The%20Problem%20Solving%20Method:%20An%20Engineering%20Approach%20to%20Design - PowerPoint PPT Presentation

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The%20Problem%20Solving%20Method:%20An%20Engineering%20Approach%20to%20Design

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The Problem Solving Method An Engineering Approach to Design PHASE 1 ... PHASE 3 Preliminary Design ... the product or system and make design ... – PowerPoint PPT presentation

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Title: The%20Problem%20Solving%20Method:%20An%20Engineering%20Approach%20to%20Design


1
Forging new generations of engineers
2
The Problem Solving Method
  • An Engineering Approach to Design

3
PHASE 1Recognition of Need
  • Identify the Problem

4
PHASE 2The Feasibility Study
  • Define the Problem- all elements
  • Identify all the design requirements
  • Identify the factors or restrictions -limits
  • consider possible consequences of the design
  • generate alternative solutions

5
PHASE 3Preliminary Design
  • Select the best solution(s) as they now appear
  • Consider all the parts, components, materials,
    processes, methods, strengths, and dimensions for
    each of the possible design solutions
  • Consider the availability of materials,
    components, labor, building, land, and finances
  • Determine the impact of each design solution on
    society and on the natural environment
  • Model, analyze, and test each candidate design as
    necessary
  • Evaluate and compare candidate design as
    objectively as possible

6
PHASE 4Detailed Design
  • Examine all principal requirements
  • consider any abnormal situations
  • Refine models and analyze them
  • Test for strength, endurance, and life and
    correlate test results
  • Specify the design in detail, coordinate the
    details with those involved in production,
    construction, and marketing
  • Record the design details in reports, drawings,
    graphs, and charts
  • IF THE DESIGN SOLUTION IS SATISFACTORY GO TO
    PHASE 5. IF NOT START OVER OR GIVE UP!

7
PHASE 5Implementation
  • Identify the materials, personnel, processes,
    methods, marketing, financing and facilities that
    are required
  • Produce or construct the design in an optimum
    manor
  • Market the product or sell the system
  • Monitor the success of the product or system and
    make design modifications as necessary
  • Recover resources as necessary. In other words
  • RECYCLE

8
IF
  • IF THE DESIGN IS PROFITABLE
  • IF PRODUCTION IS GOING WELL
  • IF MARKETING IS BOOMING
  • GREAT!!! STICK WITH IT, OTHERWISE
  • Modify , redesign, or abandon the design
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