Your completed Control System Engineering Scorecard will give you a clear presentation of which Control System Engineering areas need attention.
Control System Engineering
Scorecard Example
Example of how the finalized Scorecard can look like:
Control System Engineering
Scorecard
Your Scores:
BEGINNING OF THE
SELF-ASSESSMENT:
Table of Contents
About The Art of Service8
Included Resources - how to access8
Purpose of this Self-Assessment10
How to use the Self-Assessment11
Control System Engineering
Scorecard Example13
Control System Engineering
Scorecard14
BEGINNING OF THE
SELF-ASSESSMENT:15
CRITERION #1: RECOGNIZE16
CRITERION #2: DEFINE:28
CRITERION #3: MEASURE:44
CRITERION #4: ANALYZE:59
CRITERION #5: IMPROVE:75
CRITERION #6: CONTROL:92
CRITERION #7: SUSTAIN:104
Control System Engineering and Managing Projects, Criteria for Project Managers:129
1.0 Initiating Process Group: Control System Engineering130
1.1 Project Charter: Control System Engineering132
1.2 Stakeholder Register: Control System Engineering134
1.3 Stakeholder Analysis Matrix: Control System Engineering135
2.0 Planning Process Group: Control System Engineering137
2.1 Project Management Plan: Control System Engineering140
2.2 Scope Management Plan: Control System Engineering142
2.3 Requirements Management Plan: Control System Engineering144
2.4 Requirements Documentation: Control System Engineering147
2.5 Requirements Traceability Matrix: Control System Engineering149
2.6 Project Scope Statement: Control System Engineering151
2.7 Assumption and Constraint Log: Control System Engineering153
2.8 Work Breakdown Structure: Control System Engineering155
2.9 WBS Dictionary: Control System Engineering157
2.10 Schedule Management Plan: Control System Engineering159
2.11 Activity List: Control System Engineering161
2.12 Activity Attributes: Control System Engineering163
2.13 Milestone List: Control System Engineering165
2.14 Network Diagram: Control System Engineering167
2.15 Activity Resource Requirements: Control System Engineering169
2.16 Resource Breakdown Structure: Control System Engineering171
2.17 Activity Duration Estimates: Control System Engineering173
2.18 Duration Estimating Worksheet: Control System Engineering176
2.19 Project Schedule: Control System Engineering178
2.20 Cost Management Plan: Control System Engineering180
2.21 Activity Cost Estimates: Control System Engineering182
2.22 Cost Estimating Worksheet: Control System Engineering184
2.23 Cost Baseline: Control System Engineering186
2.24 Quality Management Plan: Control System Engineering188
2.25 Quality Metrics: Control System Engineering190
2.26 Process Improvement Plan: Control System Engineering192
2.27 Responsibility Assignment Matrix: Control System Engineering194
2.28 Roles and Responsibilities: Control System Engineering196
2.29 Human Resource Management Plan: Control System Engineering198
2.30 Communications Management Plan: Control System Engineering200
2.31 Risk Management Plan: Control System Engineering202
2.32 Risk Register: Control System Engineering204
2.33 Probability and Impact Assessment: Control System Engineering206
2.34 Probability and Impact Matrix: Control System Engineering208
2.35 Risk Data Sheet: Control System Engineering210
2.36 Procurement Management Plan: Control System Engineering212
2.37 Source Selection Criteria: Control System Engineering214
2.38 Stakeholder Management Plan: Control System Engineering216
2.39 Change Management Plan: Control System Engineering218
3.0 Executing Process Group: Control System Engineering220
3.1 Team Member Status Report: Control System Engineering222
3.2 Change Request: Control System Engineering224
3.3 Change Log: Control System Engineering226
3.4 Decision Log: Control System Engineering228
3.5 Quality Audit: Control System Engineering230
3.6 Team Directory: Control System Engineering233
3.7 Team Operating Agreement: Control System Engineering235
3.8 Team Performance Assessment: Control System Engineering237
3.9 Team Member Performance Assessment: Control System Engineering239
3.10 Issue Log: Control System Engineering241
4.0 Monitoring and Controlling Process Group: Control System Engineering243
4.1 Project Performance Report: Control System Engineering245
4.2 Variance Analysis: Control System Engineering247
4.3 Earned Value Status: Control System Engineering249
4.4 Risk Audit: Control System Engineering251
4.5 Contractor Status Report: Control System Engineering253
4.6 Formal Acceptance: Control System Engineering255
5.0 Closing Process Group: Control System Engineering257
5.1 Procurement Audit: Control System Engineering259
5.2 Contract Close-Out: Control System Engineering261
5.3 Project or Phase Close-Out: Control System Engineering263
5.4 Lessons Learned: Control System Engineering265
Index267
CRITERION #1: RECOGNIZE
INTENT: Be aware of the need for change. Recognize that there is an unfavorable variation, problem or symptom.
In