Omar Drissi

– Architected and led the development of a secure, data-driven platform designed to revolutionize the company's hiring process and streamline HR operations. – Implemented enterprise-grade security with authentication flows, granular authorization, and robust user session management. – Redesigned and automated HR operations by transforming manual workflows into modular, data-driven features such as department configuration, skills mapping, and standardized candidate communication, significantly improving efficiency and reducing repetitive tasks. – Built an intelligent recruitment pipeline integrating job offer management, automated technical assessments with real-time scoring, and smart interview scheduling with evaluator assignment and availability tracking, enhancing transparency, accuracy, and overall hiring speed. – Streamlined deployment cycles by setting up containerizing services and orchestrating deployments, which enabled zero-downtime rollouts, faster delivery cycles, and improved scalability. – Enforced high code quality and reliability by integrating static code analysis and automated unit and integration testing, reducing bugs in production and ensuring long-term maintainability.

– Architected and developed a secure, scalable web platform using Java and React, streamlining operations between insurance providers, contracting firms, and members reducing manual workflows and boosting cross-team efficiency. – Implemented a secure authentication and role-based access control system, enabling users to register, authenticate, and manage sensitive personal and contract-related data with confidence. – Engineered a comprehensive insurance and contracting firm management module, enabling full CRUD operations for companies, automated onboarding of contractors, assignment and tracking of contracts in real time significantly improving operational transparency and eliminating manual tracking inefficiencies. – Built a dynamic healthcare professional directory with real-time scheduling features, allowing practitioners to register, manage availability, and be discoverable by users seeking medical appointments enhancing accessibility to healthcare services and significantly reducing appointment backlogs. – Automated the medical claim process, including digital form submission, validation of medical data, and auto-generation of medical statements to reduce human error and administrative delays. – Ensured high test coverage and maintainability by writing and executing unit and integration tests, and continuously improving code quality via analysis. – Implemented centralized exception handling with custom exception classes and global exception resolvers to return structured error responses (HTTP 4xx/5xx). – Integrated RESTful endpoints with frontend using React, implementing async data fetching, state management, and error handling for a seamless UX.