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Requirements Readiness Summary

LMU/COICP Example

Requirements Readiness Summary Example

Summarize LMU/COICP ES-102 requirements readiness and hand concrete university business-problem scenarios to ES-103 Planning so the reader can follow one software project stage by stage.

ES-102 Readiness Planning Handoff
← Previous Requirements Review
Current Requirements Readiness Summary
Next → Planning

Example purpose

This artifact summarizes ES-102 Requirements.

It decides whether LMU-COICP-REQ-001 is ready to move into ES-103 Planning and whether the handoff is concrete enough to preserve one continuous software-engineering story.

Project

LMU Campus Operations and Incident Coordination Platform

Document control

Field Value
Artifact owner COICP Product Owner
Primary reviewers COICP Product Engineer, Architecture Review Board chair, IT security reviewer, AI reviewer, Compliance reviewer, Campus Safety liaison, Facilities reviewer, Residence Life reviewer
Status Accepted with carried-forward actions
Last updated 2026-07-06
Related Engineering Stage ES-102 — Requirements and Constraints
Project workspace target docs/project-workspace/requirements/requirements_readiness_summary.md
Previous stage ES-101 — Vision and Problem Definition
Next stage ES-103 — Planning

Requirements context

Field Value
Source vision package ES-101 — Vision and Problem Definition
Requirements baseline produced LMU-COICP-REQ-001
Planning baseline expected next LMU-COICP-PLAN-001
Architecture baseline expected later LMU-COICP-ARCH-001
Design baseline expected later LMU-COICP-DES-001
Implementation baseline expected later LMU-COICP-IMPL-001
Integrated baseline expected later LMU-COICP-INT-001
Release candidate expected later LMU-COICP-RC-001
Downstream release posture Internal engineering review only
Planned downstream review environment LMU-COICP Internal Engineering Review Environment
Planned downstream dataset Spring Semester Synthetic Incident Dataset
Planned downstream synthetic records 421
Planned downstream reviewer accounts 24
Planned downstream review window March 18–22, 2026
AI Incident Summary Deferred / disabled
Operational pilot Not approved

Readiness decision

Decision: Ready to proceed to Planning with scenario-specific carry-forward actions.

The requirements package is ready because it defines realistic LMU business problems that Planning can turn into work packages:

  • COICP-SYN-001 Information Commons leak intake;
  • COICP-SYN-118 Damen Hall Facilities handoff;
  • COICP-SYN-204 Mertz Hall Residence Life access;
  • COICP-SYN-219 Cudahy Science HVAC closure;
  • COICP-SYN-322 emergency-boundary rejection;
  • COICP-SYN-407 optional IT ownership extension.

Completed artifacts

Artifact Status Planning Handoff
requirements_overview.md Complete scenario set, themes, risks, boundaries
functional_requirements.md Complete scenario-specific system behaviors
non_functional_requirements.md Complete quality targets tied to scenario risks
constraints.md Complete internal-review-only, synthetic-only, AI-disabled, emergency-boundary constraints
use_cases.md Complete realistic university workflows
traceability_matrix.md Complete lineage from requirement to scenario to later stages
requirements_review.md Complete scenario coverage, findings, acceptance conditions

Scenario handoff to Planning

Scenario Planning Must Create
COICP-SYN-001 intake workflow work package and create evidence assumptions
COICP-SYN-118 handoff/evidence work package and reviewability dependency
COICP-SYN-204 scenario-scoped role model and denied-action planning
COICP-SYN-219 status/closure planning and invalid-transition risk
COICP-SYN-322 emergency-boundary planning and Campus Safety wording dependency
COICP-SYN-407 optional IT ownership/handoff extension decision

Major requirements decisions carried forward

  • Six-scenario set accepted as the lifecycle thread.
  • AI Incident Summary is deferred/disabled through RC-001.
  • Internal engineering review only.
  • Spring Semester Synthetic Incident Dataset only.
  • 24 approved reviewer accounts only.
  • Operational pilot is not approved.
  • Emergency-related input must be blocked or redirected.
  • Evidence history is required for creation, owner change, status change, handoff, closure, and scope-warning behavior.
  • Role-based access must be scenario-scoped.

Major risks carried forward

Risk Scenario Target Stage
Evidence write failure COICP-SYN-118 / 219 Planning → Architecture → Design → Testing → DEF-003
Role matrix incomplete COICP-SYN-204 Planning → Architecture → Design → Testing → DEF-002
Invalid transition COICP-SYN-219 Planning → Design → Testing → DEF-001
Emergency-boundary wording weak COICP-SYN-322 Planning → Architecture → Design → Testing → DEF-004
AI accidentally enabled all RC-001 Planning → Architecture → Testing → Release → Governance
Internal review mistaken for pilot all Planning → Release → Deployment → Governance
Synthetic-data cleanup unresolved all Operations → Monitoring → Governance
COICP-SYN-407 scope drift into ITSM COICP-SYN-407 Planning → Architecture

Readiness for ES-103

Yes, Planning can begin.

Planning must not invent a different project. It must plan the same scenario set, same business problems, same evidence needs, same access boundaries, same AI-disabled posture, and same internal-review-only release posture.

Final readiness statement

LMU/COICP is ready to begin ES-103 Planning.

The requirements baseline now gives Planning concrete university business problems and a clear handoff. This establishes the lineage needed for the reader to follow one realistic software project through every subsequent stage.

Continue to Planning

Use the accepted scenario-driven requirements package to create work breakdown, roles, milestones, dependencies, estimates, risks, and planning readiness evidence.

Open Planning →