{"schemaVersion":"1.0","exportedAt":"2026-05-15T12:51:30.139Z","occupation":{"soc":"15-1251.00","title":"Computer Programmers","group":"Computer & Mathematical","sector":"54","jobZone":4,"jobZoneInferred":false},"framework":{"version":"v.26.05","description":"","contextCovered":"This framework covers professional software development contexts ranging from entry-level coding tasks on structured projects to principal-level technical leadership and organizational strategy in enterprise and commercial computing environments.","levels":{"emerging":{"label":"Emerging","statements":["Basic program logic and workflow diagrams — construct and interpret under direct supervision using standard charting conventions in a structured development environment.","Simple coded instructions — write and trace through using a designated programming language while following team coding standards on an assigned project.","Known syntax errors and runtime exceptions — identify and correct by reviewing compiler output under the guidance of a senior programmer.","Trial runs of small software modules — execute and document results in a controlled test environment to confirm that outputs match expected specifications.","Existing program documentation and inline comments — read and apply to understand code intent before making minor updates to a maintained codebase.","Basic database queries and data retrieval operations — write and test using standard SQL syntax within an established database management system.","Version control procedures — follow consistently when committing, branching, and merging code changes in a team repository environment.","Program requirements and task assignments — receive, interpret, and clarify with a supervisor before beginning development work on a software module.","Standard development environment tools including editors, debuggers, and compilers — set up and operate under guidance on a departmental workstation.","Initial program documentation drafts — prepare by recording development steps and inserting explanatory comments in coded instructions as directed by a lead programmer."]},"developing":{"label":"Developing","statements":["Workflow charts and logical diagrams — develop independently to describe input, output, and processing steps before converting them into coded instructions for routine business applications.","Existing programs requiring efficiency improvements or new functionality — revise and expand with limited oversight, applying knowledge of system capabilities and symbolic logic.","Recurring defects and logic errors — diagnose and resolve by making targeted code changes and re-running validation tests across familiar application components.","Software packages supporting specific operational tasks such as inventory tracking or data retrieval — write, update, and maintain in alignment with defined user requirements.","Trial runs of updated programs and software applications — conduct systematically and document findings to verify correct outputs before releasing changes to a staging environment.","Stakeholder clarifications on program intent and functional requirements — gather through structured consultations with technical and managerial personnel and incorporate into revised specifications.","Object-oriented and component-based design patterns — apply routinely when developing modular code within an established application architecture.","Web platform development tools and related frameworks — use to build and maintain web-based application features according to project standards and timelines.","Comprehensive program revision histories and technical documentation — compile and maintain so that teammates can understand design decisions and subsequent code changes.","Time and task estimates for assigned development work — produce and manage independently, adjusting priorities in response to shifting project requirements within a development team."]},"proficient":{"label":"Proficient","statements":["Complex, non-routine programs spanning multiple subsystems — design, write, and optimize autonomously by applying advanced symbolic logic and deep knowledge of computer capabilities across the full software development lifecycle.","Cross-functional requirements from engineering, operations, and management stakeholders — analyze, reconcile, and translate into precise program specifications and architectural decisions without supervisory direction.","Systemic performance bottlenecks and logic failures in large, production codebases — isolate, repair, and validate through rigorous testing and analysis of system-wide behavior.","Existing legacy programs — evaluate for operational efficiency, lead refactoring efforts, and adapt them to new technical or business requirements while preserving data integrity.","End-to-end test plans for critical software applications — design and execute to ensure reliability, correctness, and compliance with quality standards before production deployment.","Detailed workflow models for complex data processing pipelines — author and convert into scalable, maintainable code using appropriate languages and cloud-based or storage networking tools.","Database architecture and management system configurations — assess, optimize, and maintain to support high-volume data storage and retrieval demands in enterprise environments.","Technical documentation and code commentary for sophisticated modules — produce at a level of depth and clarity sufficient for onboarding new team members and supporting long-term maintenance.","Emerging programming languages, frameworks, and development tools — evaluate critically and integrate selectively into the team's technology stack based on sound systems analysis.","Quality control analyses of software outputs and system behavior — conduct independently and present findings with recommended corrective actions to technical leadership."]},"advanced":{"label":"Advanced","statements":["Organization-wide programming standards, coding conventions, and software development methodologies — establish and champion to ensure consistency, quality, and scalability across all development teams.","Strategic technical direction for large-scale software initiatives — set by synthesizing business objectives, engineering constraints, and emerging technology trends at the executive or principal level.","Junior and mid-level programmers — mentor and develop through structured code reviews, pair programming sessions, and individualized feedback within a professional development framework.","Enterprise software architecture decisions — lead by evaluating system-level trade-offs, directing feasibility analyses, and aligning technology choices with long-term organizational goals.","Cross-departmental technology consultations involving senior management and engineering leadership — facilitate to define program intent, surface systemic problems, and drive adoption of high-impact solutions.","Policies for documentation, version control, and program lifecycle management — author and enforce across the department to sustain institutional knowledge and reduce technical debt at scale.","Critical system failures and high-severity production incidents — direct diagnosis and resolution efforts, coordinating multiple programming teams under pressure and communicating status to executive stakeholders.","Innovation roadmaps for tooling, platforms, and development environments — define and prioritize by evaluating cloud-based, database, and web development technologies for long-range competitive advantage.","Organizational risk posture related to software quality, technical debt, and security — assess through advanced systems evaluation and advise senior leadership on mitigation strategies and investment priorities.","Workforce planning for programming talent including hiring criteria, onboarding curricula, and skills gap analyses — lead to build a high-performing development organization aligned to strategic business needs."]}}},"sources":{"onet":"v30.2 (CC BY 4.0)","crosswalk":"https://skillscrosswalk.com","generator":"LER.me"},"attribution":"© EBSCOed"}