A hands-on strong cloud architect to define, implement the serverless and container-based cloud application architecture using GCP PaaS component and services.
Govern the implementation of the proposed transformation solution, test strategy, deployment strategy.
Ensure the modernized application nonfunctional and functional requirements and metrics are met as per client expectations.
Understand technical Design from Technical Design / Approach including Application, Middleware, Cloud, Integration, Database Design etc
Help enterprises embrace the transformation to the cloud
Essential Skills :
Should have minimum 10+ years solid experience in Java development and design patterns
5+ years of solid experience in Cloud PaaS Services : GCP
Played solution architect in green field development project.
Should have implemented at least 1 complex cloud development / migration project
Strong knowledge of architectural principles, frameworks, design patterns and industry best practices for design and development
Strong experience in either one of the frameworks - J2EE tools, frameworks, web services and libraries such as Spring, Spring MVC, Spring Boot, Hibernate, Junit, Mockito, Jenkins, Maven and JPA
Containers and Serverless : Should have hands-on experience in Docker and Kubernetes, API gateway, functions and most managed services etc
Experience working in Docker containerization tool and creating images
Good understanding and technical expertise in Microservices architectures
Deploy and administer components using the Application Server (Jboss AS, WebLogic, Tomcat Apache, Radiant Virtual Directory server, etc)
Knowledge on security OAuth 2.0, JWT, Spring Security, PING Access / Federate (Resource Server), 2-Way SSL
Manage auto build processes using Eclipse, Maven, SVN, etc.
Database : Oracle, SQL Server, Fine tuning and performance optimization
Knowledge on Knowledge in Devops tools in GCP environment
Open-source tools and technologies knowledge is a must
Additional skill preferred :
Strong Backend experience on REST API implementation