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Using Engineering to Bridge the Gaps

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That results in a new product, process or system (solution) that satisfies ... based on reliability, cost, manufacturability, ergonomics and marketability ... – PowerPoint PPT presentation

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Title: Using Engineering to Bridge the Gaps


1
Using Engineering to Bridge the Gaps
  • FEG 132 Orientation
  • Douglas Daley

2
What is Engineering?1
  • The creative process (design) of applying
  • Scientific and mathematic principles
  • Experience
  • Judgement / Common sense
  • To address a need (problem)
  • That results in a new product, process or system
    (solution) that satisfies constraints and criteria

3
What is Design?
  • creative, intuitive, iterative, innovative,
    unpredictable process
  • a compound of art and science
  • method of solving open-ended problems
  • subset of a decision-making process
  • a bridge between theory and reality
  • engineering ideas enter and influence the world 1

4
20th Centurys Greatest Engineering Achievements2
  • Air Conditioning and Refrigeration
  • Telephone
  • Computers
  • Agricultural Mechanization
  • Radio and Television
  • Electronics
  • Safe and Abundant Water
  • Airplane
  • Automobile
  • Electrification
  • High Performance Materials
  • Nuclear Technologies
  • Laser and Fiber Optics
  • Petroleum and Petrochemical Technologies
  • Health Technologies
  • Household Appliances
  • Imaging Technologies
  • Internet
  • Space Exploration
  • Interstate Highways

5
Eides Design Process
Identify Need
Communicate
Define Problem
Specify Materials
Search for Information
Decide on Best Solution
Identify Constraints
Analyze
Identify Design Criteria
Identify Alternative Solutions
6
What is an Engineer?
  • Educated
  • Licensed/registered professional
  • Problem Solver/Designer addresses societys needs
  • Creative Individual (intuitive)
  • Applies science
  • Uses design process
  • Team member/leader
  • Decides and recommends
  • Draws and specifies
  • Has technical expertise and experience
  • Evaluates alternative solutions based on
    reliability, cost, manufacturability, ergonomics
    and marketability

7
Some Tips for Success
  • Learn from failure
  • Collaborate (dont copy)
  • Learn from your mistakes
  • Trial and error works, but understanding is best
    bet thats why we designed the curriculum
  • Use study groups
  • Find someone smarter than you

8
Interstate and Defense Highway System - Successes
  • http//www.fhwa.dot.gov/infrastructure/rw96j.htm

9
Structures - Failures
Northridge Earthquake
2. http//www.nbmg.unr.edu/nesc/bobcox/ndx2.php
1. http//www.civeng.carleton.ca/Exhibits/Tacoma_N
arrows/DSmith/photos.html
3. http//www.civeng.carleton.ca/Exhibits/Quebec_B
ridge/intro.html
10
What about Engineering Jobs?
  • Prospects are excellent

11
Is Engineering Fun?
  • Sure
  • Lets have some fun with WPBD
  • Trial and error
  • Introduce the design process
  • Test your visualization and team work skills
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