Language:
-
- Available Formats
- Options
- Availability
- Priced From ( in USD )
-
- Immediate download
- $167.00
- Add to Cart
-
- Self Extracting File Format
- Immediate download
- $330.00
- Add to Cart
-
- Printed Edition
- Ships in 1-2 business days
- $167.00
- Add to Cart
Customers Who Bought This Also Bought
-
SEPT ISO/IEC/IEEE 90003:2018 Checklist
Priced From $167.00 -
Template for a Software Maintenance Plan, Fifth Edition (...
Priced From $149.00 -
Checklist for Standard ISO/IEC 27018:2014, Information Se...
Priced From $167.00 -
SEPT UL 1998 Checklist
Priced From $167.00
About This Item
Full Description
This product comes with 4 hours of free consultation. SEPT will answer any question concerning the standard or Checklist for 60 days after purchase.
New! Order the "Self-Extracting File Format" option to get this product in an editable Microsoft Word document!
When building a large complex system with many sub-systems such as an airplane, oil tanker, or setting up a new type of medical delivery system, it is a daunting task with high risk. Until 1995 there was no recognized "Best of Practice" standard that the world could agree on for building a large complex system. Then ISO developed the first standard (Best of practice) for System Engineering of large complex systems, which was ISO/IEC 15288. It initially defined about 600 artifacts to be produced in the development of a large system.
By 2015, the world was able to collect more and more "lessons learned" from many large projects that failed, or had massive cost, or schedule overruns. With this new data 15288 grew in size, to over 1050 artifacts. If an organization does not have a clear picture of what artifact (Documentation) is required in the life cycle of such a system, it is easy to miss an important process step. This is why a checklist like the SEPT checklist for 15288 is so important.
The checklist defines by each clauses and subclause what is required in the standard as Procedure, Plan, Record, Document, Audit or Review.
The first step that an organization has in meeting the requirements of a standard such as Standard 15288 is to determine what is required and what is suggested. Often these types of technical standards are confusing and laborious because the directions contained in the standards are sometimes unclear to a lay person. The checklists lift this fog around a standard and state what is required and suggested by the standard in a clear and concise manner.
To aid in determining what is "required" by the document in the way of physical evidence (artifact) of compliance, the experts at SEPT have produced this checklist. The SEPT checklists are constructed around a classification scheme of physical evidence comprised of policies, procedures, plans, records, documents, audits, and reviews. There must be an accompanying record of some type when an audit or review has been accomplished. This record would define the findings of the review or audit and any corrective action to be taken. For the sake of brevity this checklist does not call out a separate record for each review or audit. All procedures should be reviewed but the checklist does not call out a review for each procedure, unless the standard calls out the procedure review. In this checklist, "engineering drawings, manuals, reports, scripts and specifications" are included in the document category. In the procedure category, guidelines are included when the subject standard references another standard for physical evidence. The checklist does not call out the requirements of the referenced standard. The authors have carefully reviewed the Standard 15288 and defined the physical evidence required based upon this classification scheme. SEPT's engineering department has conducted a second review of the complete list and baseline standard to ensure that the documents' producers did not leave out a physical piece of evidence that a "reasonable person" would expect to find. It could certainly be argued that if the document did not call it out then it is not required; however, if the standard was used by an organization to improve its process, then it would make sense to recognize missing documents. Therefore, there are documents specified in this checklist that are implied by the standard, though not specifically called out by it, and they are designated by an asterisk (*) throughout this checklist. If a document is called out more than one time, only the first reference is stipulated.
New! Order the "Self-Extracting File Format" option to get this product in an editable Microsoft Word document!
When building a large complex system with many sub-systems such as an airplane, oil tanker, or setting up a new type of medical delivery system, it is a daunting task with high risk. Until 1995 there was no recognized "Best of Practice" standard that the world could agree on for building a large complex system. Then ISO developed the first standard (Best of practice) for System Engineering of large complex systems, which was ISO/IEC 15288. It initially defined about 600 artifacts to be produced in the development of a large system.
By 2015, the world was able to collect more and more "lessons learned" from many large projects that failed, or had massive cost, or schedule overruns. With this new data 15288 grew in size, to over 1050 artifacts. If an organization does not have a clear picture of what artifact (Documentation) is required in the life cycle of such a system, it is easy to miss an important process step. This is why a checklist like the SEPT checklist for 15288 is so important.
The checklist defines by each clauses and subclause what is required in the standard as Procedure, Plan, Record, Document, Audit or Review.
Artifact Type | Total |
Procedures/Policies | 577 |
Plans | 23 |
Records | 126 |
Documents | 130 |
Audits | 2 |
Reviews | 219 |
Total | 1077 |
The first step that an organization has in meeting the requirements of a standard such as Standard 15288 is to determine what is required and what is suggested. Often these types of technical standards are confusing and laborious because the directions contained in the standards are sometimes unclear to a lay person. The checklists lift this fog around a standard and state what is required and suggested by the standard in a clear and concise manner.
To aid in determining what is "required" by the document in the way of physical evidence (artifact) of compliance, the experts at SEPT have produced this checklist. The SEPT checklists are constructed around a classification scheme of physical evidence comprised of policies, procedures, plans, records, documents, audits, and reviews. There must be an accompanying record of some type when an audit or review has been accomplished. This record would define the findings of the review or audit and any corrective action to be taken. For the sake of brevity this checklist does not call out a separate record for each review or audit. All procedures should be reviewed but the checklist does not call out a review for each procedure, unless the standard calls out the procedure review. In this checklist, "engineering drawings, manuals, reports, scripts and specifications" are included in the document category. In the procedure category, guidelines are included when the subject standard references another standard for physical evidence. The checklist does not call out the requirements of the referenced standard. The authors have carefully reviewed the Standard 15288 and defined the physical evidence required based upon this classification scheme. SEPT's engineering department has conducted a second review of the complete list and baseline standard to ensure that the documents' producers did not leave out a physical piece of evidence that a "reasonable person" would expect to find. It could certainly be argued that if the document did not call it out then it is not required; however, if the standard was used by an organization to improve its process, then it would make sense to recognize missing documents. Therefore, there are documents specified in this checklist that are implied by the standard, though not specifically called out by it, and they are designated by an asterisk (*) throughout this checklist. If a document is called out more than one time, only the first reference is stipulated.
Document History
-
SEPT ISO/IEC/IEE 15288 Checklist
currently
viewing
SEPT Evidence Product Checklist for ISO/IEC/IEE Standard 15288:2015-Systems and Software Engineering-System Life Cycle Processes- Most Recent
-
SEPT ISO/IEC 15288 Checklist
SEPT Evidence Product Checklist for ISO/IEC Standard 15288:2008-Systems and software engineering-System life cycle processes- Historical Version