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    National Aeronautics and Space AdministrationNational Aeronautics and Space Administration

    15. Prototype Testing15. Prototype Testing

    developed bydeveloped by

    John K. GershensonJohn K. Gershenson, Ph.D., Ph.D.ro essor o ec an ca ng neer ngro essor o ec an ca ng neer ng

    MICHIGAN TECHNOLOGICAL UNIVERSITYMICHIGAN TECHNOLOGICAL UNIVERSITYandand

    thebenshimagroupw ww .nasa.govw ww .nasa.gov

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    National Aeronautics and Space AdministrationNational Aeronautics and Space Administration

    15. Prototype Testing15. Prototype TestingNASANASA ESMDESMD Capstone DesignCapstone Design

    John Gershenson, Ph.D.John Gershenson, Ph.D. 22

    Phase C: Optimized Parameter Design

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    The process of building a working model of thes stem in order to test various as ects of desi nillustrate concepts and elicit feedback.

    Critical Design Review The purpose of this review is to demonstrate that

    the maturity of the design is appropriate to support

    , ,integration, and test, and that the technical effort ison track to meet performance requirements within

    National Aeronautics and Space AdministrationNational Aeronautics and Space Administration

    15. Prototype Testing15. Prototype TestingNASANASA ESMDESMD Capstone DesignCapstone Design

    John Gershenson, Ph.D.John Gershenson, Ph.D. 33

    t e ent e cost an sc e u e constra nts.

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    experimental model upon which copies

    National Aeronautics and Space AdministrationNational Aeronautics and Space Administration

    15. Prototype Testing15. Prototype TestingNASANASA ESMDESMD Capstone DesignCapstone Design

    John Gershenson, Ph.D.John Gershenson, Ph.D. 44

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    performance relative to technical design

    Prototypes confirm the best concept coming

    out of the Pu h evaluation rocess

    Prototypes are used to discover the reliabilityand failure modes and to uide desi n teams

    in making improvements

    Prototypes must replicate the behavior of the

    National Aeronautics and Space AdministrationNational Aeronautics and Space Administration

    15. Prototype Testing15. Prototype TestingNASANASA ESMDESMD Capstone DesignCapstone Design

    John Gershenson, Ph.D.John Gershenson, Ph.D. 55

    products in practice in the operating range

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    Where does Prototyping fit in theWhere does Prototyping fit in the

    Product Development Process?Product Development Process?

    National Aeronautics and Space AdministrationNational Aeronautics and Space Administration

    15. Prototype Testing15. Prototype TestingNASANASA ESMDESMD Capstone DesignCapstone Design

    John Gershenson, Ph.D.John Gershenson, Ph.D. 66

    (Lumsdaine et al., 2006)

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    works as required and how well it actually meetscustomer needs

    Can improve communication within product

    development team, to key customers and partners

    Physical prototyping can detect unanticipatedphenomena from the environment of use, man-

    machine interfaces, and interaction of technologies Prototyping can (and should) be a design tool, not

    National Aeronautics and Space AdministrationNational Aeronautics and Space Administration

    15. Prototype Testing15. Prototype TestingNASANASA ESMDESMD Capstone DesignCapstone Design

    John Gershenson, Ph.D.John Gershenson, Ph.D. 77

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    efficient producibility even when building only a singlesystem

    Prototypes are built early in the life cycle and they are

    made as close to the product item in form, fit, and

    The prototype is used to wring out the designsolution so that the experience gained from the

    prototype can be fed into design changes that willimprove the manufacture, integration, andmaintainabilit

    National Aeronautics and Space AdministrationNational Aeronautics and Space Administration

    15. Prototype Testing15. Prototype TestingNASANASA ESMDESMD Capstone DesignCapstone Design

    John Gershenson, Ph.D.John Gershenson, Ph.D. 88

    (NASA Systems Engineering Handbook, SP 2007)

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    Provides a physical or computer simulated, ,

    subsystem, or component

    model which allows early and rapidcom arison of alternatives as measured bprimarily by key performance attributes andsecondarily by look and feel

    National Aeronautics and Space AdministrationNational Aeronautics and Space Administration

