csun engineering management systems engineering management mse607b chapter 2, part ii the system...
TRANSCRIPT
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CSUN EngineeringManagement
Systems EngineeringManagement
MSE607BChapter 2, Part II
The System Engineering Process
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Learning Objectives
Identify the applications for systems engineering Overview of the systems engineering process Introduce the basic activities of the process Evaluating systems in terms of their effectiveness Material provided is a necessary prerequisite to
the information presented later
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Case Study:Elevator System
Apply Systems Engineering Concepts and Process to a ‘Simple’, Understood System.
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Operational Concept
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External Systems DiagramIDEFØ Model•Designed to model:
•Decisions•Actions•Activities
•Help organize the analysis of a system and promote good communication between the analyst and customer
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Functional Architecture
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Systems Engineering Approach
Establish Performance CriteriaEstablish Performance Criteria
Establish System Goals and ObjectivesEstablish System Goals and Objectives
Define the Define the ProblemProblem
Establish Institutional Establish Institutional FrameworkFramework
Build Build CoalitionsCoalitions
Define Functional RequirementsDefine Functional Requirements
Identify and Screen Identify and Screen TechnologyTechnology
Develop Develop Deployment PlanDeployment Plan
Deploy ProjectsDeploy Projects
EvaluateEvaluate
Define System ArchitectureDefine System Architecture
ShortShort MediumMedium LongLong
PhysicalPhysicalLogicalLogical
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Systems Engineering Approach
Establish Performance CriteriaEstablish Performance Criteria
Establish System Goals and ObjectivesEstablish System Goals and Objectives
Define the Define the ProblemProblem
Establish Institutional Establish Institutional FrameworkFramework
Build Build CoalitionsCoalitions
Define Functional RequirementsDefine Functional Requirements
Identify and Screen Identify and Screen TechnologyTechnology
Develop Develop Deployment PlanDeployment Plan
Deploy ProjectsDeploy Projects
EvaluateEvaluate
Define System ArchitectureDefine System Architecture
ShortShort MediumMedium LongLong
PhysicalPhysicalLogicalLogical
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Define the Problem
Vary in breadth from operational to institutional
Methods of identifying problems:• Traditional operational studies• Regional transportation and land-use studies• Air quality assessments
Coordination with other agencies input from local politicians
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Inventory of System
PHYSICAL ORGANIZATIONAL
Roadway networkOperating agencies
Existing surveillance and control systems
Funding sources
Existing information dissemination systems
Political and agency jurisdictions
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Systems Engineering Approach
Establish Performance CriteriaEstablish Performance Criteria
Establish System Goals and ObjectivesEstablish System Goals and Objectives
Define the Define the ProblemProblem
Establish Institutional Establish Institutional FrameworkFramework
Build Build CoalitionsCoalitions
Define Functional RequirementsDefine Functional Requirements
Identify and Screen Identify and Screen TechnologyTechnology
Develop Develop Deployment PlanDeployment Plan
Deploy ProjectsDeploy Projects
EvaluateEvaluate
Define System ArchitectureDefine System Architecture
ShortShort MediumMedium LongLong
PhysicalPhysicalLogicalLogical
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Establish Institutional Framework
Critical step in process Needed at three levels
• Interagency• Intra-agency• Other stakeholders
Input identifying problems and developing goals
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Interagency
MPOs Highway/public
works Transit Law enforcement Emergency
services
Turnpike/toll road authorities
Port authorities State and federal
emergency management agencies
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Intra-agency
Planning Administrative Construction Design Operations Maintenance
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Other Stakeholders
Major traffic generators Utility companies Politicians Media Private transportation providers
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Systems Engineering Approach
Establish Performance CriteriaEstablish Performance Criteria
Establish System Goals and ObjectivesEstablish System Goals and Objectives
Define the Define the ProblemProblem
Establish Institutional Establish Institutional FrameworkFramework
Build Build CoalitionsCoalitions
Define Functional RequirementsDefine Functional Requirements
Identify and Screen Identify and Screen TechnologyTechnology
Develop Develop Deployment PlanDeployment Plan
Deploy ProjectsDeploy Projects
EvaluateEvaluate
Define System ArchitectureDefine System Architecture
ShortShort MediumMedium LongLong
PhysicalPhysicalLogicalLogical
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Building Coalitions
Identify “champions”• “Top-down” or “bottom-up” support
Find individuals critical to success• Key individuals with knowledge and authority
• Present throughout entire process Use existing institutional frameworks
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Systems Engineering Approach
Establish Performance CriteriaEstablish Performance Criteria
Establish System Goals and ObjectivesEstablish System Goals and Objectives
Define the Define the ProblemProblem
Establish Institutional Establish Institutional FrameworkFramework
Build Build CoalitionsCoalitions
Define Functional RequirementsDefine Functional Requirements
Identify and Screen Identify and Screen TechnologyTechnology
Develop Develop Deployment PlanDeployment Plan
Deploy ProjectsDeploy Projects
