ENGR 500 New Product Design: slides System Operation Assignment Instructions Overview In this assignment, you will develop the system operation viewpoint for your new product design. This viewpoint...

ENGR 500
New Product Design: slides
System Operation Assignment Instructions
Overview
In this assignment, you will develop the system operation viewpoint for your new product design. This viewpoint should reflect the primary and secondary operations of all possible solutions to the problem defined in the problem statement and be traceable to the requirements domain. The system operation viewpoint is intended to capture the purpose of the system from the perspective of the user of the system. •    
Specify system operation using SysML Use Case Diagram!!
Instructions
Recommendations
1. Refer to Chapter 4 section on writing good requirements
2. Use Papyrus to create Use Case Diagram
3. Verify traceability between model perspectives (i.e., Requirements, Operations)
Note: These are minimal requirements. To achieve a higher grade on this assignment, you must exceed these requirements. See the grading ru
ic for further details.
System Functions Assignment Instructions
Overview
In this assignment, you will develop the system functions viewpoint for your new product design. This viewpoint should describe how the system operation is performed algorithmically. It is used to identify all the functions needed to realize the system operation, and the process by which these functions are executed. The system functions viewpoint should be traceable to the operations and requirements domains. The system functions viewpoint is intended to capture the internal behavior of the system from the perspective of the system.
Recommendations
1. Refer to Chapter 4 section on writing good requirements.
2. Use Papyrus to create Use Case Diagram.
3. Use Papyrus to create Activity Diagrams.
4. Verify traceability between model perspectives (i.e., Requirements, Operations, Behavioral)
    
    
    

