This page shows the pre-commit working store (the raw extraction under review). This case was committed to OntServe on 2026-10-24 07:56; the committed record differs by design (deduplication, typing, and agent binding are applied at commit). View the committed record
Overview
Facts Discussion
Provenance Draft

PASS 1: Contextual Framework Facts Section

Case 74: Professional Competence In Current Structural Design

R Roles
1
Classes
1
Individuals
S States
3
Classes
4
Individuals
Rs Resources
2
Classes
0
Individuals

Extracted Ontology Entities

11 RDF entities extracted organized by concept type

R Roles

Roles Classes
1
Design Engineer
rdfs:subClassOf Roles
Linked
Design Engineer Role
C74
Definition
Extracted from facts primary
A professional engineering role responsible for producing the design of a structural system for a building project, applying sound structural engineering principles and the design standards applicable to the project's location and conditions.
Inherited from DesignEngineerRole · note
An engineer responsible for producing a design (plans, calculations, specifications, drawings) for a project. Project and discipline are case context, not separate role kinds.
Properties
Text References:
"Engineer A is involved in the design of the structural system on a building project in an area of the country that experiences severe weather conditions."
"designs the structural system based upon what Engineer A believes constitutes sound structural engineering principles"
Confidence: 0.95
Role Kind: professional
Distinguishing Features:
  • Produces the original design that is incorporated in the plans and specifications for the building, rather than reviewing or constructing it
  • Responsible for applying sound engineering principles and current design methods applicable to the project's conditions
Professional Scope: Original structural design work for building projects, including selection and application of design methods and parameters appropriate to the project's location and weather conditions.
Typical Qualifications:
  • Knowledge and experience in structural design
  • Familiarity with current technical literature and design standards in the discipline
Associated Virtues:
  • Competence
  • Diligence in staying current on changing design trends
[facts] "Engineer A is involved in the design of the structural system on a building project in an area of the country that experiences severe weather conditions. Engineer A, who has experience with structural..."
Field classification (triples vs literals)
Literal extractions (kept for synthesis)
  • textReferences content: Engineer A is involved in the design of the structural system on a building project in an area of the country that experiences severe weather conditions.; designs the structural system based upon what Engineer A believes constitutes sound structural engineering principles
  • roleKind content: professional
  • distinguishingFeatures content: Produces the original design that is incorporated in the plans and specifications for the building, rather than reviewing or constructing it; Responsible for applying sound engineering principles and current design methods applicable to the project's conditions
  • professionalScope content: Original structural design work for building projects, including selection and application of design methods and parameters appropriate to the project's location and weather conditions.
  • typicalQualifications content: Knowledge and experience in structural design; Familiarity with current technical literature and design standards in the discipline
  • associatedVirtues content: Competence; Diligence in staying current on changing design trends
  • confidence assessment: 0.95
Roles Individuals
1
Engineer A Design Engineer
Design Engineer Role
Linked
Design Engineer Role
C74
Text References:
"Engineer A is involved in the design of the structural system on a building project in an area of the country that experiences severe weather conditions."
"Engineer A, who has experience with structural designs in this area of the country, designs the structural system based upon what Engineer A believes constitutes sound structural engineering principle..."
"While Engineer A generally attempts to stay current on changing structural design trends, Engineer A was not familiar with this recent technical literature."
"Engineer A completes his design which is later incorporated in the plans and specifications for the building and the building is built."
"Engineer A is involved in the design of the structural system on a building project in an area of the country that experiences severe weather conditions. Engineer A, who has experience with structural..."
Confidence: 0.95
Actor: Engineer A
Role Class: Design Engineer
Role Kind: professional
Specialty: Structural design
Experience Level: Has knowledge and experience in structural design, with experience with structural designs in this area of the country
Technical Background: Structural engineering design; generally attempts to stay current on changing structural design trends but was not familiar with the recent technical literature on new severe weather design standards
Case Involvement: Designed the structural system for a building project in a severe weather area based on what he believed were sound structural engineering principles, without being familiar with recently published severe weather design standards. His completed design was incorporated in the plans and specifications and the building was built. Within one year, severe weather caused significant structural damage, and it was determined the failure would not have occurred had he followed the severe weather design parameters.
Practice location: An area of the country that experiences severe weather conditions
Familiarity gap: Not familiar with the recent technical literature publishing new and improved severe weather design standards
[facts] "Engineer A is involved in the design of the structural system on a building project in an area of the country that experiences severe weather conditions. Engineer A, who has experience with structural..."
Field classification (triples vs literals)
Relations (structural triples)
  • actor: Engineer A
  • attributes: {'practice_location': 'An area of the country that experiences severe weather conditions', 'familiarity_gap': 'Not familiar with the recent technical literature publishing new and improved severe weather design standards'}
Literal extractions (kept for synthesis)
  • textReferences content: Engineer A is involved in the design of the structural system on a building project in an area of the country that experiences severe weather conditions.; Engineer A, who has experience with structural designs in this area of the country, designs the structural system based upon what Engineer A believes constitutes sound structural engineering principles.; While Engineer A generally attempts to stay current on changing structural design trends, Engineer A was not familiar with this recent technical literature.; Engineer A completes his design which is later incorporated in the plans and specifications for the building and the building is built.; Engineer A is involved in the design of the structural system on a building project in an area of the country that experiences severe weather conditions. Engineer A, who has experience with structural designs in this area of the country, designs the structural system based upon what Engineer A believes constitutes sound structural engineering principles. Although Engineer A has knowledge and experience in structural design, new and improved design methods have recently been developed to address the severe weather conditions in the location in which Engineer A practices. These new and improved severe weather design standards have been published in the most recent technical literature. While Engineer A generally attempts to stay current on changing structural design trends, Engineer A was not familiar with this recent technical literature. Engineer A completes his design which is later incorporated in the plans and specifications for the building and the building is built.
  • roleClass content: Design Engineer
  • roleKind content: professional
  • specialty content: Structural design
  • experienceLevel content: Has knowledge and experience in structural design, with experience with structural designs in this area of the country
  • technicalBackground content: Structural engineering design; generally attempts to stay current on changing structural design trends but was not familiar with the recent technical literature on new severe weather design standards
  • caseInvolvement content: Designed the structural system for a building project in a severe weather area based on what he believed were sound structural engineering principles, without being familiar with recently published severe weather design standards. His completed design was incorporated in the plans and specifications and the building was built. Within one year, severe weather caused significant structural damage, and it was determined the failure would not have occurred had he followed the severe weather design parameters.
  • confidence assessment: 0.95

