ROLE AND RESPONSIBILITY
Data engineering · Stage expectations
Use target responsibility to interpret evidence. These editorial profiles are not company levels or years-of-experience rules. Professional contribution and engineering management are separate paths, determined by actual authority and accountability.
The same question can reveal different evidence at different stages. The 1–4 score is calibrated within the target role and responsibility; a larger project or higher title does not automatically earn a higher score. ICs need not have direct reports.
Junior Data EngineerIndividual-contributor pathComplete a bounded data task, explain definitions, and check anomalies.
Junior Data Engineer
Professional evidence to inspect
- Metric definitions, reproducible analyses, lineage, quality checks, or model evaluations
- Definitions, grain, sample bias, temporal leakage, privacy, and decision risk
Business outcomes
- Complete a bounded data task, explain definitions, and check anomalies.
Evidence: Personal steps, before/after differences, checks, and changes after feedback.
Business outcomes and validation
- Explain the basic approach and recognize a feasible alternative and its conditions.
Evidence: Personal steps, before/after differences, checks, and changes after feedback.
Prioritization and trade-offs
- Check task completion, report errors and unknowns, and do not claim the whole team result.
Evidence: Personal steps, before/after differences, checks, and changes after feedback.
Metrics and causal reasoning
Domain expertise
- Check grain, joins, and calculations with guidance and retain reproduction steps.
Evidence: Personal steps, before/after differences, checks, and changes after feedback.
Data model · Metrics and causal reasoning · Problem decomposition
- Identify and verify role risks: Definitions, grain, sample bias, temporal leakage, privacy, and decision risk. Explain controls and escalation within the actual mandate.
Evidence: Metric definitions, reproducible analyses, lineage, quality checks, or model evaluations
Data model · Metrics and causal reasoning · Problem decomposition
- Use role-relevant artifacts to verify judgment and actions and distinguish personal execution, review, and team output.
Evidence: Metric definitions, reproducible analyses, lineage, quality checks, or model evaluations
Data model · Metrics and causal reasoning · Problem decomposition
Team influence
- Own personal actions, checks, and timely requests for help on defined tasks.
Evidence: Personal steps, before/after differences, checks, and changes after feedback.
Communication
- Keep collaborators informed about progress and blockers and confirm feedback was applied.
Evidence: Personal steps, before/after differences, checks, and changes after feedback.
Communication
- Understand responsibility, privacy, and escalation boundaries; hiring, performance management, and organization design are not expected.
Evidence: Personal steps, before/after differences, checks, and changes after feedback.
Boundaries
Learning, initiative, thinking, and resilience
- Explain how new knowledge was applied and how understanding was checked.
Evidence: Personal steps, before/after differences, checks, and changes after feedback.
Learning transfer
- Seek necessary information, complete checks, and ask specific questions when blocked.
Evidence: Personal steps, before/after differences, checks, and changes after feedback.
Self-direction
- Separate facts, guesses, and unknowns, restate the problem, and check basic causal claims.
Evidence: Personal steps, before/after differences, checks, and changes after feedback.
Structured reflection
- Explain an adjustment after an error or setback; resilience does not mean accepting unreasonable pressure.
Evidence: Personal steps, before/after differences, checks, and changes after feedback.
Resilience and recovery
This link uses the reviewed role–stage combinations without changing your saved default. The same question may appear at several stages with different evidence expectations.
Data EngineerIndividual-contributor pathOwn an analysis, pipeline, or model task and explain the decision it supports.
Data Engineer
Professional evidence to inspect
- Metric definitions, reproducible analyses, lineage, quality checks, or model evaluations
- Definitions, grain, sample bias, temporal leakage, privacy, and decision risk
Business outcomes
- Own an analysis, pipeline, or model task and explain the decision it supports.
Evidence: Independent judgment, option records, validation definitions, collaboration interfaces, and closed-loop outcomes.
Business outcomes and validation
- Compare feasible options under goals and constraints and explain the choice and rejected alternatives.
Evidence: Independent judgment, option records, validation definitions, collaboration interfaces, and closed-loop outcomes.
Prioritization and trade-offs
- Explain a comparable baseline, outcome definition, and observation window and separate personal action from shared output.
Evidence: Independent judgment, option records, validation definitions, collaboration interfaces, and closed-loop outcomes.
Metrics and causal reasoning
Domain expertise
- Select fitting methods, validate quality and bias, and distinguish correlation from causation.