EvaluateEvaluate
Define System ArchitectureDefine System Architecture
ShortShort MediumMedium LongLong
PhysicalPhysicalLogicalLogical
![Page 19: CSUN Engineering Management Systems Engineering Management MSE607B Chapter 2, Part II The System Engineering Process](https://reader035.vdocuments.mx/reader035/viewer/2022081504/56649e705503460f94b6dada/html5/thumbnails/19.jpg)
Establish Goals and Objectives
Describe what system is to accomplish Directly related to specific problems Goals => long-range and broad Objectives => measurable and specific
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Example of Goals and Objectives
IDENTIFIED PROBLEM Incidents => primary source of congestion
SYSTEM GOAL Reduce impacts of incidents
SYSTEM OBJECTIVES Detect all incidents within 2 minutes Reduce clearance time by 5 minutes
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Systems Engineering Approach
Establish Performance CriteriaEstablish Performance Criteria
Establish System Goals and ObjectivesEstablish System Goals and Objectives
Define the Define the ProblemProblem
Establish Institutional Establish Institutional FrameworkFramework
Build Build CoalitionsCoalitions
Define Functional RequirementsDefine Functional Requirements
Identify and Screen Identify and Screen TechnologyTechnology
Develop Develop Deployment PlanDeployment Plan
Deploy ProjectsDeploy Projects
EvaluateEvaluate
Define System ArchitectureDefine System Architecture
ShortShort MediumMedium LongLong
PhysicalPhysicalLogicalLogical
![Page 22: CSUN Engineering Management Systems Engineering Management MSE607B Chapter 2, Part II The System Engineering Process](https://reader035.vdocuments.mx/reader035/viewer/2022081504/56649e705503460f94b6dada/html5/thumbnails/22.jpg)
Establish Performance Criteria
Judging performance of system System achieving design
objectives Measures of performance
• Qualitative• Quantitative
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Example of Performance Criteria - Incident Management
Objective: Detect all incidents within 2 minutes• Average detection time• % of incidents detected in 2 minutes
Objective: Provide first response within 15 minutes• Average response time• % of incidents responded to in 15 minutes
Objective: Reduce clearance time by 5 minutes• Average clearance time before system implemented• Average clearance time after system implemented• % of incidents where clearance time reduced by 5
minutes
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Systems Engineering Approach
Establish Performance CriteriaEstablish Performance Criteria
Establish System Goals and ObjectivesEstablish System Goals and Objectives
Define the Define the ProblemProblem
Establish Institutional Establish Institutional FrameworkFramework
Build Build CoalitionsCoalitions
Define Functional RequirementsDefine Functional Requirements
Identify and Screen Identify and Screen TechnologyTechnology
Develop Develop Deployment PlanDeployment Plan
Deploy ProjectsDeploy Projects
EvaluateEvaluate
Define System ArchitectureDefine System Architecture
ShortShort MediumMedium LongLong
PhysicalPhysicalLogicalLogical
![Page 25: CSUN Engineering Management Systems Engineering Management MSE607B Chapter 2, Part II The System Engineering Process](https://reader035.vdocuments.mx/reader035/viewer/2022081504/56649e705503460f94b6dada/html5/thumbnails/25.jpg)
Define Functional Requirements
Features needed by system to accomplish objectives
Independent of technology or architecture Describes what system does, not how!
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Example of Functional Requirements
Incident Management
Identify incidents
Identify location of incident Identify impacts of incident Identify characteristics of incident
Formulate response actions
Identify necessary emergency vehicle response
Select incident information for dissemination to travelers
Identify traffic control strategies
Initiate and Monitor response
Provide response procedures to agencies
Monitors response
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Systems Engineering Approach
Establish Performance CriteriaEstablish Performance Criteria
Establish System Goals and ObjectivesEstablish System Goals and Objectives
Define the Define the ProblemProblem
Establish Institutional Establish Institutional FrameworkFramework
Build Build CoalitionsCoalitions
Define Functional RequirementsDefine Functional Requirements
Identify and Screen Identify and Screen TechnologyTechnology
Develop Develop Deployment PlanDeployment Plan
Deploy ProjectsDeploy Projects
EvaluateEvaluate
Define System ArchitectureDefine System Architecture
ShortShort MediumMedium LongLong
PhysicalPhysicalLogicalLogical
![Page 28: CSUN Engineering Management Systems Engineering Management MSE607B Chapter 2, Part II The System Engineering Process](https://reader035.vdocuments.mx/reader035/viewer/2022081504/56649e705503460f94b6dada/html5/thumbnails/28.jpg)
Define System Architecture
Framework for achieving system objectives Example:
• Function: • Incident detection
• Architecture:Architecture:• Surveillance system• Detection algorithm• Communication system
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Benefits from Planning System Architecture
Minimizes redundant systems Promotes efficient use of equipment, staff, and
resources Permits easy expansion and modernization Facilitates information sharing
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System Architecture Levels
Functional Requirements => what system is supposed to do
Logical architecture => what information flows between components
Physical architecture => where function occurs and who is responsible for performing it
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“Open” System Architecture
Designed with standard data interfaces• Not vender specific
Benefits:• Keeps system from being obsolete• More compatible with ITS technologies
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Systems Engineering Approach
Establish Performance CriteriaEstablish Performance Criteria
Establish System Goals and ObjectivesEstablish System Goals and Objectives
