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Communication
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Tools
Units
Biomedical systems design
5
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Biomedical systems design

Units

Tools

2

3

4

5

1

Your score

Communication

You could need software as: Multisim, LabVIEW, Proteus, Arduino In addition, the equipment available in the laboratory and your personal electronic kit will be necessary.

You will be able to check your evaluation and feedback in Blackboard, and at the end of each partial your grade will be updated in UDLAP life.

Student - teacher - student communication will be through messages in Blackboard.

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+ Info

Introduction to biomedical engineering design

In this unit we will review fundamental concepts in engineering design, such as the different stages that make up the design process and some useful tools in this process.

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+ Info

Product definition

In this unit you will learn how the specifications that define a product are established.

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+ Info

Realization of the design

In this unit we will review how to develop the design of the desired product and how to inform the decisions made in the process.

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+ Info

Software development methods and tools

In this unit we will review the basic concepts associated to software development

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+ Info

Design evaluation

In this part of the course you will learn how to evaluate your design and verify if the technical specifications are met.

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Units

Activities

  • Circuit analysis and design
  • Selection of necessary components
  • Report 3. Design

Content

  • Process for the realization of the design.
  • Design calculations
  • Selection of materials.
  • Resource management.

Realization of the design

Activities

  • Circuit analysis and design.
  • Discussion group.
  • Report 1.

Content

  • Fundamental design concepts.
  • Fundamental design tools.
  • Design process in engineering.
  • Design methods.
.

Introduction to biomedical engineering design

Activities

  • Readings
  • Implementation of your design

Content

  • The requirements traceability matrix.
  • Software Architecture.
  • Software development methodology.
  • Software Design Levels.
  • Codification.

Software development methods and tools

Activities

  • Readings
  • Report 2. Proposal
  • Oral presentation 1

Content

  • Fundamental concepts of medical devices.
  • Product definition process.
  • Deployment of the QFD quality function.
  • Product specification.
  • Product documentation.

Product definition

Activities

  • Design implementation
  • Design evaluation
  • Report 4. Final report
  • Prototype.
  • Oral presentation 2

Content

  • Verification and Validation.
  • Risk analysis.
  • Testing.
  • Data analysis

Design evaluation

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