Java Backend Lead: Spring Boot Microservices (Banking)

Wipro Ltd.; Charlotte (NC); On-site; USD 45,000 - 110,000; Full time

Benefits offered by this job

Medical and dental benefits

Disability insurance

Paid time off

Leave options

Job summary

Wipro Limited is seeking aJava Backend Lead with strong Spring Boot and microservices expertise to drive backend development for banking domain projects. You will architect services, implement RESTful APIs, and ensure security compliance while mentoring engineers in a cross-functional environment.

Based in Charlotte, NC, you will collaborate with global clients on modern cloud platforms and agile delivery. The role emphasizes performance, reliability, and scalable architectures in a fast-paced

Qualifications

• Core Java and Spring Tech stack with microservices experience.

Responsibilities

• Lead backend development team and drive end-to-end technical delivery.
• Architect and design microservices using Spring Boot.
• Implement RESTful APIs and integrations.
• Optimize microservices for performance and scalability.
• Ensure compliance with banking security standards.
• Troubleshoot production issues and perform RCA.
• Mentor junior engineers.

Skills

Core Java

Java 8/11/17+

Spring Boot

Spring MVC

Spring Cloud

Microservices architecture

REST APIs

Kafka/RabbitMQ

Postman

Swagger

Hibernate/JPA

Oracle/MySQL/PostgreSQL

Jenkins

Git

Maven

Docker

Kubernetes

Cloud experience

Tools

Kafka/RabbitMQ

Postman

Swagger

Hibernate/JPA

Oracle/MySQL/PostgreSQL

Jenkins

Git

Maven

Docker

Kubernetes

Cloud (AWS/Azure/GCP)

Job description

Wipro Limited is seeking aJava Backend Lead with strong Spring Boot and microservices expertise to drive backend development for banking domain projects. You will architect services, implement RESTful APIs, and ensure security compliance while mentoring engineers in a cross-functional environment.

Based in Charlotte, NC, you will collaborate with global clients on modern cloud platforms and agile delivery. The role emphasizes performance, reliability, and scalable architectures in a fast-paced