Quality Plan

Revision A - 22 MARCH 1996

 NamePositionE-mail address
Author(s):Johan Ramestam
Fredrik Hall
Quality Coordinator
Inspection Moderator
pt93jr@pt.hk-r.se
pt93fh@pt.hk-r.se
Responsible:Johan RamestamQuality Coordinatorpt93jr@pt.hk-r.se
To:Marcus IngemanssonProject Managerpt93mi@pt.hk-r.se
Cc:Conny Johansson
SAIDA
Quality Manager
Project
connyj@pt.hk-r.se
saida@pt.hk-r.se

1 Activities

1.1 Inspection

1.1.1 Inspection Management

Description
Resource Usage
1 person (Inspection Moderator)

1.1.2 Inspections

Description
Inspections can be of five types:

Resource Usage
Deep Inspection: 4 persons/document (Inspection Moderator + 3 inspectors)

Shallow Inspection: 1 person/document (1 inspector)

Follow-up: 1 person/document

Process Inspection: 1 person (Quality Coordinator)

Minutes Inspection: 2 persons/document

1.2 Quality Assurance

1.2.1 Quality Management

Description
Resource Usage
1 person (Quality Coordinator)

1.2.2 Quality Status Reporting

Description
The quality status of the project shall be reported once a week to the Quality Manager. It aims at following up the quality process; what standards work fine and what standards are not adhered to. It includes inspection results summaries, error frequency and an analysis of the measured figures.

Resource Usage
1 person (Quality Coordinator)

1.2.3 Study of Standards

Description
The project members have to be well oriented in the quality standards. This activity covers the study of the CQM/PQM.

Resource Usage
15 persons

1.2.4 CQM Update

Description
The CQM is intended to be complete, but sometimes serious problems arise which might require rework and update of the CQM. This is done by the Quality Coordinators from both projects (SAIDA and CHILI).

Resource Usage
1 person (SAIDA Quality Coordinator)

1.2.5 PQM Development

Description
In certain issues, the SAIDA project needs to apply the CQM differently. The PQM shall cover these deviations.

Resource Usage
1 person (Quality Coordinator)

2 Estimations

These estimations are on a 10-week basis. The size estimations for the inspections (except minutes inspection) are derived from the total number of documents produced by the two teams ([4.2], "Inspection Totals") in conjunction with the constants [4.1.6] and [4.1.7].

Inspection Estimations
ActivityConstantRes.SizeTotal Time
Deep inspection1.5 h/insp.3 pers.26 insp.117 h
Shallow inspection1.5 h/insp.1 pers.136 insp.204 h
Follow-up inspection0.5 h/insp.1 pers.55 insp.27.5 h
Minutes inspection0.5 h/insp.2 pers.20 insp.20 h
Process inspection 1 pers. 40 h
Inspection meeting1 h/meeting4 pers.26 meetings104 h
Inspection management1.5 h/doc.1 pers.55 doc.82.5 h
Total   595 h

Quality Assurance Estimations
ActivityConstantRes.SizeTotal Time
Quality management6 h/week1 pers.10 weeks60 h
Quality status reports4 h/week1 pers.10 weeks40 h
Study of standards3 h/CQM15 pers.1 CQM45 h
CQM update20 h/CQM1 pers.1 CQM20 h
PQM development6 h/week1 pers.10 weeks60 h
Total   225 h

3 Inspection Process

This section describes how inspections will be performed in SAIDA.

3.1 Types of Material

The two teams SIW and SAGA has assembled a list of all material (documents, code etc.) which they will produce during the project and which will be subjected for inspection. In collaboration with the Inspection Moderator and the Quality Coordinator every material has been classified as either deep- or shallow material. That is, either the material has to undergo deep inspection (deep material), o r it suffices to subject it to shallow inspection.

3.1.1 Deep Material

Every deep material has to be inspected at least four times; a pre-deep shallow inspection, a deep inspection, a shallow inspection and a follow-up inspection. However, this is the best conceivable case. Almost every deep material is likely to be subjected to at least one re-shallow inspection after the mandatory shallow inspection (the one directly following the deep inspection.). The process of inspecting deep material is illustrated in figure [3-1].

Deep Material Inspection Process

In the above figure, every shaded entity represents one inspection and the arrows show how the deep material is routed through the inspection process. The percentage number connected to each arrow is the chance that the material will be routed along a particular arrow after it has completed an inspection. For instance, 50% of all deep material has to be subjected to an extra shallow inspection be fore it is follow-up inspected.

3.1.2 Shallow Material

Shallow material is subjected to a lot fewer inspections than deep material. Ideally, a shallow material can be released after having passed a single shallow inspection and a follow-up ditto. However, it is more likely to be subjected to at least one shallow re-inspection. The process of inspecting shallow material is illustrated in figure [3-2].

Shallow Material Inspection Process

The above figure should be interpreted the same way as figure [3-1].