Define the Define the ProblemProblem
Establish Institutional Establish Institutional FrameworkFramework
Build Build CoalitionsCoalitions
Define Functional RequirementsDefine Functional Requirements
Identify and Screen Identify and Screen TechnologyTechnology
Develop Develop Deployment PlanDeployment Plan
Deploy ProjectsDeploy Projects
EvaluateEvaluate
Define System ArchitectureDefine System Architecture
ShortShort MediumMedium LongLong
PhysicalPhysicalLogicalLogical
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Identify and Screen Technology
Meets performance and reliability standard defined by architecture
Sources of information:• Evaluation studies and reports• Literature• Demonstration• Site visits
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Evaluating Technologies
Interaction with system Impacts on physical configuration of system Expandability and flexibility Life-cycle costs:
• Procurement, installation, and construction• Operating and maintenance• Replacement and expansion costs
Operations and maintenance Iterative process
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Systems Engineering Approach
Establish Performance CriteriaEstablish Performance Criteria
Establish System Goals and ObjectivesEstablish System Goals and Objectives
Define the Define the ProblemProblem
Establish Institutional Establish Institutional FrameworkFramework
Build Build CoalitionsCoalitions
Define Functional RequirementsDefine Functional Requirements
Identify and Screen Identify and Screen TechnologyTechnology
Develop Develop Deployment PlanDeployment Plan
Deploy ProjectsDeploy Projects
EvaluateEvaluate
Define System ArchitectureDefine System Architecture
ShortShort MediumMedium LongLong
PhysicalPhysicalLogicalLogical
![Page 36: CSUN Engineering Management Systems Engineering Management MSE607B Chapter 2, Part II The System Engineering Process](https://reader035.vdocuments.mx/reader035/viewer/2022081504/56649e705503460f94b6dada/html5/thumbnails/36.jpg)
Develop Deployment Plan
Outline how system is implemented Elements:
• Problems and opportunities to be addressed• Institutional arrangements• Goals and objectives• Functional requirements and architecture• Technology options
Include implementation plan
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Elements of Implementation Plan
Goals and objectives Laws, ordinances, etc. Start-up procedures Adding functions Organizational and
reporting structure Agency responsibilities
Operating procedures Communications protocols
/ procedures Staffing requirements Hours of operation Training Maintenance Budget
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Procurement Approaches
Sole-source• a contract is awarded to a named supplier without any
competition for the project Engineering / contractor
• A single contract is awarded to the lowest responsive bidder to a specific request by the highway agency
Two-step• A formal technical prequalification process is added to the
engineer/contractor approach System management
• A system manager is hired to perform the system design, software development, and system integration activities
Design / build• A single entity is responsible for all of the work associated with
deploying a system
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Establish Performance CriteriaEstablish Performance Criteria
Establish System Goals and ObjectivesEstablish System Goals and Objectives
Define the Define the ProblemProblem
Establish Institutional Establish Institutional FrameworkFramework
Build Build CoalitionsCoalitions
Define Functional RequirementsDefine Functional Requirements
Identify and Screen Identify and Screen TechnologyTechnology
Develop Develop Deployment PlanDeployment Plan
Deploy ProjectsDeploy Projects
EvaluateEvaluate
Define System ArchitectureDefine System Architecture
ShortShort MediumMedium LongLong
PhysicalPhysicalLogicalLogical
Systems Engineering Approach
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Evaluation
Ongoing process Occurs at all stages How well system is achieving design objectives Identify improvements Lessons learned
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Summary
Applications for systems engineering Systems engineering process Basic activities of the process Evaluating systems in terms of their effectiveness Material provided is a necessary prerequisite to
the information presented later
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Interactive Workshop
The purpose of feasibility analysis is:a) Identify functions the system must performb) Identify requirements the system must
performc) Determine the resources needed for the
system developmentd) Determine if the system design should be
successful
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“Systems Maintenance” concept is the basis for:
a) Establishing supportability in system designb) Detailed maintenance planc) Detailed design of system componentsd) Both (a) and (c)e) Both (a) and (b)
Interactive Workshop
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Systems Operational requirements describe:a) The designer needs relative to utilization and
mission accomplishmentb) The consumer needs relative to utilization and
mission accomplishment c) Mission performance and test parametersd) The consumer needs relative to system
functional goals
Interactive Workshop
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One of the basic steps in system engineering process is NOT:
a) System retirement and material disposalb) Maintenance and support conceptc) System operational requirementsd) System marketing and research
Interactive Workshop
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System Functional requirements specify:a) The “How” not the “What”b) The “What” not the “How”c) What needs to be analyzedd) Baseline for system analysis
Interactive Workshop
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Homework Assignment
Textbook page 107 Answer questions 1, 8, 12, 18, 27
Use homework format provided in course website
Read Chapter 2
• Pages 46-107
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Questions? Comments?