Evidence: Independent judgment, option records, validation definitions, collaboration interfaces, and closed-loop outcomes.
Data model · Metrics and causal reasoning · Problem decomposition
- Identify and verify role risks: Definitions, grain, sample bias, temporal leakage, privacy, and decision risk. Explain controls and escalation within the actual mandate.
Evidence: Metric definitions, reproducible analyses, lineage, quality checks, or model evaluations
Data model · Metrics and causal reasoning · Problem decomposition
- Use role-relevant artifacts to verify judgment and actions and distinguish personal execution, review, and team output.
Evidence: Metric definitions, reproducible analyses, lineage, quality checks, or model evaluations
Data model · Metrics and causal reasoning · Problem decomposition
Team influence
- Own routine tasks or a component from clarification through validation.
Evidence: Independent judgment, option records, validation definitions, collaboration interfaces, and closed-loop outcomes.
Communication
- Coordinate direct dependencies, clarify commitments, and help collaborators deliver shared work.
Evidence: Independent judgment, option records, validation definitions, collaboration interfaces, and closed-loop outcomes.
Communication
- Decide within authority and escalate cross-boundary or sustained risks; peer support is not full people management.
Evidence: Independent judgment, option records, validation definitions, collaboration interfaces, and closed-loop outcomes.
Boundaries
Learning, initiative, thinking, and resilience
- Explain how learning sources were selected, application verified, and unsuitable experience corrected.
Evidence: Independent judgment, option records, validation definitions, collaboration interfaces, and closed-loop outcomes.
Learning transfer
- Identify gaps in closure and arrange validation and follow-up beyond assigned steps.
Evidence: Independent judgment, option records, validation definitions, collaboration interfaces, and closed-loop outcomes.
Self-direction
- Break goals into testable hypotheses, compare evidence, and explain the conditions supporting a conclusion.
Evidence: Independent judgment, option records, validation definitions, collaboration interfaces, and closed-loop outcomes.
Structured reflection
- Review failed assumptions and recovery and show what changed in the next task.
Evidence: Independent judgment, option records, validation definitions, collaboration interfaces, and closed-loop outcomes.
Resilience and recovery
This link uses the reviewed role–stage combinations without changing your saved default. The same question may appear at several stages with different evidence expectations.
Senior Data EngineerIndividual-contributor pathResolve complex data or definition conflicts and verify effects on decisions and production.
Senior Data Engineer
Professional evidence to inspect
- Metric definitions, reproducible analyses, lineage, quality checks, or model evaluations
- Definitions, grain, sample bias, temporal leakage, privacy, and decision risk
Business outcomes
- Resolve complex data or definition conflicts and verify effects on decisions and production.
Evidence: Complex constraints, decisions, critical personal actions, counterevidence, and changes in later reuse.
Business outcomes and validation
- Compare plausible paths, opportunity costs, and counterexamples and explain fit to current constraints.
Evidence: Complex constraints, decisions, critical personal actions, counterevidence, and changes in later reuse.
Prioritization and trade-offs
- Validate outcomes, adverse effects, and alternative explanations and extract transferable but bounded insights.
Evidence: Complex constraints, decisions, critical personal actions, counterevidence, and changes in later reuse.
Metrics and causal reasoning
Domain expertise
- Compare analysis or modeling approaches and handle time semantics, data changes, and validation bias.
Evidence: Complex constraints, decisions, critical personal actions, counterevidence, and changes in later reuse.
Data model · Metrics and causal reasoning · Problem decomposition
- Identify and verify role risks: Definitions, grain, sample bias, temporal leakage, privacy, and decision risk. Explain controls and escalation within the actual mandate.
Evidence: Metric definitions, reproducible analyses, lineage, quality checks, or model evaluations
Data model · Metrics and causal reasoning · Problem decomposition
- Use role-relevant artifacts to verify judgment and actions and distinguish personal execution, review, and team output.
Evidence: Metric definitions, reproducible analyses, lineage, quality checks, or model evaluations
Data model · Metrics and causal reasoning · Problem decomposition
Team influence
- Own complex or ambiguous problems, coordinate key dependencies, and enable others to own work.
Evidence: Complex constraints, decisions, critical personal actions, counterevidence, and changes in later reuse.
Communication
- Resolve cross-role disagreement, move decisions forward, and expand impact through review, coaching, or shared practice.
Evidence: Complex constraints, decisions, critical personal actions, counterevidence, and changes in later reuse.
Communication
- Explain coordination authority and escalation paths; mentoring and craft influence do not imply personnel authority.
