production management using an IOT solution (Raspberry PI touch screen).

Building a human-machine interface for a physical therapy machine that allows physicians to control the machine and monitor the patient's condition.

Designing a PCB board for the Podosave project. The board is designed to collect information about the patient and send it back to a doctor-patient tracking platform application.