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Controls Project Closeout & Engineering Handoff

CE-SOP-005 — CONTROLS PROJECT CLOSEOUT & ENGINEERING HANDOFF

Department: Engineering – Electrical Controls & Automation
Document Type: Standard Operating Procedure
Document ID: CE-SOP-005
Revision: Rev. 1.0
Status: Active Standard
Process Owner: Electrical Controls Engineering
Related Documents: CE-SOP-001, CE-SOP-002, CE-SOP-003, CE-SOP-004, CE-SOP-006, CE-SOP-007

1. PURPOSE

The purpose of this Standard Operating Procedure is to establish a consistent process for closing Controls Engineering projects and formally handing completed systems back to Operations, Maintenance, Engineering, and other applicable stakeholders.

The objective is to ensure that a project is not considered complete simply because:

"The machine is running."

A Controls Engineering project is complete when the system is:

SAFE

FUNCTIONAL

TESTED

VALIDATED

RECOVERABLE

DOCUMENTED

HANDED OFF

and

SUPPORTABLE

This SOP establishes the Controls Engineering:

DEFINITION OF DONE

2. SCOPE

This SOP applies to completed projects involving:

PLC modifications
HMI modifications
SCADA modifications
New I/O
Alarm additions
Sequence modifications
Interlock modifications
Permissive modifications
New sensors
New outputs
VFD modifications
Servo modifications
Network modifications
Hardware replacements
Hardware upgrades
Software upgrades
Control panel modifications
New equipment
Existing equipment modifications
Vendor/integrator projects
Automation improvement projects

The level of closeout documentation should be proportional to the complexity and risk of the project.

3. CLOSEOUT PRINCIPLE

TECHNICAL COMPLETION IS NOT PROJECT COMPLETION.

A project may be technically functional while still missing:

Final PLC backup
Final HMI backup
Revision history
Electrical drawings
I/O documentation
Alarm documentation
Network documentation
Operator training
Maintenance handoff
Spare-parts information
Change Log
Knowledge Article
Lessons learned

Therefore:

RUNNING ≠ CLOSED

4. PROJECT CLOSEOUT WORKFLOW

The standard closeout process is:

COMMISSIONING COMPLETE

↓

STAKEHOLDER VALIDATION

↓

POSTCHANGE BACKUP

↓

REVISION CONTROL

↓

DOCUMENTATION UPDATE

↓

TEMPORARY CHANGE REVIEW

↓

OPERATIONS HANDOFF

↓

MAINTENANCE HANDOFF

↓

ENGINEERING HANDOFF

↓

MONITORING PERIOD

↓

FOLLOW-UP

↓

LESSONS LEARNED

↓

KNOWLEDGE CAPTURE

↓

FINAL CLOSEOUT REVIEW

↓

CLOSED

5. ENTRY CRITERIA

A project may enter the Closeout phase when:

☐ Installation is complete

☐ Commissioning is substantially complete

☐ Required functional testing has passed

☐ Critical issues have been resolved

☐ Production can operate

☐ Stakeholder validation can begin

The project status should normally transition from:

COMMISSIONING

to:

MONITORING

DOCUMENTATION

depending on the project.

6. COMMISSIONING CONFIRMATION

Before closeout begins, confirm applicable commissioning results.

Verify:

☐ Inputs tested

☐ Outputs tested

☐ Auto Mode tested

☐ Manual Mode tested

☐ Startup tested

☐ Shutdown tested

☐ Interlocks tested

☐ Permissives tested

☐ Timers tested

☐ Counters tested

☐ Alarms tested

☐ Reset tested

☐ HMI tested

☐ Communications tested

☐ Failure conditions tested

☐ Recovery tested

☐ Production operation tested

Reference:

CE-SOP-007 – Controls Commissioning

7. REQUIREMENTS VERIFICATION

Compare final system operation against the approved project requirements.

Where Functional Requirements were assigned IDs:

Example:

FR-001 — PASS

System detects prolonged infeed blockage.

FR-002 — PASS

Can Stop activates after five seconds.

FR-003 — PASS

HMI alarm activates.

FR-004 — PASS

Reset is prevented while the photo eye remains blocked.

Every applicable requirement should have a final status:

PASS
FAIL
NOT TESTED
NOT APPLICABLE
DEFERRED

Unresolved FAIL or NOT TESTED items require documented disposition before closure.

8. ACCEPTANCE CRITERIA

Review the acceptance criteria established during project scoping.

