•  Developing a comprehensive plan for GCP architecture, considering specific customer requirements such as scalability, security, and performance.

• Making necessary modifications to the existing AWS application to adapt it to the GCP environment. This may include code changes, configuration adjustments, and network infrastructure modifications.

• Configuring various GCP services, including Virtual Machines, Cloud Storage Buckets, Load Balancers, and more, to meet the application's requirements.

• Integrating existing software components and databases into the new GCP infrastructure while ensuring security considerations.

• Migrating data from the AWS platform to GCP, with a focus on data consistency and integrity.

• Using Terraform or other infrastructure-as-code tools to automate resource provisioning in GCP for an efficient and repeatable process.

• Setting up monitoring tools and procedures to continuously monitor the performance of the GCP infrastructure and the migrated application. Optimizing resource usage to minimize costs and maximize performance.

• Implementing security measures and adhering to compliance guidelines to protect the GCP infrastructure and the migrated application from threats.

• Creating documentation for the GCP infrastructure and providing training to customer personnel on managing and maintaining the new environment.

• Supporting the customer in the actual migration of the application, including testing and validation to ensure smooth operation on GCP.

1.  Conducted thorough requirement gathering to ensure a clear project foundation.

2. Created precise task packages and efficiently assigned them to team members to optimize workload distribution.

3. Took on the role of project coordination, including regular client reporting through meetings and professional presentations.

4. Ensured conscientiously that all acceptance conditions were met according to the agreed-upon criteria.

5. Independently led subprojects with a focus on efficient data acquisition and provision.

6. Facilitated active knowledge transfer through well-structured meetings and in-depth reports to keep the entire team up to date and foster a shared understanding.

• Responsible leadership in the implementation of Helm Charts for the deployment of feature-rich software.
• Development of complex features for Directed Acyclic Graphs (DAGs).
• Conducted a comprehensive technical feasibility analysis of the project.
• Analysis and design of software solution architectures with adaptation of blueprint architecture models.
• Design and execution of test cases in the development environment of the Google Cloud Platform (GCP).
• Diligent assurance of compliance with requirements according to the acceptance concept.
• Careful creation and maintenance of technical documentation.
• Communication at the departmental level with the client, including presenting interim results, developing concepts, and acceptance discussions.
• Independent subproject management with a high level of responsibility.

1.  The project's scope, objectives, and deliverables were clearly defined, ensuring a well-defined project plan.

2. The Minimum Viable Product (MVP) of the Angular application was successfully developed, focusing on essential features.

3. The software architecture, component structure, and routing for the Angular application were designed and implemented.

4. The user interfaces and UI components were created and integrated into the application for a seamless user experience.

5. Backend services and APIs were successfully integrated with the Angular frontend, ensuring data flow between components.

6. Rigorous testing was conducted, identifying and resolving any issues or bugs. User acceptance testing (UAT) validated that the MVP met user expectations.

7. A deployment strategy was planned, considering GCP services and tools for both MVP and final versions.

8. The necessary infrastructure and cloud resources were set up on the Google Cloud Platform, including virtual machines, databases, and networking.

9. The MVP version of the Angular application was deployed on GCP, ensuring that the deployment was functioning correctly.

10. Monitoring and logging tools were implemented to track application performance. Continuous monitoring and resource optimization were conducted on GCP.

11. A strategy for application scalability was planned and implemented as needed, including auto-scaling policies and infrastructure adjustments.

12. Technical documentation for the application and deployment process was created, ensuring clear and comprehensive documentation.

13. Regular communication with the client was maintained throughout the project, providing updates and addressing feedback.

14. The complete and refined version of the Angular application was deployed in the production environment on GCP.

15. Post-deployment support was provided, addressing any issues or updates and offering training to end-users as necessary.

16. The project's success was evaluated against the initial objectives and deliverables. Feedback from users and stakeholders was gathered for future improvements.

These tasks represent a comprehensive overview of the steps and responsibilities involved in successfully completing a project involving the development of an Angular application from the MVP stage to deployment on the Google Cloud Platform.