• home page
  • archives
  • about
  • RSS







  • Admin

    • Log in
    • WordPress
    • XHTML
  • Categories

    • African American
    • Biomimetics
    • Broadening Participation
    • Community Service Learning
    • Computing
      • Computer Science
      • Information Systems
      • Information Technology
    • Engineering
      • Aerospace Engineering
      • Architectural Engineering
      • BioEngineering and Biomedical Engineering
      • Biological Systems and Agricultural Engineering
      • Ceramic Engineering
      • Chemical, Biochemical, Biomolecular Engineering
      • Civil Engineering
      • Computer Engineering
      • Construction Engineering
      • Electrical Engineering
      • Engineering Ethics
      • Engineering Management
      • Engineering Mechanics
      • Environmental Engineering
      • General Engineering, Engineering Science
      • Geological Engineering
      • Industrial Engineering
      • Manufacturing Engineering
      • Materials Engineering
      • Mechanical Engineering
      • Mineral and Mining Engineering
      • Naval Architecture and Marine Engineering
      • Nuclear Engineering
      • Ocean Engineering
      • Petroleum Engineering
      • Software Engineering
      • Surveying and Geomatics Engineerings
    • Engineering Design
    • Gender Equity
    • Industrial Design
    • K-12 Education
    • Life Sciences
    • Materials Engineering
    • Mathematical Sciences
    • MEMS/NEMS
    • Nanotechnology
    • Physical Sciences
      • Astronomy
      • Chemistry
      • Earth Sciences
      • Physics
    • Uncategorized
  • Archives

    • June 2013
    • May 2013
    • April 2013
    • March 2013
    • February 2013
    • January 2013
    • December 2012
    • November 2012
    • October 2012
    • September 2012
    • August 2012
    • July 2012
    • June 2012
    • May 2012
    • April 2012
    • March 2012
    • February 2012
    • January 2012
    • December 2011
    • November 2011
    • October 2011
    • September 2011
    • August 2011
    • July 2011
    • June 2011
    • May 2011
    • April 2011
    • March 2011
    • February 2011
    • January 2011
    • December 2010
    • November 2010
    • October 2010
    • September 2010
    • August 2010
    • July 2010
    • June 2010
    • May 2010
    • April 2010
    • March 2010
    • February 2010
    • January 2010
    • December 2009
    • November 2009
    • October 2009
    • September 2009
    • August 2009
    • July 2009
    • June 2009
    • May 2009
    • April 2009
    • March 2009
    • February 2009
    • January 2009
    • December 2008
    • November 2008
    • October 2008
    • September 2008
    • August 2008
    • July 2008
    • June 2008
    • May 2008
    • April 2008
    • March 2008
    • February 2008
    • January 2008
    • December 2007
    • November 2007
    • October 2007
    • February 2007
    • January 2007
    • February 1897
    • 0
← Engineering Design: A Project-based introduction – Chapter 4: Functions and Specifications Engineering Design: A Project-based introduction – Chapter 2: The Design Process →

Engineering Design: A Project-based introduction – Chapter 3: Understanding The Client’s Problem

by Alice AgoginogravatarcloseAuthor: Alice Agogino Name: Alice Agogino
Email: agogino@berkeley.edu
Site: http://www.me.berkeley.edu/faculty/agogino/
About: Alice M. Agogino is the Roscoe and Elizabeth Hughes Professor of Mechanical Engineering and is affiliated faculty at the Haas School of Business in their Operations and Information Technology Management Group. Her research interests include: community-based design; sustainable engineering; intelligent learning systems; information retrieval and data mining; multiobjective and strategic product design; nonlinear optimization; probabilistic modeling; intelligent control and manufacturing; sensor validation, fusion and diagnostics; wireless sensor networks; multimedia and computer-aided design; design databases; design theory and methods; MEMS/NEMS synthesis and computer-aided design; artificial intelligence and decision and expert systems; and gender/ethnic equity. She has served in a number of administrative positions at UC Berkeley, including Chair of the Faculty Senate, Associate Dean of Engineering and Faculty Assistant to the Executive Vice Chancellor and Provost in Educational Development and Technology. Prof. Agogino also served as Director for Synthesis, an NSF-sponsored coalition of eight universities with the goal of reforming undergraduate engineering education, and continues as PI for the NEEDS (www.needs.org) and SMETE.ORG digital libraries of courseware in science, mathematics, engineering and technology. Prof. Agogino received a B.S. in Mechanical Engineering from the University of New Mexico (1975), M.S. degree in Mechanical Engineering (1978) from the University of California at Berkeley and Ph.D. from the Department of Engineering-Economic Systems at Stanford University (1984). Prior to joining the faculty at UC Berkeley, she worked in industry for Dow Chemical, General Electric and SRI International. She has authored over 150 scholarly publications; has won numerous teaching, best paper and research awards; and is a member of the National Academy of Engineering (NAE). At NAE she served on the Committee on Engineering Education, working on the Technologically Speaking and the Engineer 2020 projects. She is currently a member of the National Research Council's Board on Education and the Women in Academic Science Engineering Committee. She has supervised 66 MS projects/theses, 26 doctoral dissertations and numerous undergraduate researchers.See Authors Posts (877)
· January 7th, 2007 · 2 Comments