Confirm:

DID THE PROJECT ACTUALLY SOLVE THE ORIGINAL PROBLEM?

A technically successful PLC modification that does not solve the business or production problem should not automatically be considered successful.

9. STAKEHOLDER VALIDATION

Where appropriate, obtain validation from:

Requestor
Operator
Production Supervisor
Maintenance
Engineering
Quality
EHS/Safety
Management
Other applicable stakeholder

Record:

Validated By

Department

Date

Comments

Validation confirms that the completed function meets operational expectations.

10. POSTCHANGE PLC BACKUP

Following successful commissioning:

UPLOAD THE FINAL RUNNING PLC PROGRAM.

Do not rely exclusively on the offline development file.

The POSTCHANGE file should represent what is actually running in production.

Complete:

☐ Upload PLC

☐ Save final program

☐ Verify file opens

☐ Verify controller identity

☐ Record firmware

☐ Record final revision

☐ Record upload date

☐ Identify as current production master

Recommended naming:

Equipment_Project_YYYY-MM-DD_POSTCHANGE_REVX.X

Example:

Line5_CanStop_2026-10-07_POSTCHANGE_REV1.1

11. POSTCHANGE HMI BACKUP

Where HMI changes occurred:

☐ Upload/retrieve current HMI application as appropriate

☐ Save editable source application

☐ Save runtime file where appropriate

☐ Verify application opens

☐ Record software version

☐ Record firmware

☐ Record application revision

☐ Verify communication configuration

☐ Identify final master

The company should retain editable HMI source files—not only runtime files.

12. OTHER CONFIGURATION BACKUPS

Where applicable save final:

VFD parameters
Servo parameters
Managed switch configuration
Remote I/O configuration
Gateway configuration
Safety controller program
Vision system configuration
Barcode scanner configuration
Instrument configuration
Recipe files
Database configuration

The project should not leave critical device configuration undocumented.

13. FINAL REVISION

Assign the final controlled revision.

Example:

PRECHANGE

Rev 1.3

POSTCHANGE

Rev 1.4

For major changes:

Rev 2.0

Record:

Previous Revision
New Revision
Date
Engineer
Change ID
Project ID

14. MASTER FILE DESIGNATION

Clearly identify:

CURRENT PRODUCTION MASTER

Only one file/version should be clearly designated as the current controlled master for each applicable system.

Previous versions should remain archived but should not be confused with the active production master.

15. ARCHIVE PREVIOUS VERSION

The PRECHANGE version shall normally remain available for historical reference and rollback.

Recommended structure:

CURRENT

Current production master.

PREVIOUS

Last known-good prior revision.

ARCHIVE

Older controlled versions.

DEVELOPMENT

Offline engineering versions.

Avoid folders containing:

FINAL

FINAL2

FINAL_NEW

FINAL_REAL

LATEST

LATEST2

without controlled revision information.

16. CHANGE LOG UPDATE

Complete the Controls Change Log.

Record:

Change ID
Project ID
Support Ticket
Equipment
Date
Engineer
Previous Revision
New Revision
PLC Routines Changed
HMI Screens Changed
Hardware Changed
Network Changed
Description
Reason
Test Results
Approval
Final File Location

Reference:

CE-SOP-004 – Controls Change Management

17. PLC DOCUMENTATION UPDATE

Verify applicable:

☐ Tag descriptions updated

☐ Rung comments updated

☐ Routine descriptions updated

☐ Timer descriptions updated

☐ Counter descriptions updated

☐ Alarm descriptions updated

☐ Revision comments updated

☐ Temporary comments removed

☐ Test logic reviewed

The PLC program itself should contribute to future troubleshooting.

18. I/O DOCUMENTATION UPDATE

Update the I/O Mapping database for:

New inputs
New outputs
Removed I/O
Reassigned channels
Changed device names
Changed descriptions
Changed addresses
New terminals
New wire numbers
New scaling
New normal states

Verify actual field wiring against documentation where practical.

19. HMI DOCUMENTATION UPDATE

Verify:

☐ New screens documented

☐ New tags documented

☐ New buttons documented

☐ New indicators documented

☐ New setpoints documented

☐ Alarm changes documented

☐ Security changes documented

☐ Navigation changes documented

☐ Communication changes documented

20. ALARM DOCUMENTATION UPDATE

For every new or modified alarm record:

Alarm ID
PLC Tag
Trigger Condition
Delay
Severity
HMI Message
Operator Action
Acknowledgment
Reset
Clear Condition
Horn Requirement
Stacklight Requirement

Ensure the alarm displayed to the operator matches the actual implemented logic.

