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Design and Problem Solving In the Robotics Lab

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Title: Design and Problem Solving In the Robotics Lab


1
Design and Problem SolvingIn the Robotics Lab
  • TED 384
  • Computer Applications in Industry (Robotics
    Education)

2
Design
  • An iterative decision-making process that
    produces plans by which resources are converted
    into products or systems that meet human needs
    and wants or solve problems

ITEA (2000), p. 237
http//advantagesystems.biz/images/design.JPG
3
Design Process
  • A systematic problem-solving strategy, with
    criteria and constraints, used to develop many
    possible solutions to solve a problem or satisfy
    human needs and wants and to winnow (narrow) down
    the possible solutions to one final choice

ITEA (2000), p. 237
http//powercomputer.ca/Contents/Services/Web/inde
x.php
4
Thinking
5
Productive Thinking
6
Problems
7
Problem Solving
  • The process of understanding a problem, devising
    a plan, carrying out the plan, and evaluating the
    plan in order to solve a problem or meet a need
    or want.

ITEA (2000), p. 237
http//prel.workforceconnect.org/Unit1/
8
Problem Solving Process
9
Factors Affecting Problem Solving
10
Problem Solving Strategies
  • Identifying and defining the problem
  • Ask What is the problem?
  • Ask What information is provided in the problem?
  • Simplify the problem
  • Draw a diagram representing the problem
    components
  • Devise a plan

11
Problem Solving Strategies
  • Researching and analyzing relevant information
  • Ask Do I know similar problems?
  • Ask Can I solve part of the problem?
  • Utilize appropriate resources

12
Problem Solving Strategies
  • Generating and implementing solutions to the
    problem
  • Ask Is more than one solution possible?
  • Develop solutions
  • Ask What is the best possible solution?
  • Prototype the solution

13
Problem Solving Strategies
  • Evaluating and revising the best possible
    solution
  • Check results
  • Make revisions

14
Assignment 1
  • Technological Problem Solving Folder
  • Logs
  • STOP! and fill one out when you encounter a
    problem
  • One log sheet for each problem encountered
  • Handwritten
  • Reflective Journal write the last 5-10 minutes
    of every class meeting
  • What did I do?
  • How did I do it?
  • What did I like/dislike?
  • What did I learn?
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