Abderrahmane Fattouhi

Project: Document Management & AI - LOANSCAPE Program

Within the strategic LOANSCAPE program, a structured financing initiative aimed at revamping the entire Front-to-Back chain.

Integrated into the DocMngt squad: development from scratch of an intelligent document processing platform covering AI analysis of financial documents, classification, comparison, and document governance.

Full stack development from scratch of the entire platform: Java 21 / Spring Boot backend modules, Angular 20/TypeScript frontend modules, PostgreSQL data model managed via automated Liquibase migration scripts.

Design and development of GraphQL APIs exposed to consuming applications.

Development of a distributable Angular library, embedding DMS and AI functionalities into third-party ecosystem applications.

Implementation of audit trail, document versioning, and data lineage mechanisms in a banking compliance context.

Implementation of application security on the backend and frontend: Keycloak integration (SSO), OAuth2/OIDC token management, endpoint security, access control by resource and business scope.

Writing automated tests at all levels: unit tests (JUnit, Jest), integration and API tests (Karate), E2E tests (Playwright).

Contribution to GitLab CI/CD pipelines and Kubernetes deployment via ArgoCD and Helm. Participation in architecture choices and technical reviews with the Tech Lead.

Crossed code reviews with other developers, sharing best practices, mutual skill enhancement.

Estimating technical tasks and participating in scoping and work breakdown sessions.

Direct exchanges with BAs and PO for clarification of management rules and business rules.

Contribution to technical architecture documentation.

Project: Digitalization of aeronautical contracts – EBCS

As part of the EBCS project at Airbus, a strategic initiative aimed at digitizing contract creation processes for customers wishing to acquire aircraft.

Participation in the design and implementation of a solution for automating, structuring, and managing contracts, as well as migrating existing documents to a centralized system, interacting with the Skywise platform for data exploitation and valorization.

Achievements: Full stack development of critical backend Java 17 Spring Boot features, Angular frontend, in a complex environment focused on aeronautical contract management.

Design and implementation of secure REST APIs for integration with internal Airbus systems and interfacing with the Skywise platform.

Participation in the structuring and modeling of contractual data in a demanding business context (aeronautics / complex contracts).

Contribution to document migration to a centralized repository, with transformation, normalization, and data quality control.

Exploitation of data from Skywise to enrich document processes and improve traceability.

Optimization of application performance through improvement of SQL queries and analysis of critical processes.

Corrective and evolutionary maintenance in a critical environment: analysis, diagnosis, and resolution of incidents.

Technical documentation of REST APIs and application flows to ensure maintainability and knowledge capitalization.

Close collaboration with business teams (BA, PO) for understanding and translating functional requirements.

Active participation in Agile ceremonies (SCRUM) and contribution to the continuous improvement of team practices.

Project 2: Electronic Payment System – PowerCARD - HPS

As part of an assignment at HPS, participation in the development and evolution of the PowerCARD platform, an electronic payment solution used by financial institutions for managing electronic transactions (bank cards, payments, real-time processing).

Involvement in application components related to transactional flow processing, service exposure, and integration with banking systems.

Project 1: Smart Parking – Smart City Ecosystem (KF2Y)

As part of an internal project at KF2Y, participation in the development of a smart parking solution integrated into a smart city ecosystem.

Design and implementation of a digital platform for optimized parking space management, combining a mobile application, web interface, and backend services, with advanced reservation, notification, and authentication features.