21. NETWORK DOCUMENTATION UPDATE

If network changes occurred, update:

Device
IP Address
Subnet
Gateway
MAC Address
Protocol
Switch
Switch Port
PLC Association
Firmware
Description

Remove obsolete network records where appropriate.

22. ELECTRICAL DRAWING UPDATE

Update applicable:

Power drawings
Control drawings
I/O drawings
Panel layouts
Network drawings
Terminal drawings
Wire numbers
Device tags
BOM
Revision block

Temporary redlines should be converted into controlled documentation according to company drawing procedures.

23. HARDWARE INVENTORY UPDATE

For newly installed hardware record:

Manufacturer
Model
Part Number
Serial Number
Firmware
Location
Asset
Installation Date
Vendor
Spare Availability
Lifecycle Status

Remove replaced hardware from active inventory where appropriate.

24. SOFTWARE INVENTORY UPDATE

Record new or changed:

Programming software
Version
Firmware
Licenses
Vendor utilities
Communication software
Required drivers
Required virtual machines

This is especially important when future support depends on a specific software version.

25. SEQUENCE OF OPERATION UPDATE

The final Sequence of Operation should represent:

WHAT THE MACHINE ACTUALLY DOES AFTER COMMISSIONING.

Do not leave only the original design sequence if implementation changed.

Update:

Startup
Normal Operation
Auto
Manual
Bypass
Fault
Reset
Shutdown
Recovery

26. TEMPORARY CHANGE REVIEW

Before closeout perform a deliberate review for temporary modifications.

Check:

☐ Temporary PLC logic

☐ Temporary HMI controls

☐ Test bits

☐ Forces

☐ Temporary timers

☐ Temporary alarms

☐ Temporary bypasses

☐ Maintenance overrides

☐ Temporary wiring

☐ Temporary network configuration

Each item must be:

REMOVED

FORMALLY ACCEPTED AS PERMANENT AND DOCUMENTED.

27. FORCE VERIFICATION

Before project closeout:

VERIFY NO UNINTENDED PLC FORCES REMAIN ACTIVE.

Document where appropriate:

Forces Checked By:
Date:
Result:

Any intentionally retained force requires formal documented justification and appropriate authorization.

28. BYPASS REVIEW

Review all bypasses associated with the project.

For each bypass determine:

Still required?
Temporary?
Permanent?
Authorized?
Clearly indicated?
Alarmed/warned where appropriate?
Documented?
Removal date?

Active bypasses shall appear in the:

Active Bypass Register

29. OPEN ISSUES LIST

Not every non-critical issue must necessarily delay project closeout.

However, every unresolved issue shall be documented.

Record:

Issue
Severity
Owner
Required Action
Due Date
Related Ticket
Impact

Examples:

Cosmetic HMI improvement
Spare sensor not yet received
Drawing awaiting final CAD update
Future enhancement request

Critical unresolved issues should prevent closure.

30. PUNCH LIST

For larger projects maintain a Punch List.

Recommended fields:

ID	Item	Priority	Owner	Due Date	Status
PL-001	Update panel label	Low	Maintenance	Date	Open
PL-002	Add spare sensor	Medium	Engineering	Date	Open

The project should not hide unfinished work.

31. OPERATIONS HANDOFF

Operations should understand applicable changes.

Review:

What changed
Why it changed
Normal operation
New HMI controls
New indicators
New alarms
Reset procedure
Operator-adjustable values
New limitations
Abnormal conditions

The handoff should be proportional to the project.

A small project may require a five-minute review.

A major project may require formal training.

32. MAINTENANCE HANDOFF

Maintenance should understand:

New hardware
New sensors
New outputs
New I/O
New alarms
New diagnostic screens
New interlocks
New permissives
New network devices
Replacement parts
Troubleshooting information
Backup location

Maintenance should know what information is available before the first failure occurs.

33. ENGINEERING HANDOFF

The final project record should allow another Controls Engineer to understand:

Original problem
Project scope
Current State
Future State
Sequence of Operation
Changes made
PLC routines modified
HMI screens modified
Hardware installed
I/O added
Network changes
Risks
Commissioning results
Final revision
Backup location
Remaining issues

This is particularly important as additional Controls Engineers join the organization.

