Software Engineer [Multiple Positions Available]

DESCRIPTION:

Duties: Design, develop and implement software solutions.

Solve business problems through innovation and engineering practices.

Involved in all aspects of the Software Development Lifecycle (SDLC) including analyzing requirements, incorporating architectural standards into application design specifications, documenting application specifications, translating technical requirements into programmed application modules, and developing or enhancing software application modules.

Identify or troubleshoot application code-related issues.

Take active role in code reviews to ensure solutions are aligned to pre-defined architectural specifications.

Assist with design reviews by recommending ways to incorporate requirements into designs and information or data flows.

Participate in project planning sessions with project managers, business analysts, and team members to analyze business requirements and outline proposed solutions.

QUALIFICATIONS:

Minimum education and experience required: Master's degree in Electrical Engineering, Computer Science, Computer Engineering, Computer Information Systems, or related field of study plus 3 years of experience in the job offered or as Software Engineer, IT Consultant, or related occupation.

The employer will alternatively accept a Bachelor's degree in Electrical Engineering, Computer Science, Computer Engineering, Computer Information Systems, or related field of study plus 5 years of experience in the job offered or as Software Engineer, IT Consultant, or related occupation.

Skills Required: This position requires experience with the following: Integrating IBM Mainframe CICS to support business processes and ensure data transactions; migration for IBM CDC QREP environments to ensure transitions and minimal disruption of data capture processes; Developing applications using IBM Mainframe MQ APIs to improve communication and data flow between Mainframe and distributed applications; Configuring UMMQ and Distributed MQ environments to support messaging solutions; Tuning JVM parameters to optimize performance and resource utilization for Java applications; Implementing design patterns to improve efficacy, reduce redundancy, and facilitate maintenance; Developing robust, high-performance applications using Java; Using object-oriented principles, Java EE frameworks, Spring, Spring Boot, Hibernate, JPA, and Maven to build software solutions; Integrating Java and Python components within technology stacks to facilitate interoperability and data exchange; Implementing scalable software solutions using both Monolithic and Microservices approaches within Service-Oriented Architecture and Distributed Cloud Environments (AWS and PCF); Applying Domain-Driven Design (DDD) principles to create software architectures; Using SAGA patterns for managing distributed transactions and implementing CQRS for optimizing data handling and improving system performance; Developing Terraform scripts and modules to automate the ...