S States

States Classes
3
changed
Structural Failure Risk State
rdfs:subClassOf States
Review
Risk State
C74
Definition
Extracted from facts primary
A risk condition in which a completed building, designed without the applicable severe weather design parameters, is exposed to structural failure under the severe weather conditions of its location.
Inherited from RiskState · note
A condition of hazard exposure: potential harm to public welfare, safety, or a protected interest. As a content kind it is the situation of exposure itself, independent of which obligation it activates. Its deontic relevance is that a hazard condition bears on the protective obligations a role exists to discharge and can license defeat of competing duties such as confidentiality when the harm is grave, the context-dependent priority reordering Almpani and Stefaneas (2022) formalize.
Properties
Text References:
"Engineer A is involved in the design of the structural system on a building project in an area of the country that experiences severe weather conditions"
"Within one year following construction, severe weather conditions cause significant structural damage to the building."
Confidence: 0.85
State Category: risk
Persistence Type: inertial
Activation Conditions: The building is built from a design that did not follow the severe weather design parameters
Termination Conditions: Severe weather conditions cause significant structural damage to the building, realizing the risk
Principle Transformation: The exposure of the built structure to severe weather makes the adequacy of the structural design directly consequential for the safety and integrity of the building.
[facts] "Engineer A completes his design which is later incorporated in the plans and specifications for the building and the building is built. Within one year following construction, severe weather condition..."
Field classification (triples vs literals)
Literal extractions (kept for synthesis)
  • textReferences content: Engineer A is involved in the design of the structural system on a building project in an area of the country that experiences severe weather conditions; Within one year following construction, severe weather conditions cause significant structural damage to the building.
  • stateCategory content: risk
  • persistenceType content: inertial
  • principleTransformation content: The exposure of the built structure to severe weather makes the adequacy of the structural design directly consequential for the safety and integrity of the building.
  • confidence assessment: 0.85
Derived (reconstructable from the graph)
  • activationConditions: The building is built from a design that did not follow the severe weather design parameters
  • terminationConditions: Severe weather conditions cause significant structural damage to the building, realizing the risk
changed
PostEngagementDiscoveryState
rdfs:subClassOf States
Review
Post Engagement Discovery State
C74
Definition
Extracted from facts primary
An epistemic condition in which, after the design work is complete and a failure event has occurred, it is established that a prior design decision was in error, here the determination that had the severe weather design parameters been followed the structural failure would not have occurred.
Inherited from PostEngagementDiscoveryState · note
An epistemic condition in which a professional, after the design work is complete and an event has occurred, comes to believe that a prior design decision may have been in error, here Engineer T's post-accident realization that alternative design concepts explored early on would have allowed connections to be made while standing on the floor with injury far less likely.
Properties
Text References:
"It is determined that had Engineer A followed the severe weather design parameters, the structural failure would not have occurred."
Confidence: 0.87
State Category: epistemic
Persistence Type: inertial
Activation Conditions: A determination is made after the structural failure that following the severe weather design parameters would have prevented it
Principle Transformation: Once the causal role of the omitted design parameters is determined, the earlier design decision is established as an error rather than a matter of professional judgment.
[facts] "Within one year following construction, severe weather conditions cause significant structural damage to the building. It is determined that had Engineer A followed the severe weather design parameter..."
Field classification (triples vs literals)
Literal extractions (kept for synthesis)
  • textReferences content: It is determined that had Engineer A followed the severe weather design parameters, the structural failure would not have occurred.
  • stateCategory content: epistemic
  • persistenceType content: inertial
  • principleTransformation content: Once the causal role of the omitted design parameters is determined, the earlier design decision is established as an error rather than a matter of professional judgment.
  • confidence assessment: 0.87
Derived (reconstructable from the graph)
