Software Engineer II, ITC

• Design, develop, test and deliver iOS point-of-sale capabilities across cart, checkout, payments, receipts and

store integrations.

• Build maintainable Swift and Swift UI solutions using modern mobile architecture and Apple Human Interface

Guidelines.

• Integrate and validate payment solutions, printers, scanners, cash drawers and other store technologies,

including market-specific payment and fiscal requirements.

• Develop unit, UI, integration and regression tests; automate appropriate scenarios while ensuring hardware-

dependent journeys receive hands-on validation.

• Use Xcode, application logs, and code-level investigation to troubleshoot complex failures across software,

payments, hardware, and dependent services.

• Partner with product owners to clarify requirements, define MVP scope, identify technical and quality risks, and

support realistic delivery plans.

• Collaborate with engineering, architecture, infrastructure, privacy and security teams to ensure applications are

properly designed, operated and maintained.

• Improve performance, scalability, extensibility, reliability, usability, availability and testability throughout the

development of lifecycle.

• Participate in sprint planning and Scrum ceremonies, contribute to estimation and execution, and drive defects

through root-cause analysis and resolution.

• Monitor and support production health using engineering observability and analytics tools and contribute to

continuous improvement through DevOps and Agile practices.

• Use AI-assisted engineering tools such as Cursor and GitHub Copilot to improve productivity and code quality,

applying appropriate review, privacy and security practices.

Deliver reliable, maintainable iOS capabilities that meet functionality, quality, security and operational expectations.

• Ensure critical checkout and store-integration journeys are comprehensively validated before release.
• Prevent critical production issues through early risk identification, robust engineering practices, and meaningful

automated coverage.

• Independently investigate and resolve complex failures across application code, payments, hardware and

dependent services.

• Improve application performance, stability, observability, testability, and release readiness over time.
• Communicate engineering status, quality risks and release readiness clearly to technical and business partners.