Impress
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New Product Design: System Operations Template
Name: _Houstin Claiborne___________
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New Product: Need/Opportunity
To design and reinvent a flat iron for domestic use with inbuilt intelligent features to increase the quality of the iron clothes with reduced complexity and ease of use. The cu
ent generation of flat irons are designed to remove the crease from the clothing but don't consider the ergonomics, product, or efficiency. These limitations can be resolved through a considerate redesign and development of the flat iron. The improvement process for the design approach will serve as a roadmap and theoretical stage for commodity improvement that will involve
oad research, analysis, and visioning. The design process will consider the use of IoT in the product for an efficient heating profile for a particular fa
ic, moisture, and pressure for a specific operation. The economic front of the product will also be considered through the design process, considering the classification of the product as a household item for generals.
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Benchmark Analysis
    Product    Customer Segment 1
Tech Savvy    Customer Segment 2
Housewife    Customer Segment 3
Minimalists
    Smart Feature
    Desirable    Maybe    Maybe
    Connectivity with Mobile    Desirable    Maybe    Not Desirable
    Energy Efficiency    Desirable    Desirable    Desirable
    Lime Scale    Desirable    Desirable    Desirable
    Ergonomic    Maybe    Maybe    Desirable
    Low Price    Ok with high price    Desirable    Maybe
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Analysis/Summary of User Needs
The cu
ent generation of flat irons has many vital issues that are needed to be solved for ergonomic and organic use in the home. Consumers are looking for the flat iron design to be cohesive with the other household according to the environment. The water refilling tank to be more efficient and should provide moisture based on the fa
ic demand, which is solved through the IoT system. The system will take much less energy to operate as the efficiency of the heating element can be improved, and the inbuilt IoT design compared to the conventional flat irons. The ergonomic design of the iron will lead to ease of usage for the consumer with the iron profiles available within the system. The Lime scale will be improved with the introduction of the IoT system in the flat iron, which will enhance the crease removal from the clothing.
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Problem Statement
To design and develop a smart flat iron for domestic clothing which can operate efficiently under various environmental conditions for various variety of fa
ics. The shape of the product has to be ergonomically considered for ease of use by the consumer. These combined with an IoT system inbuilt into the flat iron will provide the product a local database based on the consumer crease liking and will perform accordingly. These features will have to be added to the flat iron economically as possible for the products feasibility in the market.
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Requirements Table
    Requirement ID [Unique Identifier]    Requirement Name    Requirement Description    Requirement Rationale    Requirement Type
    R.1.1    Cost    System must cost less than $30
    Must be affordable    Stakeholde
    R.1.2    Featured Marketing    Constant Influence of product on consumer    Product must be visible to customer    Stakeholde
    R.1.3    Functionality    Provides better functionality compared to competition    Must be viable in market with competitors    Stakeholde
    R.1.4    Quality    Quality Control on product    Providing quality product with end user in mind    Stakeholde
    R.1.5    Supply    Constant supply of product    Market availability    Stakeholde
    R.1.6    Efficient    Higher efficiency of the product    Power consumption can be reduced    Stakeholde
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Requirements Table
    Requirement ID [Unique Identifier]    Requirement Name    Requirement Description    Requirement Rationale    Requirement Type
    R.2.1    Variable Heating Profile    Variable heating profile for different fa
ic configuration
    To provide seamless crease    System
    R.2.2    IoT system    Implementation of IoT system for smart features    Smart feature to observe and learn from the end user to provide best heating and steaming profiles    System
    R.2.2.1    Inbuilt database for profiles    Generate different heating profiles    Initial profiles for different fa
ics    System, Child
    R.2.3.2    Learning through sensor    Getting data based on the history of the equipment use    The learning will provide the system to perform efficiently    System, Child
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Requirements Table
    Requirement ID [Unique Identifier]    Requirement Name    Requirement Description    Requirement Rationale    Requirement Type
    R.2.4    Material Selection    Adequate material selection for proper heat discharge
    To delay or extend the damage of the flat surface    System
    R.2.5    Steam Injection    Proper container to ca
y the stem and proper heating and injecting mechanism    For proper or uniform release of stem at a proper temperature based on the fa
ic    System
    R.2.6    Ergonomic Design for handle, flat surface and steam injection points     Design of flat iron be such that the end user can use it for extended period of time    Help the end user to perform task with no load on the wrist or experiencing heating or sweating in hands    System, Child
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System Operation
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System Functions
[...use as many slides as needed]
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Biblical Integration
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2 Thessalonians 3:6-8 Now we command you,
others, in the name of our Lord Jesus Christ, that you keep away from any
other who is walking in idleness and not in accord with the tradition that you received from us. For you yourselves know how you ought to imitate us, because we were not idle when we were with you, nor did we eat anyone's
ead without paying for it, but with toil and labor we worked night and day, that we might not be a burden to any of you. This scripture
ings me to the point of having accountability for ones own actions. Whether it is a stake holder building a product for the masses or your person self going day to day, Preparations and thoroughly sound ethical judgement is necessary.
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Source Documents/References
Walden, D., Roedler, G., Forsberg, K., Hamelin, R., Shortell, T. (Edition 2015), Systems Engineering Handbook, Wiley
Gue
ero, H. M. D. A., Costas, E., & García, P. M. A. Why do we iron clothes? Tracking its origins based on a sanitary hypothesis.
Ba
ón-Cedeño, A., Vila, M., Martí, M. A., & Rosso, P XXXXXXXXXXPlagiarism meets paraphrasing: Insights for the next generation in automatic plagiarism detection. Computational Linguistics, 39(4), XXXXXXXXXX.
English Standard Version Bible XXXXXXXXXXESV Online. https:
esv.literalword.com
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Checklist
[ ] Repeat analysis of stakeholder needs and requirements
[ ] specify stakeholder requirements
[ ] Repeat analysis of system requirements
[ ] specify system requirements
[ ] Repeat analysis of system operation
[ ] specify system operation using SysML Use Case Diagram
[ ] Analyze of system functions
[ ] specify system functions using SysML Activity Diagrams
[ ] Create/Complete a document based on assignment template
[ ] Export/Upload completed document as a pdf file
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