Profile Summary
My work combines structured software testing with practical embedded and IoT development. On the QA side, I focus on manual testing, test case design, API validation, regression testing, and quality bug reporting. On the embedded side, I have experience with ESP32, Arduino, Raspberry Pi, communication protocols, sensor integration, actuator control, firmware debugging, and system validation. I enjoy solving practical problems, collaborating in teams, and building systems that are both functional and dependable.
SQA / QA Skills
IoT / Embedded Skills
Experience
- Participated in system validation and functional testing of AI modules.
- Conducted hardware and software integration testing.
- Supported issue identification, debugging, and performance evaluation.
- Contributed to hardware integration and embedded firmware development.
SQA / QA Projects
QA validation of an ASP.NET MVC learning platform. Executed 50+ test cases, tested 30+ user flows, verified 500+ records, and found 20+ defects.
Web-based business directory system where I conducted functional testing, listing/search validation, backend data integrity checks, and structured bug reporting.
Performed end-to-end testing of product, cart, and checkout flows in an Android app, reported UI and functional issues, and verified fixes through structured regression testing.
Executed functional and regression tests for patient, appointment, and record modules, identifying issues in validation, workflow logic, and database consistency.
IoT / Embedded Projects
Built an ESP32 and Jetson Nano solar monitoring system with sensor integration, PWM charge control, relay protection, and AI-assisted defect detection.
Developed an ESP32 and Raspberry Pi smart home system with sensor acquisition, motion interrupts, MQTT communication, and real-time automation logic.
Built a real-time ESP32-based edge decision system using sensor data processing and low-latency firmware logic for traffic-related automation.
An Arduino-based security project with sonar, keypad, GSM, and Wi-Fi based real-time alerting and tracking features.
Designed and developed a low-cost 3D-printed prosthetic hand prototype with basic mechanical actuation to assist physically disabled individuals in daily activities.