MUAATH

01 // OBJECTIVE

Build an interactive developer portfolio that combines modern web development with eldritch horror and exploration-based storytelling.

02 // IMPLEMENTED FEATURES

• Developed a responsive interface using Angular and TypeScript.
• Created a hovering surveillance UAV with cursor-controlled lighting.
• Implemented light-sensitive project records and hidden transmissions.
• Built interactive terminals with dynamic boot sequences.
• Designed atmospheric environments with animated lighting and eldritch elements.

03 // TECHNICAL APPROACH

Angular components manage the interface, while TypeScript handles interactions, scroll events, and light detection. CSS animations create the atmospheric effects and visual transitions.

04 // PROJECT LINKS

01 // OBJECTIVE

Develop a RESTful API for managing student records, applying backend architecture principles, data validation, and structured error handling.

02 // IMPLEMENTED FEATURES

• Implemented CRUD operations using RESTful endpoints.
• Created a layered architecture with Controller, Service, and Repository.
• Used DTOs to separate API requests and responses from database entities.
• Added input validation for student information and email addresses.
• Implemented email uniqueness checks to prevent duplicate records.
• Created global exception handling with meaningful HTTP status codes.

03 // TECHNICAL APPROACH

Built using Java and Spring Boot, with Spring Data JPA and Hibernate for database persistence. The API follows a layered structure and uses DTOs, Bean Validation, and centralized exception handling.

04 // API OPERATIONS

• GET — Retrieve student records
• POST — Create a new student
• PUT — Update student details
• DELETE — Remove a student

05 // PROJECT STATUS

Core CRUD functionality, validation, and exception handling implemented. Additional improvements are planned.

06 // PROJECT LINKS

01 // OBJECTIVE

Develop a RESTful backend API centered around creatures from Arabian folklore while practicing clean architecture, database design, request validation, and error handling.

02 // IMPLEMENTED FEATURES

• Implemented full CRUD operations for mythology creatures.
• Added creature search by name.
• Integrated SQLite for persistent data storage.
• Used Pydantic schemas for request and response validation.
• Prevented duplicate creature names using validation and database constraints.
• Implemented custom exceptions and global error handlers.
• Provided interactive API documentation using Swagger UI.

03 // ARCHITECTURE

The API follows a layered structure with FastAPI routes handling HTTP requests, a service layer managing business logic and database operations, and Pydantic schemas handling validation and serialization.

04 // API OPERATIONS

• GET /creatures
• GET /creatures/{id}
• GET /search?name=
• POST /creatures
• PUT /creatures/{id}
• DELETE /creatures/{id}

05 // TECHNOLOGIES

Python 3, FastAPI, SQLite, Pydantic, and Uvicorn.

06 // PROJECT LINKS