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SYSTEMS
ENGINEERING MANAGEMENT PLAN
GROUP
6
SYSTEMS
ENGINEERING COURSE 202 George Mason University May 6, 1999
1. OBJECTIVE:
To develop a web site with capability of demonstrating a model of a dynamic
system to undergraduate engineering students.
2. DELIVERABLES:
2.1 One email message with Universal Resource Locator (URL) of
group web site to Klaskey@gmu.edu.
2.2 One email message with allocations of credit for assignment
to Klaskey@gmu.edu.
3. SCHEDULE/MILESTONES:
3.1
- Week beginning Feb 21, 1999
- First team meeting
- Develop skills matrix of assigned team members
- Select project leader
- Make email contact with all team members
- Research information currently available on world wide web (WWW)
3.2
- Week beginning Feb 28
- Select group leader (Julia Maslov)
- Develop Systems Engineering Management Plan (SEMP) using MS Project
software
- Conduct requirement analysis
- Determine deliverables
- Assign tasks and responsibilities
- Project Leader - Julia Maslov
- Design - Michael Bordell, Hassan Aitcaid, Bernardo DeLeon
- Production (Web Site Development) - Julia Maslov and Bernardo
DeLeon
- Establish project organization
3.3
- Week of Mar 7
- Select system for case study
- Write system description and diagram
- Deliver SEMP to team members
- Review production of web site main page
- Review description of example, diagram, graphic
3.4
- Week of Mar
14
- Develop system
model
- Develop representation
of system elements
- Develop representation
of free-body diagrams
- Develop modeling equations
3.5
- Week of Apr 4
- Develop modeling equations
- Web site development and implementation
3.6
- Week of Apr 18
- Analyze system stability
- Plot system outputs
3.7
- Week of Apr 25
- Reevaluate system model
- Confirm implementation of changes
- Evaluate and test web site
- Debug web site
3.6
- Week of May 2
- Prepare deliverables
- Email deliverables to Dr. Klaskey
4 . ORGANIZATIONAL
RESPONSIBILITIES
org chart goes here
5. REQUIREMENTS
ANALYSIS
| Requirement |
Responsibility
|
| |
|
| 1. Develop main
page of website |
Development |
| |
|
| 1.1 Describe system,
its elements and how they interact |
Design |
| 1.2 Illustrate
system with a diagram |
Design |
| 1.3 Implement links
to other pages of case study |
Production |
| 1.4 Implement project
personnel and history page |
Project control |
| 1.5 Implement a
site map page |
Production |
| |
|
| 2. Develop model
of a dynamic system |
Development |
| |
|
| 2.1 Write a description
of the system and elements |
Design |
| 2.2 Illustrate
system with a diagram |
Design |
| 2.3 Illustrate
system with a free-body diagram |
Design |
| 2.4 Write state-variable
and output equations for system |
Design |
| 2.5 Write input-output
equations for the system |
Design |
| 2.6 Present solution
for the system outputs |
Design |
| 2.7 Present analysis
of system stability |
Design |
| 2.8 Present a plot
of the system |
Design |
| |
|
| 3. Test and
evaluate the web site |
Testing and
Evaluation |
| |
|
| 4. Complete
deliverables |
|
| |
|
| 4.1 Deliver URL
to Project Management |
Production |
| 4.2 Email URL to
Dr. Laskey |
Project Management |
| 4.3 Email individual
estimated allocations of credit to project management |
Project Management |
| 4.4 Email allocation
of credit for group to Dr. Laskey |
Project Management |
|