34. TRAINING REQUIREMENTS

Determine whether formal training is required.

Possible training audiences:

Operators
Maintenance
Controls Engineering
Supervisors
Quality
Engineering

Record:

Training Required: Yes / No

If YES:

Training Topic
Audience
Trainer
Date
Training Material
Completion

35. SPARE PARTS REVIEW

Every hardware project should ask:

WHAT HAPPENS WHEN THIS NEW DEVICE FAILS?

Determine whether a spare is required for:

PLC
I/O module
HMI
Power supply
Sensor
VFD
Servo drive
Communication module
Managed switch
Specialty device

Record:

Part Number
Quantity Recommended
Current Stock
Lead Time
Criticality

36. OBSOLESCENCE REVIEW

Project closeout should capture discovered obsolescence.

Examples:

Obsolete PLC
Unsupported HMI
Old firmware
Unsupported software
Discontinued sensor
Difficult-to-source drive
Unmanaged network infrastructure

Create:

Upgrade Opportunity

when appropriate.

Do not lose this information simply because it was outside the current project scope.

37. COST REVIEW

Where applicable record:

ESTIMATED COST

versus

ACTUAL COST

Include:

Hardware
Software
Contractor
Vendor
Engineering
Installation
Shipping
Other

This improves future estimating.

38. BUSINESS VALUE

Document project value where practical.

Examples:

Downtime reduction
Labor reduction
Reject reduction
Safety improvement
Quality improvement
Increased throughput
Vendor cost avoidance
Improved troubleshooting
Obsolescence reduction

Not every benefit must be converted to dollars.

However, Controls Engineering should progressively document the value it creates.

39. MONITORING PERIOD

Significant projects should normally enter a monitoring period.

Recommended:

24–72 HOURS OF MEANINGFUL PRODUCTION OPERATION

The actual period should depend on:

Project complexity
Production schedule
Risk
Frequency of function use
Product changes

A function that operates once per week cannot be fully validated by simply waiting 24 hours.

Use engineering judgment.

40. MONITORING CHECK

During monitoring review:

Alarms
Faults
Operator feedback
Reset activity
Downtime
Sequence behavior
Timing
Sensor performance
Output performance
Quality
Communications
Unexpected behavior

Document meaningful findings.

41. 24–72 HOUR FOLLOW-UP

For significant projects ask:

HAS THE ORIGINAL PROBLEM RETURNED?

HAVE NEW PROBLEMS APPEARED?

ARE OPERATORS USING THE FUNCTION CORRECTLY?

ARE THERE NUISANCE ALARMS?

ARE TIMER VALUES APPROPRIATE?

IS MAINTENANCE COMFORTABLE SUPPORTING IT?

DOES ANYTHING REQUIRE ADJUSTMENT?

If follow-up identifies a significant issue, reopen or extend the project as appropriate.

42. LESSONS LEARNED

At project closeout document:

WHAT WORKED WELL?

WHAT DID NOT WORK WELL?

WHAT TOOK LONGER THAN EXPECTED?

WHAT INFORMATION WAS MISSING?

WHAT CAUSED REWORK?

WHAT SHOULD WE DO DIFFERENTLY NEXT TIME?

WHAT SHOULD BECOME A STANDARD?

WHAT SHOULD BECOME A KNOWLEDGE ARTICLE?

Lessons learned should improve future projects.

43. KNOWLEDGE ARTICLE REVIEW

Ask:

DID THIS PROJECT PRODUCE REUSABLE ENGINEERING KNOWLEDGE?

If YES:

Create or update a Knowledge Article.

Examples:

How to configure a specific device
How to add a PanelView alarm
How to restore a PLC
How to configure communication
How to troubleshoot a recurring fault
How to replace obsolete hardware
How a specific machine sequence works

The project solves one problem.

The Knowledge Article allows the solution to scale.

44. NEW STANDARD REVIEW

Ask:

DID THIS PROJECT REVEAL A NEED FOR A NEW ENGINEERING STANDARD?

Examples:

Naming convention
Alarm standard
Network standard
I/O standard
HMI standard
Programming standard
Backup standard
Commissioning standard

If yes, create an improvement action.

45. SUPPORT TICKET LINKAGE

If the project originated from a Support Ticket:

Update the ticket with:

Related Project ID
Root Cause
Permanent Corrective Action
Verification
Final Project Status

Then close the Support Ticket according to:

CE-SOP-002

46. PROJECT CLOSEOUT SUMMARY

Every project should contain a concise Closeout Summary.

