• US Citizen

• Green Card

• EAD (OPT/CPT/GC/H4)

• H1B Work Permit

• Corp-Corp

• W2-Permanent

• W2-Contract

• Contract to Hire

• Consulting/Contract

• UG :- - Not Required

• PG :- - Not Required

• No of position :- ( 1 )

• Post :- 25th Jul 2024

Microservices Design Patterns and Best Practices: Define and promote best practices, design patterns (e.g., Circuit Breaker, Gateway Aggregation), and guidelines for microservices development in Java.
Microservices Architecture: Lead the design and architecture decisions related to microservices, including service decomposition, API design, communication protocols (REST), and event-driven architectures.
Code Quality and Standards: Set coding standards, guidelines, and ensure adherence to best practices across the development team
Hands-on Development: Participate actively in coding, reviewing, and troubleshooting complex issues related to microservices development in Java.
Automation: Implement and oversee CI/CD pipelines, automated testing strategies (unit, integration, and end-to-end testing), and monitoring solutions for microservices.
Technical Guidance: Provide mentorship and coaching to the development team. Resolve technical challenges and provide solutions.
Cross-team communication: Work closely with DevOps, QA, and product management teams to ensure seamless integration and delivery of microservices-based solutions.
Performance Optimization: Identify performance bottlenecks and optimize microservices for scalability and efficiency.
Scalability Planning: Plan for horizontal and vertical scaling of microservices based on workload and business needs.
Security Standards: Implement and enforce security practices such as authentication, authorization, and encryption for microservices.
Compliance: Ensure microservices adhere to regulatory and compliance requirements (e.g., GDPR, PCI-DSS) related to data handling and security.
Monitoring and ing: Define monitoring metrics, implement logging, and set up s to proactively manage and maintain microservices in production.
Problem-solving: Analyze complex technical problems and propose effective solutions.
Decision-making: Make informed decisions considering technical feasibility, business impact, and long-term implications.