Serve as a Full Stack Developer with React JS, while the back-end is structured with the Java Quarkus framework. My role encompasses planning, requirement analysis, and providing detailed estimates for user stories, develop rest API’s, ensuring seamless integration and delivery. This project is specifically tailored to support the automobile manufacturing industry, with a focus on implementing comprehensive role management functionalities within an Agile Scrum environment.

Development of both front-end and back-end solutions for Mercedes-Benz CAR. The front-end is engineered using ReactJS, providing a dynamic and responsive user interface, while the back-end is built with the Java Quarkus framework. My responsibilities extend to enhance development, planning, requirement analysis, providing accurate estimates for user stories, ensuring alignment with project timelines and objectives. All development is conducted within an Agile Scrum environment.

As a Full Stack Developer, I created a cross-platform IoT mobile app using React Native and Node.js. The frontend featured a responsive interface with Redux for efficient state management and real-time device control. On the backend, I developed secure RESTful APIs with Express and used MongoDB for scalable data storage, optimizing data synchronization to minimize latency and ensure seamless user interaction.

Time tracking management application that allowing users to manage their time either manually or automatically. This app enables users to create groups and manage multiple tasks, offering flexibility in how they track and organize their work. The activities can be triggered manually or automatically via Bluetooth. The application is built to work across platforms, featuring both a responsive web version and native mobile versions for Android and IOS. Users can effortlessly view and track their daily schedules, ensuring they stay on top of their tasks and deadlines.

I lead the development of both front-end and back-end components to support the automation of the textile production system. The front-end is developed using ReactJS, offering a user-friendly and responsive interface, while the back-end is powered by the Java Spring framework, ensuring robust and efficient processing. This project integrates IoT technology to streamline production workflows, enabling real-time data collection and monitoring. Additionally, it incorporates various role management features to optimize operations and enhance decision-making within the textile industry.

As full stack developer, I contributed to a comprehensive school management system designed to automate various operations for schools and colleges. This large-scale project was developed in multiple phases, with features that track and manage user records related to students, teachers, parents, and administrative staff. The system also includes advanced accounting functionalities, offering a wide range of management options. The platform is available in both web and mobile versions, ensuring accessibility across different devices.

This Android application is designed to manage the switch between a generator and local power supply, offering a range of functionalities to enhance control and monitoring. Key features include role management, which allows for customized access and permissions; auto/manual start/stop controls for flexible operation; and comprehensive log reporting to track and analyze usage and performance.

Project description. I contribute to the development of a digital health platform, focusing on the front-end implementation. Utilizing React hooks and a functional programming approach, I effectively address complex logic to meet project requirements. Additionally, I play a key role in developing a customized component library, which enhances our UI design and provides a consistent and efficient user interface across the platform.