Recommended structure:

ORIGINAL PROBLEM

What problem initiated the project?

SOLUTION

What was implemented?

PLC/HMI CHANGES

What programs/screens changed?

HARDWARE

What hardware changed?

TESTING

How was functionality verified?

RESULT

Did the project meet its objective?

FINAL REVISION

What is the current production revision?

OUTSTANDING ITEMS

What remains?

FOLLOW-UP

What should be monitored?

47. EXAMPLE CLOSEOUT SUMMARY

Original Problem:
Line 5 could experience extended product accumulation at the infeed without automatically activating the Can Stop.

Solution:
Added PLC jam detection using the existing infeed photo eye. Continuous blockage greater than five seconds activates the Can Stop and generates an HMI alarm.

PLC/HMI Changes:
Added jam timer, alarm logic, Can Stop command logic, reset permissive, and HMI status/alarm indication.

Testing:
Verified normal product flow, five-second jam activation, Can Stop response, blocked-reset prevention, alarm operation, photo-eye clearing, and operator reset.

Result:
Project requirements successfully met.

Final Revision:
Rev 1.1

Outstanding Items:
None.

Follow-Up:
Monitor production for 72 hours for nuisance jam alarms or unexpected Can Stop activation.

48. CLOSEOUT APPROVAL

For appropriate projects record:

Controls Engineer:
Date:

Operations Representative:
Date:

Maintenance Representative:
Date:

Engineering Manager:
Date:

Not every minor project requires all approvals.

Approval requirements should be proportional to project risk and complexity.

49. DEFINITION OF DONE

A Controls Engineering project is considered DONE when applicable requirements are satisfied.

FUNCTIONAL

☐ Scope completed

☐ Requirements satisfied

☐ Sequence operates correctly

☐ Commissioning passed

☐ Stakeholder validation complete

SOFTWARE

☐ Final PLC uploaded

☐ Final HMI uploaded

☐ Other configurations backed up

☐ Current master identified

☐ Revision assigned

☐ Change Log updated

HARDWARE

☐ Hardware installation complete

☐ Device labeling complete

☐ I/O verified

☐ Spare-parts needs identified

☐ Hardware inventory updated

DOCUMENTATION

☐ I/O mapping updated

☐ Alarm list updated

☐ Network documentation updated

☐ Electrical drawings updated

☐ Sequence of Operation updated

☐ Asset database updated

TEMPORARY CONDITIONS

☐ Forces reviewed

☐ Test bits reviewed

☐ Temporary logic reviewed

☐ Bypasses reviewed

☐ Temporary wiring reviewed

HANDOFF

☐ Operations informed

☐ Maintenance informed

☐ Engineering documentation available

☐ Training completed where required

FOLLOW-UP

☐ Monitoring completed

☐ Outstanding issues documented

☐ Lessons learned captured

☐ Knowledge Article created where beneficial

50. PROJECT GATE 6 — CLOSEOUT

The web system should not allow:

CLOSED

until mandatory Closeout Gate requirements are satisfied.

Recommended minimum requirements:

☐ Commissioning = PASS

☐ Stakeholder Validation = COMPLETE

☐ POSTCHANGE PLC Backup = COMPLETE

☐ POSTCHANGE HMI Backup = COMPLETE or N/A

☐ Final Revision = ASSIGNED

☐ Change Log = COMPLETE

☐ Temporary Change Review = COMPLETE

☐ Documentation Review = COMPLETE

☐ Monitoring = COMPLETE or N/A

☐ Closeout Summary = COMPLETE

51. CONDITIONAL CLOSEOUT REQUIREMENTS

The web system should dynamically require additional fields.

IF PLC CHANGED = YES

Require:

POSTCHANGE PLC
Revision
Change Log

IF HMI CHANGED = YES

Require:

POSTCHANGE HMI
HMI testing

IF I/O CHANGED = YES

Require:

I/O Map Update
Drawing Review

IF NETWORK CHANGED = YES

Require:

Network Register Update

IF HARDWARE CHANGED = YES

Require:

Hardware Inventory Update
Spare Parts Review

IF ALARMS CHANGED = YES

Require:

Alarm List Update
Alarm Test

IF BYPASS EXISTS = YES

Require:

Bypass Status
Authorization
Removal Date or Permanent Documentation

IF TEMPORARY CHANGE EXISTS = YES

Prevent normal closure unless disposition is documented.