Evidence: Complex constraints, decisions, critical personal actions, counterevidence, and changes in later reuse.
Boundaries
Learning, initiative, thinking, and resilience
- Transfer methods across contexts and revise judgment using counterevidence.
Evidence: Complex constraints, decisions, critical personal actions, counterevidence, and changes in later reuse.
Learning transfer
- Identify consequential problems and establish validation cadence rather than simply increase workload.
Evidence: Complex constraints, decisions, critical personal actions, counterevidence, and changes in later reuse.
Self-direction
- Structure ambiguous problems, test alternative explanations, and identify unknowns that change decisions.
Evidence: Complex constraints, decisions, critical personal actions, counterevidence, and changes in later reuse.
Structured reflection
- Adjust goals, methods, or collaboration after setbacks and verify sustained improvement.
Evidence: Complex constraints, decisions, critical personal actions, counterevidence, and changes in later reuse.
Resilience and recovery
This link uses the reviewed role–stage combinations without changing your saved default. The same question may appear at several stages with different evidence expectations.
Staff Data EngineerIndividual-contributor pathOwn methods, trustworthiness, and sustained adoption in a critical data domain.
Staff Data Engineer
Professional evidence to inspect
- Metric definitions, reproducible analyses, lineage, quality checks, or model evaluations
- Definitions, grain, sample bias, temporal leakage, privacy, and decision risk
Business outcomes
- Own methods, trustworthiness, and sustained adoption in a critical data domain.
Evidence: Domain baselines, critical judgments, adoption and transfer records, long-term outcomes, and attribution limits.
Business outcomes and validation
- Compare long-term directions, domain alternatives, and migration costs; establish internal baselines when external comparisons are unavailable.
Evidence: Domain baselines, critical judgments, adoption and transfer records, long-term outcomes, and attribution limits.
Prioritization and trade-offs
- Check sustained adoption, cross-context effects, and costs and explain the distinctive personal judgment.
Evidence: Domain baselines, critical judgments, adoption and transfer records, long-term outcomes, and attribution limits.
Metrics and causal reasoning
Domain expertise
- Establish reusable data standards, methods, and evolution practices and validate adoption.
Evidence: Domain baselines, critical judgments, adoption and transfer records, long-term outcomes, and attribution limits.
Data model · Metrics and causal reasoning · Problem decomposition
- Identify and verify role risks: Definitions, grain, sample bias, temporal leakage, privacy, and decision risk. Explain controls and escalation within the actual mandate.
Evidence: Metric definitions, reproducible analyses, lineage, quality checks, or model evaluations
Data model · Metrics and causal reasoning · Problem decomposition
- Use role-relevant artifacts to verify judgment and actions and distinguish personal execution, review, and team output.
Evidence: Metric definitions, reproducible analyses, lineage, quality checks, or model evaluations
Data model · Metrics and causal reasoning · Problem decomposition
Team influence
- Own a critical professional domain and scale impact through judgment and shared practice, not direct-report count.
Evidence: Domain baselines, critical judgments, adoption and transfer records, long-term outcomes, and attribution limits.
Communication
- Build sustained influence through cross-team mechanisms, professional standards, and developing owners.
Evidence: Domain baselines, critical judgments, adoption and transfer records, long-term outcomes, and attribution limits.
Communication
- Make authority and organizational dependencies explicit and do not claim environmental advantages as personal achievement.
Evidence: Domain baselines, critical judgments, adoption and transfer records, long-term outcomes, and attribution limits.
Boundaries
Learning, initiative, thinking, and resilience
- Renew domain methods and explain when prior experience fails and how new directions are validated.
Evidence: Domain baselines, critical judgments, adoption and transfer records, long-term outcomes, and attribution limits.
Learning transfer
- Identify consequential long-term problems, advance necessary unglamorous work, and set stopping or revision criteria.
Evidence: Domain baselines, critical judgments, adoption and transfer records, long-term outcomes, and attribution limits.
Self-direction
- Develop domain models, recognize local optima and system effects, and explain limits of method transfer.
Evidence: Domain baselines, critical judgments, adoption and transfer records, long-term outcomes, and attribution limits.
Structured reflection
- Correct consequential judgment errors openly and help affected teams recover and learn.
Evidence: Domain baselines, critical judgments, adoption and transfer records, long-term outcomes, and attribution limits.
Resilience and recovery
This link uses the reviewed role–stage combinations without changing your saved default. The same question may appear at several stages with different evidence expectations.
