1 Basic Engineering Design Final New

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    Lecture 1- Introduction

    Basic Engineering Design GEN 1003

    BASIC ENGINEERING DESIGN

    GEN- N1003FRESHMAN 2007-2008

    Spring SEMESTER

    1cr - 3conStudio Course

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    Faculty of Engineering Future Programs

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    OBJECTIVES:Basic Engineering Design requiresits students to constantly exercisetheir practical problem solving

    skills and creativity. Wonder aboutthe best way to protect an eggthats thrown into a wall? You

    might be required to design adevice that will preserve it. Have abag of random mechanical bits

    and pieces? You might be given atime limit in which to create arobotic device.

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    L I d i

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    L 1 I d i

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    KnowledgeAfter completing this Course students will be able to:1. Introduce the basic ideas of systematic engineering design.

    2. Be involved in all aspects of engineering development, including Design.3. Form the ideas and laying out its specifications to fabricating it to testingthe finished device.

    4. Develop methods of creative thinking and progressive outlook5. Emphasise the importance of designing products that meet their

    performance requirements safely, reliably, economically, sustainable,

    ergonomically and aesthetically.

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    SkillsAfter completing this module students will be able to:

    Prepare a problem statement for a simple engineering product Elaborate a requirements list (design specification). Generate and select suitable combinations to produce concepts. Develop problem-solving and decision-making skills in real-life situations Get hands-on experience with the actual nuts and bolts of Engineering.

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    SUMMARY/CONTENTS & SEQUENCE

    Introduction to DesignIntroduction to design, Problem description and Introduction to Internetcommunication

    Project ManagementProject Management Application , Start information gathering: Literature,Patents, Standards

    Problem Solving TechniquesProblem Definition, Design Constraints

    Creative Thinking and Problem Solving IIntroduction to critical and creative thinking, The nature of design problems

    Creative Thinking and Problem Solving IIBrainstorming seminar, list of possible and impossible solutions and generatingIdeas

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    Creative Thinking and Decision making I, IIProduct life cycles , Preliminary evaluation of ideas, and Preliminary decision

    matrix, Selection of idea (s), Final decision matrix, Justify decision

    The Design Matrix I, II, IIIThe context, purpose and requirements of engineering design, Analyzeselected solution / preliminary design - Automated Design and the PositiveAttitudes for Creativity, Systematic generation and evaluation of ideas. Casestudies.

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    EVALUATION, ASSESSMENT & EXPECTED PRODUCTS/ASSIGNMENTS:Total number of 5 weekly assignments and Project 6 pages (A4 size)

    and a model experiments as applications of the different topics discussedbefore.

    Text Book:Effective Inquiry for Innovative Engineering Design: From BasicPrinciples to Applications, Ozgur Eris, Kluwar academic Publisher, 2004.

    REFERENCES & READING MATERIAL:Basic Engineering Design, Starkey, C.V., 1992Engineering Design Decisions. Hodder And Stoughton, 1991The Engineering Design Process, Barry Hawkes & Ray Abinett, LongmanScientific & Technical, 1984

    Engineering Design, George E. Dieter, Mcgraw - Hill InternationalEditions, 1991

    TEACHING METHODS - SUPPORTS/TOOLS:Studio seminar through: Power point Presentation, movies and real lifeproblems on design thinking.

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    COURSE TITLE: Basic Engineering Design CODE: GEN N003

    YEAR: 2007/2008 Semester: Spring

    CREDIT HOURS: 1 hrs. LEC. :0 hrs EXC/STUDIO: 3 hrs.

    WEIGHT/MARKS: YEAR WORK 70% WRITTEN 30% TOTAL 100%

    FACULTY MEMBERS/ STAFF:

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    Lecture 1

    Design Engineering Design

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    Design

    Is a Process Involving a designer or moreDealing with issue (s) / problem (s)Having a start & an end

    Relating to time

    Having a product

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    Engineering Design

    Is a Process Involving a designer or moreDealing with issue (s) / problem (s)

    Having a start & an end

    Relating to time

    Having a product

    Management

    Management

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    Problem Description / Typology

    Nature of Variables

    IncalculatableCalculatable

    3-Complex Problem1-Simple ProblemSpecified

    NumberOfVariables 4-Meta Problem2-Compound ProblemUnspecified

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    Problem Description / Typology

    Limits of actionLimits of analysisType of problem

    Maximizing or optimizingComplete understanding of all thevariables (Comprehensive analysis )

    1- Simple

    Sub-optimization, Second-best ,Satisfying , etc.

    Complete understanding of somevariables (In-depth analysis of sub-problems)

    2- Compound

    Overall improvements (Pareto optima )Partial understanding of all variables

    3-Complex

    Partial improvements (Pareto suboptima )

    Partial understanding of somevariables (Points of departure,benchmarks ,etc.

    4- Meta

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    DESIGN PROCESS

    STAGES OF DESIGN PROCESS

    ???

    ASSIMILATION GENERALSTUDY

    DEVELOPMENT COMMUNICATION

    Analysis Synthesis Appraisal Decision

    Understanding

    Analysis

    Organizationof general/specific info

    Study of natureof problem

    Problem solving

    Search forsolutions

    Development ofone or more of theexperimentalsolutions

    Discussion &evaluation ofsolutions;design team orclient

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    ASSIGNMENT 1

    Joe runs a small limousine service. He started about 2 years ago and for the

    most part his business has come from family and friends who needed fancy cars

    for formal occasions. However, recently he put an add in the Yellow Pages and

    his business dramatically increased. To deal with the surge of business he leased

    another limo and hired a friend of his to be a driver. This is when the problem

    started.

    When Joe started he kept track of his "sales" in an ad hoc collection of notes

    and his memory. Because he was the only driver (and he wasn't that busy) hejust remembers his schedule (with the help of some post-it notes). However, as

    his business picked up Joe began to forget appointments. After he missed

    someones wedding and double scheduled a car for a funeral and a prom-date

    he decided that the problem was getting serious. He called you and asked you if

    you could setup an "information system" to solve his problem...

    Briefly describe Joe's problem and Design a system that would solve that

    problem.