52. PROJECT CLOSURE BLOCKERS

The following should normally prevent closure:

Failed commissioning
Critical unresolved fault
Missing final PLC program
Missing required HMI source
Unknown production revision
Unintended force active
Undocumented bypass
Critical drawing discrepancy
Safety concern
Unverified functional requirement
No rollback/current master identification

53. DEFERRED ITEMS

A project may sometimes close with low-risk deferred items.

Requirements:

Item documented
Owner assigned
Due date assigned
Related Support Ticket/project created
Risk understood
Stakeholder informed

Do not use deferred status to hide incomplete critical work.

54. PROJECT ARCHIVE

At closure, ensure project records are organized.

Recommended:

Controls Engineering

→ Equipment

→ Project

→ 01_Request

→ 02_Discovery

→ 03_Scope

→ 04_Design

→ 05_PRECHANGE

→ 06_Development

→ 07_Commissioning

→ 08_POSTCHANGE

→ 09_Drawings

→ 10_Closeout

This makes future retrieval easier.

55. FINAL PROJECT RECORD

The project record should contain enough information that another engineer can reconstruct:

WHY THE PROJECT EXISTED

WHAT THE SYSTEM DID BEFORE

WHAT WAS CHANGED

WHY THAT SOLUTION WAS SELECTED

HOW IT WAS TESTED

WHAT VERSION IS RUNNING

WHERE THE FILES ARE

HOW THE SYSTEM NOW OPERATES

56. WEB SYSTEM — CLOSEOUT TAB

Create a dedicated:

PROJECT CLOSEOUT

tab.

Recommended sections:

FUNCTIONAL COMPLETION

Requirements Status
Commissioning Status
Validation Status

FINAL SOFTWARE

PLC File
PLC Revision
HMI File
HMI Revision
Other Configurations

DOCUMENTATION

I/O Updated
Drawings Updated
Alarm List Updated
Network Updated
Asset Database Updated
Sequence Updated

TEMPORARY CONDITIONS

Forces
Test Bits
Bypasses
Temporary Wiring
Temporary Logic

HANDOFF

Operations
Maintenance
Engineering
Training

FOLLOW-UP

Monitoring Period
Follow-Up Date
Findings

KNOWLEDGE

Lessons Learned
Knowledge Article
New Standard Opportunity

FINAL

Closeout Summary
Closed By
Close Date

57. WEB SYSTEM — CLOSE BUTTON LOGIC

Recommended behavior:

The CLOSE PROJECT button should remain disabled until mandatory conditions are satisfied.

Example:

Cannot Close Project

Missing:

POSTCHANGE PLC Backup
Change Log
Maintenance Handoff
72-Hour Follow-Up

This turns the Definition of Done into an enforced workflow.

58. CLOSEOUT COMPLETION INDICATOR

Display:

CLOSEOUT COMPLETION: 85%

Outstanding:

Electrical Drawing Update
Maintenance Handoff
Follow-Up

This allows the engineer and manager to immediately understand why the project remains open.

59. PROJECT HEALTH AFTER COMMISSIONING

Do not leave a successfully commissioned project displayed as simply:

IN PROGRESS

Use:

MONITORING

then:

DOCUMENTATION

then:

CLOSED

This gives management a clearer picture of actual project status.

60. CLOSEOUT DASHBOARD

Track:

PROJECTS IN MONITORING

PROJECTS AWAITING DOCUMENTATION

PROJECTS AWAITING HANDOFF

PROJECTS MISSING POSTCHANGE BACKUPS

PROJECTS WITH OPEN PUNCH LIST ITEMS

PROJECTS WITH ACTIVE BYPASSES

PROJECTS WITH TEMPORARY CHANGES

PROJECTS READY TO CLOSE

PROJECTS CLOSED THIS MONTH

61. PROJECT AGE AFTER COMMISSIONING

Track:

Days Since Commissioning

Projects remaining in Documentation or Monitoring for excessive periods should be reviewed.

This prevents:

"I'll update the documentation later."

from becoming:

"Nobody remembers what changed."

62. WEEKLY PROJECT REVIEW INTEGRATION

During the Friday project review, include a:

READY TO CLOSE

section.

Review projects where technical work is complete but closeout remains.

