Java Software Engineer

WHAT MAKES YOU A GOOD FIT FOR THIS ROLE:

• Strong experience in Java 8 or higher, Spring Framework-Core/Boot/MVC, Hibernate/JPA, JMS/ AMQP/ Kafka, JavaScript and Microservices Architecture
• Experience in SOA based architecture, Web Services (Apache/CXF/JAXWS/JAXRS/SOAP/REST)
• Experience in CI/CD DevOps - Jenkins/Docker/Ansible, Cloud – AWS Unit Testing, Performance Tuning
• Hands on experience of RDBMS like SQL Server, Oracle, MySQL, PostgreSQL
• Experience in using profiler tools (JProfiler/JMeter)
• A good understanding of UML and design patterns
• Additional skills: Knowledge of ESB, NoSQL databases (Hadoop/Cassandra/MongoDB)
• Strong troubleshooting skills in different disparate technologies and environments
• Enthusiastic about different areas of work and exploring new technologies
• Clarity of thought and strong communication skills to effectively pitch solutions
• Ability to explore and grasp new technologies
• Mentoring your team members in projects and helping them keep up with new technologies
• Empowering the team members to be solution providers and enable a flat environment where everyone’s point of view is considered and feedback is encouraged.

WHAT ARE YOUR RESPONSIBILITIES:

• Writing and reviewing great quality code
• Understanding the client’s business use cases and technical requirements and be able to convert them in to technical design which elegantly meets the requirements
• Mapping decisions with requirements and be able to translate the same to developers
• Identifying different solutions and being able to narrow down the best option that meets the client’s requirements
• Defining guidelines and benchmarks for NFR considerations during project implementation
• Writing and reviewing design document explaining overall architecture, framework, and high-level design of the application for the developers
• Reviewing architecture and design on various aspects like extensibility, scalability, security, design patterns, user experience, NFRs, etc., and ensure that all relevant best practices are followed
• Developing and designing the overall solution for defined functional and non-functional requirements; and defining technologies, patterns, and frameworks to materialize it
• Understanding and relating technology integration scenarios and applying these learnings in projects
• Resolving issues that are raised during code/review, through exhaustive systematic analysis of the root cause, and being able to justify the decision taken
• Carrying out POCs to make sure that suggested design/technologies meet the requirements.