    15. Prototype Testing15. Prototype TestingNASANASA ESMDESMD Capstone DesignCapstone Design

    John Gershenson, Ph.D.John Gershenson, Ph.D. 99

    ( Ullrich, 1995 )

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    Represent production intent but do not

    article

    are used, the alpha prototype is notfabricated in the actual rocesses to beused in production

    These are desi n discover and risk

    National Aeronautics and Space AdministrationNational Aeronautics and Space Administration

    15. Prototype Testing15. Prototype TestingNASANASA ESMDESMD Capstone DesignCapstone Design

    John Gershenson, Ph.D.John Gershenson, Ph.D. 1010

    reduction tools( Ullrich, 1995 )

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    Built with parts supplied by the proposed,

    performance and reliability of the actual

    Extensive use testing and assessment iserformed both b customers and the

    development team

    It is both a ualit assurance and

    National Aeronautics and Space AdministrationNational Aeronautics and Space Administration

    15. Prototype Testing15. Prototype TestingNASANASA ESMDESMD Capstone DesignCapstone Design

    John Gershenson, Ph.D.John Gershenson, Ph.D. 1111

    commercial risk reduction tool( Ullrich, 1995 )

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    Form of test marketing that proves that a

    market needs before full introduction

    consumable items and services needed tosu ort the roduct

    Conducted in customers actualenvironment of use

    National Aeronautics and Space AdministrationNational Aeronautics and Space Administration

    15. Prototype Testing15. Prototype TestingNASANASA ESMDESMD Capstone DesignCapstone Design

    John Gershenson, Ph.D.John Gershenson, Ph.D. 1212

    ( Ullrich, 1995 )

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    Prototyping Dimensions, Scope, andPrototyping Dimensions, Scope, and

    pproacpproac

    Phys

    ical

    Gamma Test

    Alpha Test

    Beta Test

    Proof of

    Conceptalytical

    Focused Comprehensive

    A

    National Aeronautics and Space AdministrationNational Aeronautics and Space Administration

    15. Prototype Testing15. Prototype TestingNASANASA ESMDESMD Capstone DesignCapstone Design

    John Gershenson, Ph.D.John Gershenson, Ph.D. 1313

    ( Ullrich, 1995 )

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    -

    concept Prepare detailed engineering drawings to explain the

    details of your invention and how it works

    To protect your concept, you need patent drawings -. .Trademarks Office

    It is nearly impossible to find a licensee unless you

    have a working prototype!

    The biggest deal killer in business is to have a

    National Aeronautics and Space AdministrationNational Aeronautics and Space Administration

    15. Prototype Testing15. Prototype TestingNASANASA ESMDESMD Capstone DesignCapstone Design

    John Gershenson, Ph.D.John Gershenson, Ph.D. 1414

    product

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    This is a brief report detailing thepurpose, objectives, procedure, test

    specimen, and expected results fortests o pro uct components,prototypes, and production models

    National Aeronautics and Space AdministrationNational Aeronautics and Space Administration

    15. Prototype Testing15. Prototype TestingNASANASA ESMDESMD Capstone DesignCapstone Design

    John Gershenson, Ph.D.John Gershenson, Ph.D. 1515

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    The product prototype model, productionnumber or other identifier of test ob ect

    Any desired certification or sanction which

    is desired from successful tests Specific limitations on the scope of the

    tests (e.g., overall concept only, packaging

    u y y, u y vsurges only, etc.)

    National Aeronautics and Space AdministrationNational Aeronautics and Space Administration

    15. Prototype Testing15. Prototype TestingNASANASA ESMDESMD Capstone DesignCapstone Design

    John Gershenson, Ph.D.John Gershenson, Ph.D. 1616

    validate?

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    What needs to be measured during the

    Specify the particular equipment required

    by model number. Include specificationsfor all specialized data collectionequipment.

