Global Technology Engineer III (Java)

As an Engineer III (Java & Angular) in Global Technology Solutions, you’ll design and deliver backend services and event‑driven integrations, and you’ll also build modern Angular user interfaces that make those capabilities easy to use. You’ll work in a cross‑functional team, contribute to design and code reviews, and help improve reliability through automation and observability.

What you'll do

Backend & integration (Java)

• Design, build, test, and maintain Java services and integrations that support core business platforms.
• Develop and operate event‑driven and distributed systems using messaging technologies such as Kafka, RabbitMQ, SonicMQ, or similar.
• Apply strong object‑oriented design, domain‑driven design (DDD), and proven patterns to create maintainable, testable software.
• Collaborate with engineers, architects, and stakeholders to translate requirements into scalable technical designs and working software.

Front end (Angular & UI)

• Build and maintain Angular user interfaces that are performant, accessible, and intuitive.
• Work with Product and UX partners to shape user journeys, UI flows, and robust front‑end implementations.
• Integrate Angular applications with backend APIs and event‑driven workflows to deliver a consistent end‑to‑end experience.
• Contribute to UI quality via component design, state management, error handling, and pragmatic testing approaches.

Engineering excellence & operations

• Own work end‑to‑end across the SDLC: design, development, testing, deployment, and production support.
• Improve CI/CD pipelines so changes ship safely, predictably, and frequently.
• Build and maintain observability (metrics, logs, traces) and use it to improve reliability and performance.
• Contribute to operational and security automation to reduce toil and speed up incident response.
• Participate in code reviews, promote engineering best practices, and mentor junior engineers through guidance and pairing.
• Ensure solutions meet enterprise cybersecurity, development, and compliance requirements.

AI‑Assisted Development and Modern Engineering Practices

•  Use AI‑assisted development tools to improve productivity, code quality, and solution design.
• Prompt effectively and validate AI‑generated output for correctness, security, maintainability, and alignment with standards.
• Apply AI‑assisted workflows to day‑to‑day tasks such as refactoring, test creation, documentation, and troubleshooting.
• Understand governance considerations (data privacy, intellectual property, and responsible usage) in an enterprise environment.