Data team managerManagement pathConnect team data investments to clear business decisions and reliable delivery.
Data team manager
Professional evidence to inspect
- Metric definitions, reproducible analyses, lineage, quality checks, or model evaluations
- Definitions, grain, sample bias, temporal leakage, privacy, and decision risk
Business outcomes
- Connect team data investments to clear business decisions and reliable delivery.
Evidence: Delegation, hiring/development decisions, team outcomes, member growth, feedback, and before/after mechanisms.
Business outcomes and validation
- Compare business priorities, skill allocation, delivery capacity, and people development trade-offs.
Evidence: Delegation, hiring/development decisions, team outcomes, member growth, feedback, and before/after mechanisms.
Prioritization and trade-offs
- Verify team outcomes and people practices and explain personal management actions, member contributions, and ongoing costs.
Evidence: Delegation, hiring/development decisions, team outcomes, member growth, feedback, and before/after mechanisms.
Metrics and causal reasoning
Domain expertise
- Calibrate analysis, engineering, or modeling quality, allocate skills, and delegate technical judgment.
Evidence: Delegation, hiring/development decisions, team outcomes, member growth, feedback, and before/after mechanisms.
Data model · Metrics and causal reasoning · Problem decomposition
- Identify and verify role risks: Definitions, grain, sample bias, temporal leakage, privacy, and decision risk. Explain controls and escalation within the actual mandate.
Evidence: Metric definitions, reproducible analyses, lineage, quality checks, or model evaluations
Data model · Metrics and causal reasoning · Problem decomposition
- Use role-relevant artifacts to verify judgment and actions and distinguish personal execution, review, and team output.
Evidence: Metric definitions, reproducible analyses, lineage, quality checks, or model evaluations
Data model · Metrics and causal reasoning · Problem decomposition
Team influence
- Own team outcomes and people development within the actual mandate, not merely the title.
Evidence: Delegation, hiring/development decisions, team outcomes, member growth, feedback, and before/after mechanisms.
Communication
- Enable ownership through hiring, performance management, coaching, delegation, and feedback.
Evidence: Delegation, hiring/development decisions, team outcomes, member growth, feedback, and before/after mechanisms.
Team design
- Use managerial authority fairly and clarify escalation; personally doing the work cannot replace team capability building.
Evidence: Delegation, hiring/development decisions, team outcomes, member growth, feedback, and before/after mechanisms.
Boundaries
Learning, initiative, thinking, and resilience
- Discover mistaken management assumptions through team feedback and results and validate changes.
Evidence: Delegation, hiring/development decisions, team outcomes, member growth, feedback, and before/after mechanisms.
Learning transfer
- Address systemic talent and delivery gaps and secure necessary resources and clear goals for members.
Evidence: Delegation, hiring/development decisions, team outcomes, member growth, feedback, and before/after mechanisms.
Self-direction
- Distinguish people, process, goal, and resource problems and examine the causal effects of management interventions.
Evidence: Delegation, hiring/development decisions, team outcomes, member growth, feedback, and before/after mechanisms.
Structured reflection
- Own management responsibility, containment, and recovery after team failure rather than shift all costs to members.
Evidence: Delegation, hiring/development decisions, team outcomes, member growth, feedback, and before/after mechanisms.
Resilience and recovery
This link uses the reviewed role–stage combinations without changing your saved default. The same question may appear at several stages with different evidence expectations.
Data organization leaderManagement pathAllocate data capability through multiple leaders and validate portfolio value.
Data organization leader
Professional evidence to inspect
- Metric definitions, reproducible analyses, lineage, quality checks, or model evaluations
- Definitions, grain, sample bias, temporal leakage, privacy, and decision risk
Business outcomes
- Allocate data capability through multiple leaders and validate portfolio value.
Evidence: Organization/resource alternatives, manager development, succession coverage, multi-cycle outcomes, counterevidence, and correction mechanisms.
Business outcomes and validation
- Compare portfolios, organization options, resource flows, and long-term capability and examine stakeholder interests and constraints.
Evidence: Organization/resource alternatives, manager development, succession coverage, multi-cycle outcomes, counterevidence, and correction mechanisms.
Prioritization and trade-offs
- Inspect organizational outcomes across cycles, management quality, succession, and adverse effects and separate mechanisms from external conditions.
Evidence: Organization/resource alternatives, manager development, succession coverage, multi-cycle outcomes, counterevidence, and correction mechanisms.