  • activationConditions: A determination is made after the structural failure that following the severe weather design parameters would have prevented it
changed
CompetenceGapState
rdfs:subClassOf States
Linked
Competence Gap State
C74
Definition
Extracted from facts primary
A condition in which a professional lacks familiarity with current knowledge or methods required for the work at hand, here Engineer A's unfamiliarity with the recently published severe weather design standards despite general experience in structural design in the area.
Inherited from CompetenceGapState · note
A condition in which an agent lacks, has insufficient, or has not exercised the competence required for the work at hand, undercutting the obligations that attach to it.
Properties
Text References:
"Engineer A was not familiar with this recent technical literature"
"Although Engineer A has knowledge and experience in structural design, new and improved design methods have recently been developed to address the severe weather conditions in the location in which En..."
Confidence: 0.92
State Category: competence
Persistence Type: inertial
Activation Conditions: New and improved severe weather design standards are published while the engineer remains unfamiliar with them
Termination Conditions: The engineer becomes familiar with the recent technical literature governing the work
Principle Transformation: The general expectation of staying current on structural design trends becomes concrete for this design once new severe weather standards relevant to the location are published.
[facts] "While Engineer A generally attempts to stay current on changing structural design trends, Engineer A was not familiar with this recent technical literature."
Field classification (triples vs literals)
Literal extractions (kept for synthesis)
  • textReferences content: Engineer A was not familiar with this recent technical literature; Although Engineer A has knowledge and experience in structural design, new and improved design methods have recently been developed to address the severe weather conditions in the location in which Engineer A practices
  • stateCategory content: competence
  • persistenceType content: inertial
  • principleTransformation content: The general expectation of staying current on structural design trends becomes concrete for this design once new severe weather standards relevant to the location are published.
  • confidence assessment: 0.92
Derived (reconstructable from the graph)
  • activationConditions: New and improved severe weather design standards are published while the engineer remains unfamiliar with them
  • terminationConditions: The engineer becomes familiar with the recent technical literature governing the work
States Individuals
4
changed
Review
Risk State
C74
Text References:
"Engineer A completes his design which is later incorporated in the plans and specifications for the building and the building is built."
"Within one year following construction, severe weather conditions cause significant structural damage to the building."
Confidence: 0.85
State Class: Structural Failure Risk State
Subject: The completed building designed without the severe weather design parameters
Active Period: From completion of construction until severe weather causes significant structural damage within one year
Triggering Event: The building is built from plans and specifications incorporating Engineer A's design, which did not follow the severe weather design parameters
Terminated By: Severe weather conditions cause significant structural damage to the building, realizing the exposure
Affected Parties: Engineer A
Urgency Level: high
[facts] "Engineer A completes his design which is later incorporated in the plans and specifications for the building and the building is built. Within one year following construction, severe weather condition..."
Field classification (triples vs literals)
Literal extractions (kept for synthesis)
  • textReferences content: Engineer A completes his design which is later incorporated in the plans and specifications for the building and the building is built.; Within one year following construction, severe weather conditions cause significant structural damage to the building.
  • stateClass content: Structural Failure Risk State
  • subject content: The completed building designed without the severe weather design parameters
  • activePeriod content: From completion of construction until severe weather causes significant structural damage within one year
  • triggeringEvent content: The building is built from plans and specifications incorporating Engineer A's design, which did not follow the severe weather design parameters
  • terminatedBy content: Severe weather conditions cause significant structural damage to the building, realizing the exposure
  • affectedParties content: Engineer A
  • confidence assessment: 0.85
  • urgencyLevel assessment: high
changed
Linked
Competence Gap State
C74
Text References:
"While Engineer A generally attempts to stay current on changing structural design trends, Engineer A was not familiar with this recent technical literature."
