Mainframe Systems Programmer

Role Overview We are seeking a seasoned Mainframe Transformation leader to drive the standardization and modernization of developer tooling, CI/CD pipelines, and engineering practices as part of the transition from z/VSE to z/OS. This role will define and implement a target-state developer ecosystem, bringing consistency across disparate mainframe systems and enabling modern DevOps practices aligned with enterprise standards. Key Responsibilities Target State Definition Define and establish a future-state mainframe development ecosystem aligned to GitHub, VS Code, and modern CI/CD practices Standardize tools, platforms, and processes across multiple mainframe environments CI/CD & DevOps Transformation Design and implement end-to-end CI/CD pipelines for z/OS applications leveraging tools such as GitHub, IBM DBB, and Wazi Deploy Enable integration with modern developer tools (VS Code, Z Open Editor, Zowe) Tools Strategy & Rationalization Evaluate and rationalize existing mainframe tools Drive adoption of standardized tooling stack (e.g., GitHub, Z Open Editor, debugging, testing, and analysis tools) Establish best practices for code management, scanning, testing, and deployment Engineering Experience Modernization Improve developer productivity and experience through modern IDEs, automation, and AI-assisted development tools Enable shift from legacy (Eclipse/Endevor-based) environments to modern toolchains Change Management & Adoption Drive organizational change management across mainframe teams Lead training, communication, and onboarding for new tools and processes Ensure adoption of standardized development practices Collaboration & Governance Work closely with mainframe SMEs, application teams, infrastructure, and transformation leadership Establish governance, standards, and guardrails for consistent execution Key Outcomes Expected Standardized mainframe developer toolchain across platforms Fully operational CI/CD pipelines for z/OS workloads Improved developer productivity and onboarding simplicity Reduced tool fragmentation and increased engineering consistency Accelerated modernization and readiness for future enhancements (AI, automation, etc.) #J-18808-Ljbffr