Metrics and causal reasoning
Domain expertise
- Align data ownership, cross-domain definitions, and governance responsibilities while developing leaders.
Evidence: Organization/resource alternatives, manager development, succession coverage, multi-cycle outcomes, counterevidence, and correction mechanisms.
Data model · Metrics and causal reasoning · Problem decomposition
- Identify and verify role risks: Definitions, grain, sample bias, temporal leakage, privacy, and decision risk. Explain controls and escalation within the actual mandate.
Evidence: Metric definitions, reproducible analyses, lineage, quality checks, or model evaluations
Data model · Metrics and causal reasoning · Problem decomposition
- Use role-relevant artifacts to verify judgment and actions and distinguish personal execution, review, and team output.
Evidence: Metric definitions, reproducible analyses, lineage, quality checks, or model evaluations
Data model · Metrics and causal reasoning · Problem decomposition
Team influence
- Own multi-team or organizational capability through managers with explicit portfolio and decision rights.
Evidence: Organization/resource alternatives, manager development, succession coverage, multi-cycle outcomes, counterevidence, and correction mechanisms.
Communication
- Develop, assess, and empower managers and calibrate organizational boundaries, management quality, and succession.
Evidence: Organization/resource alternatives, manager development, succession coverage, multi-cycle outcomes, counterevidence, and correction mechanisms.
Team design
- Establish upward information flow, conflict-of-interest controls, and decision review rather than routine bypassing.
Evidence: Organization/resource alternatives, manager development, succession coverage, multi-cycle outcomes, counterevidence, and correction mechanisms.
Boundaries
Learning, initiative, thinking, and resilience
- Turn cross-team reviews and external changes into organizational practice and check actual adoption.
Evidence: Organization/resource alternatives, manager development, succession coverage, multi-cycle outcomes, counterevidence, and correction mechanisms.
Learning transfer
- Anticipate capability gaps, build leadership pipelines, and resource long-term problems.
Evidence: Organization/resource alternatives, manager development, succession coverage, multi-cycle outcomes, counterevidence, and correction mechanisms.
Self-direction
- Identify organizational feedback loops, incentives, and delays and use counterevidence to revise strategic and organizational assumptions.
Evidence: Organization/resource alternatives, manager development, succession coverage, multi-cycle outcomes, counterevidence, and correction mechanisms.
Structured reflection
- Own correction during crises and strategic errors and preserve truthful information and organizational recovery.
Evidence: Organization/resource alternatives, manager development, succession coverage, multi-cycle outcomes, counterevidence, and correction mechanisms.
Resilience and recovery
This link uses the reviewed role–stage combinations without changing your saved default. The same question may appear at several stages with different evidence expectations.
This role’s stage × A–H responsibility depth
Editorial responsibility anchors, not measured mastery, company levels, or the 1–4 response score. Read within the role-relevant leaves. Integrity and safety apply at every stage; higher responsibility adds prevention and correction scope.
Read the depth labels
- 0% · Not a general stage expectation
- Not a general expectation for this stage; assess it when the role carries this responsibility.
- 10% · Understand boundaries and participate
- Recognizes the responsibility and escalation boundary; participates with guidance without owning the outcome.
- 25% · Complete bounded work with guidance
- Explains fundamentals, recognizes boundaries, and completes defined work with guidance.
- 50% · Own routine responsibilities independently
- Handles routine problems independently, explains trade-offs, and verifies results.
- 75% · Handle complex work and broaden influence
- Handles ambiguous or cross-team problems, improves shared practices, and enables others to own work.
- 100% · Own organizational capability
- Owns capability building for an organization or critical domain, establishes calibration, and develops other owners.