Confidence: 0.92
State Class: Competence Gap State
Subject: Engineer A
Active Period: From the publication of the new severe weather design standards through completion of the design and construction of the building
Triggering Event: New and improved severe weather design standards are published in the most recent technical literature while Engineer A remains unaware of them
Terminated By: The post-failure determination brings the omitted severe weather design parameters to light
Affected Parties: Engineer A
Urgency Level: high
[facts] "While Engineer A generally attempts to stay current on changing structural design trends, Engineer A was not familiar with this recent technical literature."
Field classification (triples vs literals)
Literal extractions (kept for synthesis)
  • textReferences content: While Engineer A generally attempts to stay current on changing structural design trends, Engineer A was not familiar with this recent technical literature.
  • stateClass content: Competence Gap State
  • subject content: Engineer A
  • activePeriod content: From the publication of the new severe weather design standards through completion of the design and construction of the building
  • triggeringEvent content: New and improved severe weather design standards are published in the most recent technical literature while Engineer A remains unaware of them
  • terminatedBy content: The post-failure determination brings the omitted severe weather design parameters to light
  • affectedParties content: Engineer A
  • confidence assessment: 0.92
  • urgencyLevel assessment: high
changed
Review
Evolving Standard State
C74
Text References:
"These new and improved severe weather design standards have been published in the most recent technical literature."
Confidence: 0.88
State Class: Evolving Standard State
Subject: Severe weather structural design practice in the location in which Engineer A practices
Active Period: From the recent publication of the new standards through the design and construction of the building
Triggering Event: New and improved design methods are developed and published in the most recent technical literature to address the severe weather conditions of the location
Affected Parties: Engineer A
Urgency Level: medium
[facts] "Although Engineer A has knowledge and experience in structural design, new and improved design methods have recently been developed to address the severe weather conditions in the location in which En..."
Field classification (triples vs literals)
Literal extractions (kept for synthesis)
  • textReferences content: These new and improved severe weather design standards have been published in the most recent technical literature.
  • stateClass content: Evolving Standard State
  • subject content: Severe weather structural design practice in the location in which Engineer A practices
  • activePeriod content: From the recent publication of the new standards through the design and construction of the building
  • triggeringEvent content: New and improved design methods are developed and published in the most recent technical literature to address the severe weather conditions of the location
  • affectedParties content: Engineer A
  • confidence assessment: 0.88
  • urgencyLevel assessment: medium
changed
Post Failure Design Error Determination
Post Engagement Discovery State
Review
Post Engagement Discovery State
C74
Text References:
"It is determined that had Engineer A followed the severe weather design parameters, the structural failure would not have occurred."
Confidence: 0.87
State Class: Post Engagement Discovery State
Subject: The determination that following the severe weather design parameters would have prevented the structural failure
Active Period: From the determination following the structural damage onward
Triggering Event: Investigation following the significant structural damage determines that the failure would not have occurred had the severe weather design parameters been followed
Affected Parties: Engineer A
Urgency Level: high
[facts] "It is determined that had Engineer A followed the severe weather design parameters, the structural failure would not have occurred."
Field classification (triples vs literals)
Literal extractions (kept for synthesis)
  • textReferences content: It is determined that had Engineer A followed the severe weather design parameters, the structural failure would not have occurred.
  • stateClass content: Post Engagement Discovery State
  • subject content: The determination that following the severe weather design parameters would have prevented the structural failure
  • activePeriod content: From the determination following the structural damage onward
  • triggeringEvent content: Investigation following the significant structural damage determines that the failure would not have occurred had the severe weather design parameters been followed
  • affectedParties content: Engineer A
  • confidence assessment: 0.87
  • urgencyLevel assessment: high

