Imad Berkati

The capacity mechanism ensures France's electricity supply during winter peaks by requiring obligated parties to cover consumption and certifying generation and demand response capacities.

I contributed to the development of a website for the capacity mechanism project (Enedis / RTE), designed for capacity operators to manage their certifications. The platform allows operators to submit, track, and update their generation and demand response capacities, ensuring compliance with the mechanism's requirements.

- Designing and implementing batch processes to handle massive datasets, ensuring efficient data processing and scalability.

- Developing and maintaining Java-based backend services/controllers using Spring Boot, ensuring high performance, scalability, and best practices.

- Developing Kafka consumers to consume events from Kafka topics, processing the events to update and synchronize contracts and PRMs reference data in our system.

- Collaborating with the Product Owner to understand business requirements, refine user stories, and provide technical insights for feasibility and effort estimation.

- Troubleshooting and debugging complex issues in production and development environments, ensuring quick resolution and minimal downtime.

- Writing unit and integration tests to ensure code reliability and coverage for both frontend and backend.

- Creating and maintaining technical documentation to ensure clarity and knowledge transfer for the team.

- Participating in code reviews and mentoring junior developers, sharing knowledge on best practices and new technologies.

- Actively participating in Scrum ceremonies (Daily Stand-ups, Planning, Grooming, Demos, Retrospectives) and SAFe Program Increment (PI) planning to align team efforts with business objectives and ensure continuous delivery of value.

- Team composed of : 7 developers, TechLead, Scrum master and 2 Product owners.

Primarily contributed to three key Java web application projects: Enrolment, Intranet, and Extranet. Played a pivotal role in modernizing a legacy monolithic application by migrating it into a microservices-based architecture.

- Designed and developed microservices from scratch, adhering to the principles of Hexagonal Architecture to ensure maintainability and scalability.

- Secured services with a dedicated Authentication and Authorization Server using JWT tokens to enhance security.

- Delivered new features and resolved critical bugs.

- Collaborated with customer compliance teams to create automated daily, weekly, and monthly reports.

- Designed and implemented batch processes to identify prospects who initiated the enrolment process but did not complete it.

- Analyzed customer behavior metrics, including payment transactions and LCB-FT compliance.

- Applied Test-Driven Development (TDD) and SOLID principles to ensure robust, clean, and maintainable codebases.

- Conducted peer programming, code reviews, and developed proof of concepts (POCs) to explore innovative solutions.

- Containerized microservices using Docker (Dockerfiles, Docker Compose, Docker Swarm) to streamline deployments.

- Implemented CI/CD pipelines using Jenkins and conducted code quality checks with SonarQube.

- Participated in Agile ceremonies: Daily Scrums, Sprint Planning, Backlog Grooming, Sprint Demos, and Retrospectives.

- Team composed of : 7 developers (Front - Back - Mobile), QA, Scrum master and Product owner.

Instant System provides modular and scalable passenger information applications, ticketing integrations, and Mobility as a Service (MaaS) solutions to local transport authorities, helping cities address daily mobility challenges.

As a Java/Spring Developer, I contributed to the development of a MaaS platform designed to foster collaboration between diverse stakeholders (public transport authorities, operators, and private mobility providers) aiming to optimize urban transport management.

- Designed and implemented multiple REST APIs for a white-label mobile application to enhance user accessibility and functionality.

- Delivered new features and resolved technical issues to ensure system reliability and scalability.

- Integrated external ticketing systems (Actoll, Conduent, UBI, VIX, and others) into the ticketing microservice for seamless transaction handling.

- Connected external payment providers (Ingenico, Monetico, PayBox, PayZen, etc.) to the payment microservice, enabling secure and efficient payment processing.

- Externalized microservice configurations using Spring Cloud Config, improving maintainability and simplifying deployment.

- Authored comprehensive technical documentation to facilitate knowledge transfer and maintain project transparency.

- Organized weekly technical meetings to share best practices and enhance test coverage for better code quality.

- Worked in an Agile environment, actively participating in ceremonies such as daily stand-ups, sprint planning, backlog grooming, demos, and retrospectives.

- Team composed of : 5 developers (Back - Mobile), QA, Scrum master and Product owner.