Ahmed Abdelrasoul 👋

Amit Learning

• Developed and deployed machine learning models for real-world business problems.
• Worked on computer vision and deep learning projects, including image classification and object detection.
• Collaborated with cross-functional teams to deliver AI solutions.
• Utilized tools such as Power BI, Orange, and Python for data analysis and visualization.
• Enhanced problem-solving and MLOps skills through hands-on experience.

Fuzetek

• Gained hands-on experience in system design, including planning, architectural design, and implementation of scalable software solutions.
• Learned and applied software testing processes, such as unit testing, integration testing, and code review best practices.
• Worked with modern frameworks and cloud technologies to deliver robust web applications and backend services.
• Collaborated in team projects, contributing to design discussions, documentation, and agile development cycles.

Key projects:

Hospital Management Demo – Full-stack hospital management system.
Summary: A console-based C++ project demonstrating OOP and data structures for hospital operations.
Main topics: Patient/doctor management, appointment booking, emergency handling, medical history, test queue, stack/queue usage, and basic error handling.
Structure: Patient, Doctor, and Hospital classes; main() for test cases.
How to run: Build and run test.cpp in Visual Studio or g++.

Chat App – WhatsApp-inspired C++ chat application.
Summary: Console-based team project featuring user management, private/group chats, message handling, and admin controls.
Main topics: OOP, data structures, user sign-up/login, group admin tools, message search/delete, and menu-driven interface.
How to run: Compile project.cpp with g++ or Visual Studio and run the executable.

BigIntProject (C++) – Arbitrary-precision integer arithmetic library.
Summary: Developed a high-performance C++ library for arbitrary-precision integer arithmetic, featuring a custom BigInt class with full support for mathematical and comparison operations.
Main topics: Efficient algorithms for large number calculations, operator overloading, robust error handling, and comprehensive automated tests.
Structure: BigInt class, mathematical/comparison operator overloads, error handling, and test suite.
How to run: Build and run main.cpp in Visual Studio or g++.

TrieProject (C++) – Efficient prefix-tree data structure for string storage, search, insertion, and deletion. Summary: Implemented a Trie (prefix tree) in C++ for efficient storage, search, insertion, and deletion of strings, supporting word and prefix-based operations.
Main topics: Tree-based data structure, node management, efficient string algorithms, and dynamic memory handling.
Structure: TrieNode class with children array and end-of-word flag, Trie class with insertion, search, and deletion methods.
How to run: Build and run TrieDS.cpp in Visual Studio or g++.