Rs Resources

Resources Classes
2
changed
Technical Standard
rdfs:subClassOf Resources
Linked
Technical Standard
C74
Definition
Extracted from facts primary
Industry standards and specifications defining acceptable practice that embody collective professional agreement on technical acceptability and minimum competence benchmarks, here the published severe weather structural design standards.
Inherited from TechnicalStandard · note
Industry standards and specifications defining acceptable practice (e.g., ISO, IEEE, ASME standards) that embody collective professional agreement on technical acceptability and minimum competence benchmarks.
Properties
Text References:
"These new and improved severe weather design standards have been published in the most recent technical literature."
Confidence: 0.9
Resource Category: technical_standard
[facts] "Although Engineer A has knowledge and experience in structural design, new and improved design methods have recently been developed to address the severe weather conditions in the location in which En..."
Field classification (triples vs literals)
Literal extractions (kept for synthesis)
  • textReferences content: These new and improved severe weather design standards have been published in the most recent technical literature.
  • resourceCategory content: technical_standard
  • confidence assessment: 0.9
changed
Reference Material
rdfs:subClassOf Resources
Linked
Reference Material
C74
Definition
Extracted from facts primary
Handbooks, manuals, guides, and other technical documentation supporting professional practice, here the recent technical literature in which the new severe weather design standards were published.
Inherited from ReferenceMaterial · note
Handbooks, manuals, guides, and other documentation supporting professional practice with technical and procedural knowledge.
Properties
Text References:
"Engineer A was not familiar with this recent technical literature"
Confidence: 0.8
Resource Category: reference_material
[facts] "While Engineer A generally attempts to stay current on changing structural design trends, Engineer A was not familiar with this recent technical literature."
Field classification (triples vs literals)
Literal extractions (kept for synthesis)
  • textReferences content: Engineer A was not familiar with this recent technical literature
  • resourceCategory content: reference_material
  • confidence assessment: 0.8
Resources Individuals
0
No new resources individuals were identified in this section.
Pass 1: Contextual Framework - Facts
Review extracted entities, then continue to the next step
Continue to Discussion Review
Case texts: National Society of Professional Engineers, Board of Ethical Review.

NOTE: The NSPE Board of Ethical Review considers ethical cases involving either real or hypothetical matters submitted to it from NSPE members, other engineers, public officials, and members of the public. The BER reviews each case in the context of the NSPE Code of Ethics and earlier BER opinions. The facts contained in each case do not necessarily represent all of the pertinent facts submitted to or reviewed by the BER and shall not be considered a direct evaluation of any real matter that may have been submitted.

Each opinion is intended as guidance to individual practicing engineers, students, and the public. In regard to the question of application of the NSPE Code of Ethics to engineering organizations (e.g., corporations, partnerships, sole proprietorships, government agencies, and university engineering departments), the specific business form or type should not negate nor detract from the conformance of individuals to the Code. The NSPE Code deals with professional services, which must be performed by real persons. Real persons in turn establish and implement policies within business structures.

This opinion is for educational purposes only and is not legal advice. It may be reprinted without further permission, provided that this statement is included before or after the text of the case and appropriate attribution is provided to the National Society of Professional Engineers' Board of Ethical Review.

© Licensed under the GNU GPL v3