Software Engineer, Software Testing, DevOps

Job Description ESSENTIAL DUTIES AND RESPONSIBILITIES Software Development (Build, Extend, Maintain)

• Develop and maintain software that supports the lifecycle of a complex radiation therapy medical device.
• Write high-quality, reliable code that fulfills product and subsystem requirements in a complex clinical domain.
• Implement automated tests (unit/integration as appropriate) to validate functionality and reduce regressions.
• Contribute to sustaining engineering by troubleshooting, participating in root-cause analysis, and resolving issues found in new or existing functionality.

• Directly impact the development and architecture of software that creates, stores, optimizes and delivers patient treatments.
• Drive critical design and implementation decisions and participate in design discussions for complex systems.
• Present concise designs through written and oral reviews; contribute to clear documentation of designs, decisions, and outcomes.
• Contribute to subsystem requirements and verification approaches for new features.

• Participate in decisions affecting high-performance computation solutions to provide responsive and accurate results that meet clinical expectations.
• Collaborate on technology choices (e.g., languages/libraries, compute approaches) to support performance, maintainability, and testability.

• Work closely with team members to implement quality applications that meet or exceed rigorous testing expectations.
• Operate effectively in a regulated industry with strict process requirements; document work and follow the defined development processes.
• Support continuous improvement efforts (e.g., coding standards, code reviews, test coverage, build/test automation) to increase engineering efficiency without sacrificing quality.

• Collaborate across disciplines (software, systems, test, product, clinical/field stakeholders as needed) to deliver integrated solutions.
• Cross-pollinate the team with theory and practice of software development, object-oriented design, and computer languages.
• Proactively share information and communicate technical status, risks, and decisions to the right audiences at the right level of detail.

• Some travel