3.2 Preparations

  1. A Team Manager who has a material which will soon be ready for inspection notifies the Inspection Moderator no later than one week before he believes his material is finished. This notification should preferably be by e-mail and it should contain the following:

  1. On the weekly inspection planning meeting, the Team Managers inform the Inspection Moderator of the exact days when the previously notified materials will be ready. This meeting is held every Wednesday, and it is only concerned with the immediately following week.

  2. The Inspection Moderator plans the inspections for the following week.

  3. The Inspection Moderator requests the required resources for the following week no later than 17.00 the next day (Thursday).

  4. The names of the persons who are allocated as inspectors are handed to the Inspection Moderator no later than 15.00 the next day (Friday).

  5. The inspectors are informed of what and when they are supposed to inspect no later than 17.00 the same day (Friday).

  6. The next week, as the material is completed, the Team Managers are responsible for copying the files containing the inspection material to the inspection directory (~saida/documents/for_inspection/) where the inspectors can find it. The material has to be copied to this directory no later than 17.00 the day before it is supposed to be inspected.

The above procedure describes the process of allocating resources for the static inspections of a week. However, re-inspections and follow-up inspections are not considered since these can not be planned in this static manner.

For further information regarding inspections or document releases, see [SAIDA 96].

4 Appendix A

4.1 Estimation Constants

4.1.1 Document Size

Size: 9 pages/document [QMG 96]

4.1.2 Shallow/Deep Inspection

Time: 10 min./page [QMG 96]
Total: 1.5 h/document

4.1.3 Follow-up Inspection

Time: 3 min./page
Total: 0.5 h/document

4.1.4 Inspection Meeting

Time: 6 min./page [QMG 96]
Total: 1 h/document

4.1.5 Rework

Time: 1 h/(inspection report) page

Rework after Deep Inspection
Size: 4 pages
Total: 4 h

Rework after Shallow Inspection
Size: 1 page
Total: 1 h

4.1.6 Deep Total

Size: 1 Shallow inspection, 1 Deep inspection, 2 Shallow inspections, 1 Follow-up
Total: 13.5 h

4.1.7 Shallow Total

Size: 2 Shallow inspections, 1 Follow-up
Total: 3.5 h

4.2 Inspection Totals

4.2.1 Weekly inspections

(S stands for Shallow inspection, D for Deep inspection. All units are concerned with the number of inspections.)

Weekly Inspections
WeekSAGA SIW Other Total 
 SDSDSDSD
1240.560.5 255
1311 2  13
1422    22
1512    12
16   2   2
17224   62
1821    21
191413  27
201 11  21
21 112  13
221 1   2 
Total1513.51410.5 22926

4.2.2 Average Inspection Division
Average Inspection Division
Inspection typeQCIMSIWSAGATotal
PDS (Pre-Deep Shallow)13 insp./19.5h13 insp./19.5 h  26 insp.
D (Deep)26 insp./39 h 13 insp./19.5 h13 insp./19.5 h26 insp.
M (Meeting)26 insp./26 h26 insp./26 h13 insp./13 h13 insp./13 h26 insp.
RDS (Re Deep Shallow)9 insp./13.5 h9 insp./13.5 h17 insp./25.5 h17 insp./25.5 h52 insp.
S (Shallow)  15 insp./22.5 h14 insp./21 h29 insp.
RS (Re Shallow)14 insp./21 h15 insp./22.5 h  29 insp.
F (Follow-up)    55 insp.
Total119 h81.5 h80.5 h79 h243 insp.

5 Appendix B

5.1 Literature

[QMG 96] Quality Management Group, "Course Quality Manual" - University of Karlskrona/Ronneby, 1996.


Quality Plan
1 - Activities
1.1 - Inspection
1.1.1 - Inspection Management
Description
Resource Usage
1.1.2 - Inspections
Description
Resource Usage
1.2 - Quality Assurance
1.2.1 - Quality Management
Description
Resource Usage
1.2.2 - Quality Status Reporting
Description
Resource Usage
1.2.3 - Study of Standards
Description
Resource Usage
1.2.4 - CQM Update
Description
Resource Usage
1.2.5 - PQM Development
Description
Resource Usage
2 - Estimations
3 - Inspection Process
3.1 - Types of Material
3.1.1 - Deep Material
3.1.2 - Shallow Material
3.2 - Preparations
4 - Appendix A
4.1 - Estimation Constants
4.1.1 - Document Size
4.1.2 - Shallow/Deep Inspection
4.1.3 - Follow-up Inspection
4.1.4 - Inspection Meeting
4.1.5 - Rework
Rework after Deep Inspection
Rework after Shallow Inspection
4.1.6 - Deep Total
4.1.7 - Shallow Total
4.2 - Inspection Totals
4.2.1 - Weekly inspections
4.2.2 - Average Inspection Division
5 - Appendix B
5.1 - Literature

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© 1996, The SAIDA Project