Full Stack Engineer

Project description

Our project involves developing cloud-based, state-of-the-art compliance archive products to securely archive and retain real-time communications data in accordance with internal and external regulatory requirements. This product is developed in-house within an agile framework, addressing business requirements from multiple stakeholders. By applying continuous development and deployment principles, the team aims to transition from project to product management, providing our client with robust compliance archive solutions for the coming decade.

Responsibilities

Participate in the full application development lifecycle for Java applications, microservices, and reusable components to support project objectives.

Apply design patterns, test-driven development (TDD), and behavior-driven development (BDD) to create reliable, maintainable software.

Adapt to various responsibilities and communicate effectively with team members and stakeholders.

Design and deliver end-to-end technical solutions integrated into business processes.

Engage in hands-on coding, code reviews, and architectural decision-making.

Operate within an Agile Systems Development Life Cycle.

Skills

Must have

Looking for 3 to 5 years of experience with the below skills:

Core Java, J2EE, Angular

Worked with the latest features of Java 8, 11, and 17 in Development

Good hands-on coding skills

Spring Framework

Microservices

Kafka or other messaging

Knowledge of crucial APIs: JPA, JTA, CDI, etc.

Knowledge of various design and architectural patterns

Understanding of microservices architecture

Containerization solutions (e.g. Docker, Kubernetes, OpenShift)

Building tools (e.g. Maven, Gradle)

Version Control (e.g. Git)

Continuous Integration systems (e.g., TeamCity, Jenkins)

English Upper-Intermediate

Be well versed with concepts of references, class instances, methods, objects, constructors, mutable/immutable class concepts, functional interface, array list, linked list, hashmap, collections, the difference between recoverable and non-recoverable exceptions, Inversion Control, design a data structure that supports Insert, Delete, Search in constant time complexity, etc.