| Stage | AProfessional problem solving and implementation | BBusiness understanding and domain modeling | CValue judgment and direction setting | DDelivery and ongoing operations | ECollaboration, communication, and influence | FPeople and organization building | GLearning, adaptation, and sustained growth | HProfessional responsibility and work style |
|---|---|---|---|---|---|---|---|---|
| Junior Data Engineer | 50%DetailsCheck grain, joins, and calculations with guidance and retain reproduction steps. Evidence:Metric definitions, reproducible analyses, lineage, quality checks, or model evaluations Definitions, grain, sample bias, temporal leakage, privacy, and decision risk | 25%DetailsOwn personal actions, checks, and timely requests for help on defined tasks. Represent data objects, grain, time, lineage, and definitions and check their correspondence with real events. Evidence:Metric definitions, reproducible analyses, lineage, quality checks, or model evaluations Definitions, grain, sample bias, temporal leakage, privacy, and decision risk | 10%DetailsComplete a bounded data task, explain definitions, and check anomalies. Explain the basic approach and recognize a feasible alternative and its conditions. Evidence:Personal steps, before/after differences, checks, and changes after feedback. | 50%DetailsOwn personal actions, checks, and timely requests for help on defined tasks. Check task completion, report errors and unknowns, and do not claim the whole team result. Evidence:Personal steps, before/after differences, checks, and changes after feedback. | 10%DetailsKeep collaborators informed about progress and blockers and confirm feedback was applied. Evidence:Personal steps, before/after differences, checks, and changes after feedback. | 0%DetailsPeople management is not a general requirement at this stage. Recognize responsibilities and ask for help; do not require hiring, performance reviews, or organization design. Evidence:Personal steps, before/after differences, checks, and changes after feedback. | 25%DetailsExplain how new knowledge was applied and how understanding was checked. Separate facts, guesses, and unknowns, restate the problem, and check basic causal claims. Seek necessary information, complete checks, and ask specific questions when blocked. Explain an adjustment after an error or setback; resilience does not mean accepting unreasonable pressure. Evidence:Personal steps, before/after differences, checks, and changes after feedback. | 25%DetailsUnderstand responsibility, privacy, and escalation boundaries; hiring, performance management, and organization design are not expected. Integrity, safety, and truthful attribution apply at every stage; depth distinguishes the scope of prevention and correction. Evidence:Personal steps, before/after differences, checks, and changes after feedback. |
| Data Engineer | 50%DetailsSelect fitting methods, validate quality and bias, and distinguish correlation from causation. Evidence:Metric definitions, reproducible analyses, lineage, quality checks, or model evaluations Definitions, grain, sample bias, temporal leakage, privacy, and decision risk | 50%DetailsOwn routine tasks or a component from clarification through validation. Represent data objects, grain, time, lineage, and definitions and check their correspondence with real events. Evidence:Metric definitions, reproducible analyses, lineage, quality checks, or model evaluations Definitions, grain, sample bias, temporal leakage, privacy, and decision risk | 25%DetailsOwn an analysis, pipeline, or model task and explain the decision it supports. Compare feasible options under goals and constraints and explain the choice and rejected alternatives. Evidence:Independent judgment, option records, validation definitions, collaboration interfaces, and closed-loop outcomes. | 75%DetailsOwn routine tasks or a component from clarification through validation. Explain a comparable baseline, outcome definition, and observation window and separate personal action from shared output. Evidence:Independent judgment, option records, validation definitions, collaboration interfaces, and closed-loop outcomes. | 25%DetailsCoordinate direct dependencies, clarify commitments, and help collaborators deliver shared work. Evidence:Independent judgment, option records, validation definitions, collaboration interfaces, and closed-loop outcomes. | 10%DetailsSupport peers, mentoring, and professional ownership within the mandate; broader influence does not imply authority over hiring or performance. Evidence:Independent judgment, option records, validation definitions, collaboration interfaces, and closed-loop outcomes. | 50%DetailsExplain how learning sources were selected, application verified, and unsuitable experience corrected. Break goals into testable hypotheses, compare evidence, and explain the conditions supporting a conclusion. Identify gaps in closure and arrange validation and follow-up beyond assigned steps. Review failed assumptions and recovery and show what changed in the next task. Evidence:Independent judgment, option records, validation definitions, collaboration interfaces, and closed-loop outcomes. | 50%DetailsDecide within authority and escalate cross-boundary or sustained risks; peer support is not full people management. Integrity, safety, and truthful attribution apply at every stage; depth distinguishes the scope of prevention and correction. Evidence:Independent judgment, option records, validation definitions, collaboration interfaces, and closed-loop outcomes. |
