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iRubric: Circuit Design and Hardware implementation rubric

iRubric: Circuit Design and Hardware implementation rubric

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Circuit Design and Hardware implementation 
Electronics Shopwork Final Project
The student will design an electronic circuit based on a predetermined system specification. Calculations related to the design will be established to align component choice and schematic circuit representation. Such design will be simulated through computer software before actual hardware implementation for checking and redesign. Upon validation of design through computer simulation, the hardware aspect will be implemented and tested for accuracy and reliability.
Rubric Code: FX7A7W5
By DrGopiKrishna
Draft
Public Rubric
Subject: Engineering  
Type: Assessment  
Grade Levels: Undergraduate

Powered by iRubric Circuit Design and Hardware impleme
  Exemplary/Excellent

5 pts

Accomplished/Good

4 pts

Developing/Fair

3 pts

Deficient/Poor

2 pts

Documentation
30 %

Drawings
Schematics
Flowcharts
Code Listings
Exemplary/Excellent

Drawings and specifications are accurate, organized, complete and furnished in electronic format.
All code is properly commented and flowcharted.
Accomplished/Good

Documentation is accurate and complete but not properly organized. For example does not use standard symbols or orthographic views do not adhere to standard conventions.
Developing/Fair

Documentation is incomplete or inaccurate. For example dimensions are missing or are overspecified.
Deficient/Poor

Documentation is incomplete, inaccurate and not properly organized.
Fit & Function Review
25 %

Exemplary/Excellent

Computer simulation tools, physical models, component mock-ups have been used to validate component fit or function prior to prototype implementation.
Accomplished/Good

Deficiencies in Fit & Function Review did not result in prototype deficiencies sufficient to impact the prototype’s usefulness but impacted the cost and effort involved in implementation.
Developing/Fair

Deficiencies in Fit & Function Review resulted in prototype deficiencies sufficient to impact the prototype’s usefulness and impacted the cost and effort involved in implementation. A restart was not required.
Deficient/Poor

Deficiencies in Fit & Function Review necessitated a restart in prototype implementation.
Material / Component Selection
20 %

Exemplary/Excellent

Material or component options were thoroughly researched and compared for best fit to design requirements.
Accomplished/Good

Deficiencies in Material/Component selection did not result in prototype deficiencies sufficient to impact the prototype’s usefulness but impacted the cost and effort involved in implementation.
Developing/Fair

Deficiencies in Material/Component selection resulted in prototype deficiencies sufficient to impact the prototype’s usefulness and impacted the cost and effort involved in implementation. A restart was not required.
Deficient/Poor

Deficiencies in Material/Component selection necessitated a restart in prototype implementation.
Fabrication process plan
15 %

Exemplary/Excellent

Fabrication process plan was sufficient to allow prototype to be fabricated as planned.<BR>
<BR>
Process plan formulated and reviewed with advisor or technician prior to starting fabrication.
Accomplished/Good

Deficiencies in the fabrication process plan did not result in prototype deficiencies sufficient to impact the prototype’s usefulness but impacted the cost and effort involved in implementation.
Developing/Fair

Deficiencies in the fabrication process plan resulted in prototype deficiencies sufficient to impact the prototype’s usefulness and impacted the cost and effort involved in implementation. A restart was not required.
Deficient/Poor

Deficiencies in the fabrication process plan necessitated a restart in prototype implementation.
Product Quality Workmanship
10 %

Exemplary/Excellent

Finished prototype is well constructed, accurately fabricated to specifications, fully functional and suitable for design verification.
Accomplished/Good

Finished prototype has implementation/fabrication deficiencies but is of sufficient quality to verify design.
Developing/Fair

Finished prototype has implementation/fabrication deficiencies that degrade the ability to verify the design.
Deficient/Poor

Finished prototype is so poorly constructed that it is not suitable for design verification.



Keywords:
  • IPC, Integrated Project Projects, prototyping

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