About
Fullstack Web Developer experienced in React, Angular, Spring Boot, and Node.js, with a strong focus on building scalable and maintainable web applications. Skilled in REST API integration, WebSocket-based real-time features, automated testing, and collaborative work within Agile teams to deliver reliable, high-quality solutions.
Skills & Expertise (30)
Work Experience
Web developer
Actia Engineering Services
Feb 2023 - Present
Designed and developed modular, feature-based frontend applications using React and Angular, following scalable architecture principles. Built reusable UI components and grouped API/business logic by feature to improve maintainability and readability. Integrated RESTful APIs and Node.js backend services, including real-time communication with WebSocket. Implemented data synchronization using React Query (React) and RxJS patterns (Angular). Developed advanced forms with React Hook Form and Angular Reactive Forms, with strong validation and test coverage. Ensured application reliability with unit and end-to-end tests using Jest and Cypress. Managed navigation, role-based access, and protected views using React Router and Angular Router.
Backend Java Software Engineer
Actia Engineering Services
Oct 2021 - Jan 2023
Contributed to the maintenance and evolution of CubeMX, by working on backend-oriented features and configuration management. Integrated and validated new SoC configurations, ensuring consistency between configuration data and business rules. Worked extensively with XML-based configuration files, handling parsing, validation, and data mapping. Participated in bug fixing, defect analysis, and performance improvements, following structured issue-tracking workflows. Collaborated in a professional development environment using Git and Gerrit for version control and code reviews. Used Bugzilla for defect tracking and lifecycle management.
End-of-study internship
Leipzig University of Applied Sciences (HTWK)
Mar 2021 - Aug 2021
Designed and implemented an image-processing–based system to monitor sagging in high-voltage power lines, aiming to improve infrastructure safety and early fault detection. Developed algorithms to detect power line wires without background interference, using image preprocessing techniques such as filtering, edge detection, and segmentation. Applied computer vision techniques to accurately extract wire contours and isolate relevant features from complex outdoor environments. Implemented sag calculation algorithms based on geometric and pixel-to-real-world mapping to measure line deformation and variation. Performed accuracy validation and result analysis to assess the reliability of sag detection under different lighting and environmental conditions.
Education
Diploma of Engineer in Embedded Systems - National Engineering School of Sfax (ENIS)
- · Afghanistan
Preparatory cycle for engineering studies - Preparatory Institute of Engineering of Monastir
- · Afghanistan
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Skills (30)
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