| Senior Data Engineer | 75%DetailsCompare analysis or modeling approaches and handle time semantics, data changes, and validation bias. Evidence:Metric definitions, reproducible analyses, lineage, quality checks, or model evaluations Definitions, grain, sample bias, temporal leakage, privacy, and decision risk | 75%DetailsOwn complex or ambiguous problems, coordinate key dependencies, and enable others to own work. Represent data objects, grain, time, lineage, and definitions and check their correspondence with real events. Evidence:Metric definitions, reproducible analyses, lineage, quality checks, or model evaluations Definitions, grain, sample bias, temporal leakage, privacy, and decision risk | 50%DetailsResolve complex data or definition conflicts and verify effects on decisions and production. Compare plausible paths, opportunity costs, and counterexamples and explain fit to current constraints. Evidence:Complex constraints, decisions, critical personal actions, counterevidence, and changes in later reuse. | 75%DetailsOwn complex or ambiguous problems, coordinate key dependencies, and enable others to own work. Validate outcomes, adverse effects, and alternative explanations and extract transferable but bounded insights. Evidence:Complex constraints, decisions, critical personal actions, counterevidence, and changes in later reuse. | 75%DetailsResolve cross-role disagreement, move decisions forward, and expand impact through review, coaching, or shared practice. Evidence:Complex constraints, decisions, critical personal actions, counterevidence, and changes in later reuse. | 25%DetailsSupport peers, mentoring, and professional ownership within the mandate; broader influence does not imply authority over hiring or performance. Evidence:Complex constraints, decisions, critical personal actions, counterevidence, and changes in later reuse. | 75%DetailsTransfer methods across contexts and revise judgment using counterevidence. Structure ambiguous problems, test alternative explanations, and identify unknowns that change decisions. Identify consequential problems and establish validation cadence rather than simply increase workload. Adjust goals, methods, or collaboration after setbacks and verify sustained improvement. Evidence:Complex constraints, decisions, critical personal actions, counterevidence, and changes in later reuse. | 75%DetailsExplain coordination authority and escalation paths; mentoring and craft influence do not imply personnel authority. Integrity, safety, and truthful attribution apply at every stage; depth distinguishes the scope of prevention and correction. Evidence:Complex constraints, decisions, critical personal actions, counterevidence, and changes in later reuse. |
| Staff Data Engineer | 100%DetailsEstablish reusable data standards, methods, and evolution practices and validate adoption. Evidence:Metric definitions, reproducible analyses, lineage, quality checks, or model evaluations Definitions, grain, sample bias, temporal leakage, privacy, and decision risk | 100%DetailsOwn a critical professional domain and scale impact through judgment and shared practice, not direct-report count. Represent data objects, grain, time, lineage, and definitions and check their correspondence with real events. Evidence:Metric definitions, reproducible analyses, lineage, quality checks, or model evaluations Definitions, grain, sample bias, temporal leakage, privacy, and decision risk | 75%DetailsOwn methods, trustworthiness, and sustained adoption in a critical data domain. Compare long-term directions, domain alternatives, and migration costs; establish internal baselines when external comparisons are unavailable. Evidence:Domain baselines, critical judgments, adoption and transfer records, long-term outcomes, and attribution limits. | 75%DetailsOwn a critical professional domain and scale impact through judgment and shared practice, not direct-report count. Check sustained adoption, cross-context effects, and costs and explain the distinctive personal judgment. Evidence:Domain baselines, critical judgments, adoption and transfer records, long-term outcomes, and attribution limits. | 100%DetailsBuild sustained influence through cross-team mechanisms, professional standards, and developing owners. Evidence:Domain baselines, critical judgments, adoption and transfer records, long-term outcomes, and attribution limits. | 50%DetailsSupport peers, mentoring, and professional ownership within the mandate; broader influence does not imply authority over hiring or performance. Evidence:Domain baselines, critical judgments, adoption and transfer records, long-term outcomes, and attribution limits. | 75%DetailsRenew domain methods and explain when prior experience fails and how new directions are validated. Develop domain models, recognize local optima and system effects, and explain limits of method transfer. Identify consequential long-term problems, advance necessary unglamorous work, and set stopping or revision criteria. Correct consequential judgment errors openly and help affected teams recover and learn. Evidence:Domain baselines, critical judgments, adoption and transfer records, long-term outcomes, and attribution limits. | 75%DetailsMake authority and organizational dependencies explicit and do not claim environmental advantages as personal achievement. Integrity, safety, and truthful attribution apply at every stage; depth distinguishes the scope of prevention and correction. Evidence:Domain baselines, critical judgments, adoption and transfer records, long-term outcomes, and attribution limits. |
