Farouq Diaa Eldin

Led the development of a .NET Core backend system for TCCD's 29th Job Fair using Azure for deployment and PostgreSQL for data storage, scaling to support 10K+ users while maintaining 99.9% uptime. Managed a 4-person agile team using Jira; boosting sprint completion by 25% via SOLID principles, Clean Architecture, and CI/CD practices. Integrated Swagger for seamless API documentation, enabling efficient integration with the frontend team. Conducted meetings with TCCD directors to gather system requirements and budget constraints, translating business needs into technical specifications.

Completed a software engineering internship during June and July 2025, gaining hands-on experience with innovative IoT technologies. Key accomplishments and skills developed: Go Programming: Learned core concepts like variables, functions, and structs. Built a Tower of Hanoi solver with Go and the Echo framework, featuring a REST API. SNMP & Docker: Designed a client-server system for network device monitoring using SNMP traps, simulating IoT scenarios like door sensors and temperature readings. MQTT Protocol: Developed a smart lighting control system from scratch, including a custom MQTT broker and IoT device simulation clients. Project: Created a full-scale smart lighting system for city-wide street lamp management, using Go, Dkron for scheduling, Echo framework, PostgreSQL, and MQTT for real-time control and monitoring.

During my internship, I worked with .NET 8, applying SOLID principles, dependency injection (AddTransient, Scoped), authorization middleware, global exception handling, and custom exceptions. I also utilized Entity Framework for data handling, managing transactions, eager/lazy loading, and migrations, while following clean architecture. My work involved logging, caching, repository and service design patterns, as well as security measures like JWT tokens. Additionally, I worked with DTOs, ViewModels, AutoMapper, and explored CQRS and security practices.

Developed and executed 10+ Bash scripts to automate routine tasks, improving operational efficiency Manipulated hundreds of files to streamline data processing, including reading, writing, and appending. Automated system tasks such as backups