Graphic image of book cover Clive Dym and Patrick Little
2nd edition, John Wiley & Sons
Table of Contents

3. Understanding The Clients Problem
3.1. Objective Trees: Translating and Clarifying the Client’s Want
(client, customer/user needs, errors, biases, implied solutions, product specifications)

3.1.1. Object Attributes and Lists of Objective
(attributes, brainstorming)

3.1.2. Goals and Objectives, Constraints, Functions, and Implementations
(objectives, constraints, functions, means, implementation, satisfice, solution-dependent, cluster, outline, hierarchies, objective tree, artifact)

3.1.3. How Deep Is an Objective Tree? What About Pruned Entries?
(solution independent, objectives trees)

3.1.4. The Objectives Tree for the Beverage Container Design
(attributes, subobjectives, subgoals)

3.2. Constraints: Setting Limits on What the Client Can Have
(constraints, operations research, optimize)
3.3. Setting Priorities: Rank Ordering What the Client Want

3.3.1. On Measuring Things
(measuring, defined zero, strong measurement, nominal scales, partially ordered scales, ordinal scales, subjective preferences, ratio scales, interval scales, metric)

3.3.2. Pairwise Comparison Charts: One Way to Rank Order Things
(pairwise comparison chart (PCC), simplified version of Analytical Hierarchical Process (AHP))

3.3.3. Pairwise Comparison Charts: Consensus Rank Orderings
(Arrow Impossibility Theorem)

3.3.4. Using Subjective Values Wisely
(constraints, objectives, ranks, subjective)

3.4. Measuring Achievement: Quantifying What the Client Gets

3.4.1. Steps for Developing Metrics
(design metrics, units, scale)

3.4.2. Characteristics of Good Metrics
(accuracy, tolerance, repeatability, understandable units of measure, unambiguous interpretation, design metrics)

3.5. Some Nuts and Bolts of Defining the Problem

3.5.1. Questioning and Brainstorming
(brainstorming, clients, users)

3.5.2. When and How Do We Build an Objective Tree?
(objectives trees)

3.5.3. Revised Project Statements
(project statement)

3.6. Designing Chicken Coops for a Guatemalan Women’s Cooperative

3.6.1. Objectives Trees for the Guatemalan Chicken Coop
(objectives trees)

3.6.2. Metrics for the Guatemalan Chicken Coop
(metrics)

3.6.3. Revised Project Statement for the Guatemalan Chicken Coop
(project statement)

3.7. Notes
3.8. Exercises
Back to Table of Contents

Tags: Engineering Design · General Engineering, Engineering Science

2 responses so far ↓

  • 1 Engineering Design: A Project-Based Introduction // Mar 1, 2008 at 8:45 am

    [...] 3. Understanding the Client’s Problem [...]

  • 2 Engineering Design: » Blog Archive » Engineering Design: A Project-Based Introduction // Aug 22, 2008 at 7:00 pm

    [...] 3. Understanding the Client’s Problem [...]

You must log in to post a comment.

  • Search It!

  • Recent Posts

    • Engineering Education “Today in History” Blog: Saudi Women Defy Driving Ban
    • Engineering Education “Today in History” Blog: Valentina Tereshkova became the first woman in space
    • Engineering Education “Today in History” Blog: Gossamer Albatross crosses the English Channel
    • Engineering Education “Today in History” Blog: Goddard patents a rocket-powered airplane
    • Engineering Education “Today in History” Blog: Neptunium Discovered
  • Engineering Pathway

    • Broadening Participation
    • Browse Resources
    • Disciplinary Communities
    • Engineering Education News
    • Site Home
    • Higher Education Resources
    • K-12 Resources
    • Premier Award
    • Search Resources
    • Top 100 Downloads
    • Top 100 Most Commented
    • Twitter RSS
    • Aerospace Engineering
    • African American
    • Architectural Engineering
    • Astronomy
    • BioEngineering and Biomedical Engineering
    • Biological Systems and Agricultural Engineering
    • Biomimetics
    • Broadening Participation
    • Ceramic Engineering
    • Chemical, Biochemical, Biomolecular Engineering
    • Chemistry
    • Civil Engineering
    • Community Service Learning
    • Computer Engineering
    • Computer Science
    • Computing
    • Construction Engineering
    • Earth Sciences
    • Electrical Engineering
    • Engineering
    • Engineering Design
    • Engineering Ethics
    • Engineering Management
    • Engineering Mechanics
    • Environmental Engineering
    • Gender Equity
    • General Engineering, Engineering Science
    • Geological Engineering
    • Industrial Design
    • Industrial Engineering
    • Information Systems
    • Information Technology
    • K-12 Education
    • Life Sciences
    • Manufacturing Engineering
    • Materials Engineering
    • Materials Engineering
    • Mathematical Sciences
    • Mechanical Engineering
    • MEMS/NEMS
    • Mineral and Mining Engineering
    • Nanotechnology
    • Naval Architecture and Marine Engineering
    • Nuclear Engineering
    • Ocean Engineering
    • Petroleum Engineering
    • Physical Sciences
    • Physics
    • Software Engineering
    • Surveying and Geomatics Engineerings
  • Tags

    Add new tag Diesel engines

© 2006–2007 "Today in History" Engineering Education Blog of the Engineering Pathway — Sitemap — Modified Cutline by Chris Pearson