| Data team manager | 50%DetailsCalibrate analysis, engineering, or modeling quality, allocate skills, and delegate technical judgment. Evidence:Metric definitions, reproducible analyses, lineage, quality checks, or model evaluations Definitions, grain, sample bias, temporal leakage, privacy, and decision risk | 75%DetailsOwn team outcomes and people development within the actual mandate, not merely the title. Represent data objects, grain, time, lineage, and definitions and check their correspondence with real events. Evidence:Metric definitions, reproducible analyses, lineage, quality checks, or model evaluations Definitions, grain, sample bias, temporal leakage, privacy, and decision risk | 75%DetailsConnect team data investments to clear business decisions and reliable delivery. Compare business priorities, skill allocation, delivery capacity, and people development trade-offs. Evidence:Delegation, hiring/development decisions, team outcomes, member growth, feedback, and before/after mechanisms. | 75%DetailsOwn team outcomes and people development within the actual mandate, not merely the title. Verify team outcomes and people practices and explain personal management actions, member contributions, and ongoing costs. Evidence:Delegation, hiring/development decisions, team outcomes, member growth, feedback, and before/after mechanisms. | 75%DetailsEnable ownership through hiring, performance management, coaching, delegation, and feedback. Evidence:Delegation, hiring/development decisions, team outcomes, member growth, feedback, and before/after mechanisms. | 100%DetailsEnable ownership through hiring, performance management, coaching, delegation, and feedback. Evidence:Delegation, hiring/development decisions, team outcomes, member growth, feedback, and before/after mechanisms. | 50%DetailsDiscover mistaken management assumptions through team feedback and results and validate changes. Distinguish people, process, goal, and resource problems and examine the causal effects of management interventions. Address systemic talent and delivery gaps and secure necessary resources and clear goals for members. Own management responsibility, containment, and recovery after team failure rather than shift all costs to members. Evidence:Delegation, hiring/development decisions, team outcomes, member growth, feedback, and before/after mechanisms. | 75%DetailsUse managerial authority fairly and clarify escalation; personally doing the work cannot replace team capability building. Integrity, safety, and truthful attribution apply at every stage; depth distinguishes the scope of prevention and correction. Evidence:Delegation, hiring/development decisions, team outcomes, member growth, feedback, and before/after mechanisms. |
| Data organization leader | 25%DetailsAlign data ownership, cross-domain definitions, and governance responsibilities while developing leaders. Evidence:Metric definitions, reproducible analyses, lineage, quality checks, or model evaluations Definitions, grain, sample bias, temporal leakage, privacy, and decision risk | 100%DetailsOwn multi-team or organizational capability through managers with explicit portfolio and decision rights. Represent data objects, grain, time, lineage, and definitions and check their correspondence with real events. Evidence:Metric definitions, reproducible analyses, lineage, quality checks, or model evaluations Definitions, grain, sample bias, temporal leakage, privacy, and decision risk | 100%DetailsAllocate data capability through multiple leaders and validate portfolio value. Compare portfolios, organization options, resource flows, and long-term capability and examine stakeholder interests and constraints. Evidence:Organization/resource alternatives, manager development, succession coverage, multi-cycle outcomes, counterevidence, and correction mechanisms. | 75%DetailsOwn multi-team or organizational capability through managers with explicit portfolio and decision rights. Inspect organizational outcomes across cycles, management quality, succession, and adverse effects and separate mechanisms from external conditions. Evidence:Organization/resource alternatives, manager development, succession coverage, multi-cycle outcomes, counterevidence, and correction mechanisms. | 100%DetailsDevelop, assess, and empower managers and calibrate organizational boundaries, management quality, and succession. Evidence:Organization/resource alternatives, manager development, succession coverage, multi-cycle outcomes, counterevidence, and correction mechanisms. | 100%DetailsDevelop, assess, and empower managers and calibrate organizational boundaries, management quality, and succession. Evidence:Organization/resource alternatives, manager development, succession coverage, multi-cycle outcomes, counterevidence, and correction mechanisms. | 75%DetailsTurn cross-team reviews and external changes into organizational practice and check actual adoption. Identify organizational feedback loops, incentives, and delays and use counterevidence to revise strategic and organizational assumptions. Anticipate capability gaps, build leadership pipelines, and resource long-term problems. Own correction during crises and strategic errors and preserve truthful information and organizational recovery. Evidence:Organization/resource alternatives, manager development, succession coverage, multi-cycle outcomes, counterevidence, and correction mechanisms. | 100%DetailsEstablish upward information flow, conflict-of-interest controls, and decision review rather than routine bypassing. Integrity, safety, and truthful attribution apply at every stage; depth distinguishes the scope of prevention and correction. Evidence:Organization/resource alternatives, manager development, succession coverage, multi-cycle outcomes, counterevidence, and correction mechanisms. |