I Design High-Performance
Backend Systems
That Scale
Specializing in .NET, Event-Driven Microservices, and Cloud-Native Infrastructure. Experienced in solving complex concurrency challenges and delivering resilient, low-latency applications.
I architect
resilient systems
from the ground up.
Fault-Tolerant by Design
Engineering for the "Failure is Inevitable" mindset, ensuring 24/7 availability.
Working Knowledge of the CAP Theorem
Balancing Consistency, Availability, and Partition Tolerance in distributed nodes.
I am a Backend Software Engineer with a deep-rooted foundation in Computer Engineering. Unlike many high-level developers, my journey began at the hardware level. My experience with Embedded Linux, C++ and Advanced Computer Architecture taught me exactly how a computer works and manages resources at the silicon level.
This "under-the-hood" perspective directly informs how I write high-level software today. I don’t just write code; I architect systems with an acute awareness of memory management, CPU cycles, and network latency. This enables me to build Event-Driven Microservices that are not only scalable but remarkably efficient.
Specializing in the .NET 9 ecosystem, I focus on building production-grade APIs that handle complex concurrency and distributed transactions. By leveraging RabbitMQ for asynchronous messaging and Redis for high-speed state management, I deliver systems designed for massive scale and total fault tolerance.
Technical Arsenal
Software Engineering Expertise
Bridging the gap between high-level distributed cloud architectures and low-level systems engineering with a focus on performance and resilience.
Backend Engineering
Architecture
Cloud & DevOps
Real-Time & Messaging
Systems & Low-Level
Specializing in solving complex concurrency challenges and implementing asynchronous messaging to deliver low-latency applications.
Case Studies
Featured Work
Real-world systems with measurable impact—from competition wins to production-scale deployments.
Click any project to explore the full case study.
AegisDrive: Event-Driven Driver Safety System
A hybrid edge-cloud ecosystem for real-time drowsiness detection. Features a high-performance C++ edge pipeline decoupled via ZeroMQ and a scalable .NET 9 backend utilizing prioritized AWS SQS messaging.
Impact
Winner of Cairo AI Hackathon (50K EGP Investment) and 3rd Place at Nile University UGRF (10K EGP Funding).
Tour Operator Platform – Optimo Tours
A read-heavy, media-intensive travel platform built as a dual-client system: a public Next.js site with SSR/ISR and a separate React SPA admin dashboard, both consuming a single .NET 10 API with JWT auth boundaries.
Impact
Live production system serving real tour operators — zero-auth guest booking pipeline with Amazon SES dual-notification and WhatsApp follow-up.
Tiered Token Bucket Rate Limiter
Application-Layer (Layer 7) DDoS mitigation system designed to protect microservices using the Token Bucket algorithm.
Impact
Implemented thread-safe traffic shaping for high-concurrency distributed systems.
Elevate Fitness Microservices
Event-driven ecosystem for fitness tracking utilizing the Transactional Outbox Pattern and RabbitMQ.
Impact
Achieved atomic consistency between SQL Server writes and message-based service communication.
Online Examination Platform API
Production-grade .NET 9 API featuring Vertical Slice Architecture and secure cloud media management.
Impact
Engineered a cheat-proof exam experience with server-side timing and AWS S3 secure pre-signed URLs.
Microservices DevOps Pipeline
Automated GitLab CI/CD and Ansible orchestration for a distributed React and Flask stack on AWS EC2.
Impact
Fully automated the software development lifecycle from code push to AWS production deployment.
Distributed Bank System (Qt)
Secure multi-threaded banking platform with XOR-encrypted WebSocket and TCP communication.
Impact
Engineered a low-latency, thread-safe financial server handling concurrent client requests.
Qt WebSocket Real-Time Communication System
A high-performance C++/Qt client-server architecture utilizing persistent, full-duplex WebSocket channels for low-latency bi-directional data exchange.
Impact
Engineered a secure networking layer with XOR-based encryption and SHA-256 integrity verification, achieving millisecond-level RTT for concurrent client sessions .
Career Roadmap
Experience & Education
Professional Experience
Backend Developer Intern
Elevate Tech
- Developed production-grade .NET 9 Web APIs for an online examination platform using VSA and CQRS with MediatR.
- Built a full Fitness Microservices ecosystem using RabbitMQ, MassTransit, Redis, and SQL Server.
- Implemented asynchronous message-based workflows and developed containerized services in a professional team environment.
DevOps Diploma Trainee
Route
- Orchestrated microservices-based web applications on AWS EC2 using Docker, Ansible, and GitLab CI/CD.
- Automated infrastructure provisioning with Terraform and designed production stacks with Nginx and Redis.
- Managed global content delivery for React applications via AWS S3 and CloudFront CDN.
Backend Web Development Trainee
Route
- Built advanced server-side applications using ASP.NET Core, implementing Clean, Onion, and N-Tier architectures.
- Developed a full E-commerce API with .NET 9, integrating Redis caching, JWT authentication, and Stripe payments.
- Applied Repository and Specification patterns to ensure decoupled, maintainable, and testable codebases.
Specialized Technical Training
IMT
Embedded Linux Trainee
124-hour training in Linux Admin, C++, Qt, Raspberry Pi, Yocto, and Multithreaded Server design.
Machinfy Training Center
Software Testing Trainee
Manual & API Testing (Postman), and Automation testing using Selenium and Rest Assured.
Huawei + NTI
HCIA Cloud Computing Trainee
Mastered cloud fundamentals, networking, virtualization, and server setup using FusionCloud.
ITI (Information Technology Institute)
Multi-Program Trainee
Practical exposure to IoT, Agile (Scrum/XP), Performance Testing, and Security Testing.
Education
Bachelor of Science in Computer Engineering
Nile University
Core Focus
Distributed Systems, Cloud Architecture, and Real-Time Systems Engineering.
- •Specialization: High-Performance Distributed Systems.
- •Graduation Project: AegisDrive (Event-Driven Driver Monitoring).
- •Winner of Cairo AI Hackathon (50K EGP Investment).
- •3rd Place in Nile University UGRF (10K EGP Funding).
Get in Touch
Ready to Architect Scalable Systems?
Looking for a backend engineer who can bridge the gap between systems engineering and cloud-native microservices? Let's build something resilient together.
Computer Engineering Graduate from Nile University with a 3.6 GPA . Specializing in high-performance distributed systems and event-driven architectures.
Available for full-time roles, remote collaborations, and performance-critical systems engineering.