    National Aeronautics and Space AdministrationNational Aeronautics and Space Administration

    15. Prototype Testing15. Prototype TestingNASANASA ESMDESMD Capstone DesignCapstone Design

    John Gershenson, Ph.D.John Gershenson, Ph.D. 1717

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    Heat pump output and electrical power

    0.1kilowatts) as a function of outdoor

    temperature ranging from -20

    C to 60

    Cn ncrements o 5 or ess, measure

    to within 0.2C)

    National Aeronautics and Space AdministrationNational Aeronautics and Space Administration

    15. Prototype Testing15. Prototype TestingNASANASA ESMDESMD Capstone DesignCapstone Design

    John Gershenson, Ph.D.John Gershenson, Ph.D. 1818

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    S ecif the Test Procedure

    Specify step-by step instructions for carrying outthe tests or refer to a standard testing protocol

    IEEE, ASME, ASCE, ASTM, or ASHRAE

    Which variables need control or monitoring? Specify the exact sequence in which the test will

    be run or how tests will be ordered (random, ,

    other methods) Any required environmental conditions should be noted

    National Aeronautics and Space AdministrationNational Aeronautics and Space Administration

    15. Prototype Testing15. Prototype TestingNASANASA ESMDESMD Capstone DesignCapstone Design

    John Gershenson, Ph.D.John Gershenson, Ph.D. 1919

    , , , .

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    What outcomes are you expecting from thetests?

    This projection is necessary to plan data

    collection equipment ranges, set up datasheets or computer data bases, andanticipate safety needs (particularly for

    If you do not know roughly what willh n ll i n n n l i m

    National Aeronautics and Space AdministrationNational Aeronautics and Space Administration

    15. Prototype Testing15. Prototype TestingNASANASA ESMDESMD Capstone DesignCapstone Design

    John Gershenson, Ph.D.John Gershenson, Ph.D. 2020

    be in jeopardy

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    Specify whether handwritten data sheets,com uter s readsheets com utergenerated plots, or other prescribed

    formats will be required

    National Aeronautics and Space AdministrationNational Aeronautics and Space Administration

    15. Prototype Testing15. Prototype TestingNASANASA ESMDESMD Capstone DesignCapstone Design

    John Gershenson, Ph.D.John Gershenson, Ph.D. 2121

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    of the final report but should be in it somewhere nomatter how large), the analysis should be included

    Method of analysis must be described in test planwith pass/fail criteria

    analyzed data in the body of the report

    The pass/fail criteria should be applied and a brief

    conclusion made If the conclusion is fail what will be done?

    National Aeronautics and Space AdministrationNational Aeronautics and Space Administration

    15. Prototype Testing15. Prototype TestingNASANASA ESMDESMD Capstone DesignCapstone Design

    John Gershenson, Ph.D.John Gershenson, Ph.D. 2222

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    The final review before resources arecommitted to fabrication

    National Aeronautics and Space AdministrationNational Aeronautics and Space Administration

    15. Prototype Testing15. Prototype TestingNASANASA ESMDESMD Capstone DesignCapstone Design

    John Gershenson, Ph.D.John Gershenson, Ph.D. 2323

    (NASA Systems Engineering Handbook, SP 2007)

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    Held near the completion of an engineering

    development stage

    Conducted to demonstrate that the detailed

    coding, fabrication, assembly, and integrationefforts

    National Aeronautics and Space AdministrationNational Aeronautics and Space Administration

    15. Prototype Testing15. Prototype TestingNASANASA ESMDESMD Capstone DesignCapstone Design

    John Gershenson, Ph.D.John Gershenson, Ph.D. 2424

    (NASA Systems Engineering Handbook, SP 2007)

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    The build-to baseline, production and

    Authorizes coding of deliverable software,

    integration

    National Aeronautics and Space AdministrationNational Aeronautics and Space Administration

    15. Prototype Testing15. Prototype TestingNASANASA ESMDESMD Capstone DesignCapstone Design

    John Gershenson, Ph.D.John Gershenson, Ph.D. 2525

    (NASA Systems Engineering Handbook, SP 2007)

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    National Aeronautics and Space AdministrationNational Aeronautics and Space Administration

    15. Prototype Testing15. Prototype Testing

    developed bydeveloped by

    John K. GershensonJohn K. Gershenson, Ph.D., Ph.D.

    ro essor o ec an ca ng neer ngro essor o ec an ca ng neer ngMICHIGAN TECHNOLOGICAL UNIVERSITYMICHIGAN TECHNOLOGICAL UNIVERSITYandand

    thebenshimagroupw ww .nasa.govw ww .nasa.gov

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