Discuss:

Missing backups
Missing drawings
Open punch-list items
Monitoring results
Stakeholder handoff
Documentation
Manager decisions

Closeout work should remain visible until completed.

63. PROJECT VALUE SUMMARY

For significant projects, capture:

PROBLEM

SOLUTION

RESULT

VALUE

Example:

Problem: Repeated infeed jams required manual operator intervention.

Solution: Added automatic PLC jam detection and Can Stop control.

Result: Jam response automated and operator diagnostics improved.

Value: Reduced response time, improved equipment protection, and improved troubleshooting visibility.

This information can later support annual reviews, capital planning, and Controls Engineering performance reporting.

64. CONTROLS ENGINEERING PORTFOLIO

Closed projects should remain searchable by:

Equipment
Area
Project Type
PLC
HMI
Engineer
Year
Root Cause
Hardware
Software
Knowledge Article
Upgrade Opportunity

Over time, this becomes the historical engineering record of the facility.

65. FUTURE ENGINEER TEST

Before closing ask:

If I were no longer available tomorrow, could another qualified Controls Engineer support this system using the information I am leaving behind?

If the answer is:

identify what is missing.

This is one of the most important closeout tests.

66. THE SIX-MONTH TEST

Ask:

Six months from now, will I remember exactly what I changed and why?

Assume the answer is:

NO.

Document accordingly.

Engineering documentation should not depend on memory.

67. THE 2:00 A.M. RECOVERY TEST

Ask:

Could another engineer find the correct PLC/HMI files and restore this system during a production emergency without calling the original programmer?

If:

the backup and documentation system needs improvement before closure.

68. CLOSEOUT QUALITY STANDARD

A good project closeout allows another engineer to answer:

What was the original problem?

What was changed?

Why was it changed?

What PLC/HMI routines changed?

What hardware changed?

How was it tested?

What is the current revision?

Where are the files?

What temporary conditions remain?

What should Operations know?

What should Maintenance know?

What lessons were learned?

69. QUICK-REFERENCE CLOSEOUT WORKFLOW

1. VERIFY IT

Confirm commissioning passed.

2. VALIDATE IT

Confirm stakeholder acceptance.

3. UPLOAD IT

Capture the actual running PLC/HMI.

4. VERSION IT

Assign final revision.

5. DOCUMENT IT

Update engineering records.

6. CLEAN IT

Remove temporary logic, forces, and unnecessary test functions.

7. HAND IT OFF

Inform Operations, Maintenance, and Engineering.

8. MONITOR IT

Observe meaningful production operation.

9. FOLLOW UP

Confirm the original problem remains solved.

10. LEARN FROM IT

Capture lessons learned.

11. STANDARDIZE IT

Create/update Knowledge Articles where appropriate.

12. CLOSE IT

Complete Definition of Done.

70. CLOSEOUT GOLDEN RULES

RULE #1

Running is not the same as complete.

RULE #2

The final production upload becomes the controlled master.

RULE #3

Do not close a project with an unknown program revision.

RULE #4

Do not leave unintended forces or temporary logic behind.

RULE #5

Every active bypass must be visible and documented.

RULE #6

Documentation must represent what was actually installed—not only what was originally designed.

RULE #7

Operations must understand how to operate it.

RULE #8

Maintenance must understand how to support it.

RULE #9

Engineering must be able to recover it.

RULE #10

Lessons learned should improve the next project.

RULE #11

Reusable knowledge should become a Knowledge Article.

RULE #12

Leave enough information for the next engineer.

71. DEFINITION OF SUCCESS

CE-SOP-005 is successful when a closed Controls Engineering project can be revisited months or years later and another qualified engineer can determine:

Why the project existed
What changed
How the system worked before
How the system works now
What hardware was installed
What software was modified
How the change was tested
Who validated it
What revision is currently running
Where the source files are stored
What documentation was updated
What unresolved items remain
What lessons were learned

The ultimate objective is:

NO ORPHANED ENGINEERING WORK.

Every completed project should leave behind:

A WORKING SYSTEM

A RECOVERABLE SYSTEM

AN UNDERSTANDABLE SYSTEM

A DOCUMENTED SYSTEM

That is Controls Engineering project closeout.

72. REVISION HISTORY

Rev. 1.0

Initial release of CE-SOP-005 – Controls Project Closeout & Engineering Handoff.

Owner: Electrical Controls Engineering

Review Frequency: Annual or following significant changes to the Controls Engineering project-closeout process.