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    Mscit 203

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    This document contains details of an exam for a software engineering and project management course. It includes 13 multiple choice questions across two sections. Section A contains 15 compulsory short answer questions. Section B contains 9 long answer questions to choose from. The questions cover topics like software process models, the waterfall model, prototyping, software life cycles, project elements, function point counting, generic models, performance planning, design notations, module design, coupling and portability, static analysis, software testing types, object oriented design versus structural design, data flow testing versus path testing and more.

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    Mscit 203

    Uploaded by

    api-3782519
    44 views2 pages
    This document contains details of an exam for a software engineering and project management course. It includes 13 multiple choice questions across two sections. Section A contains 15 compulsory short answer questions. Section B contains 9 long answer questions to choose from. The questions cover topics like software process models, the waterfall model, prototyping, software life cycles, project elements, function point counting, generic models, performance planning, design notations, module design, coupling and portability, static analysis, software testing types, object oriented design versus structural design, data flow testing versus path testing and more.

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    mscit203

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    This document contains details of an exam for a software engineering and project management course. It includes 13 multiple choice questions across two sections. Section A contains 15 compulsory short answer questions. Section B contains 9 long answer questions to choose from. The questions cover topics like software process models, the waterfall model, prototyping, software life cycles, project elements, function point counting, generic models, performance planning, design notations, module design, coupling and portability, static analysis, software testing types, object oriented design versus structural design, data flow testing versus path testing and more.

    Copyright:

    Attribution Non-Commercial (BY-NC)
    Download as PDF, TXT or read online from Scribd
    Download as pdf or txt
    44 views2 pages

    Mscit 203

    Uploaded by

    api-3782519
    This document contains details of an exam for a software engineering and project management course. It includes 13 multiple choice questions across two sections. Section A contains 15 compulsory short answer questions. Section B contains 9 long answer questions to choose from. The questions cover topics like software process models, the waterfall model, prototyping, software life cycles, project elements, function point counting, generic models, performance planning, design notations, module design, coupling and portability, static analysis, software testing types, object oriented design versus structural design, data flow testing versus path testing and more.

    Copyright:

    Attribution Non-Commercial (BY-NC)
    Download as PDF, TXT or read online from Scribd
    Download as pdf or txt
    of 2

    Roll No. ......................

    Total No. of Questions : 13] [Total No. of Pages : 02

    J-3146[S-1002] [2037]
    M.Sc.(IT) (Semester - 2nd)
    S/W ENGINEERING & PROJECT MANAGEMENT (M.Sc.(IT)-203)

    Time : 03 Hours Maximum Marks : 75

    Instruction to Candidates:
    1) Section - A is compulsory.
    2) Attempt any Nine questions from Section - B.

    Section - A
    Q1) (15 x 2 = 30)
    a) Differentiate software process model & a software process.
    b) Write the advantages & disadvantages of waterfall model.
    c) Explain prototyping.
    d) Differentiate between software life cycle model & a process model.
    e) What are the key element for successful project?
    f) Explain the steps to count function point?
    g) What are generic models and why these are used?
    h) Performance is an important consideration during planning. Discuss.
    i) Write all the Design notations used for designing.
    j) What is module level concept Design procedure.
    k) Write concepts of coupling & s/w portability related.
    l) What is an automated static analysis?
    m) Which are two distinct type of testing in software process?
    n) How do OOD and structural design differ?
    o) Which is stronger testing: Data Flow testing and path testing? Justify.

    P.T.O.
    Section - B
    (9 x 5 = 45)
    Q2) Assume a flood system & try to draw a block diagram of a system & should
    identify the main sub-system & links between them.

    Q3) Describe the difference between process and project matrices in your own
    words.

    Q4) Use the COCOMO model to estimate the home security system. Assume that
    the basic model is applicable.

    Q5) Describe the main activities in the software design processes and the outputs
    of these activities.

    Q6) What are the relative advantage of using either the LOC or the function point
    metric to measure the size of a software product?

    Q7) Discuss following : Cost-Schedule-Milestone graph; Earned value methods


    & Unit development folder.

    Q8) Explain the Components of SRS which are used for requirement.

    Q9) Write about few well established function oriented software design techniques.

    Q10)Compare between bottom up and top-down testing strategies.

    Q11)Discuss & suggest how black box and structural testing can be used together
    in the defect testing process.

    Q12)What is the difference between the software design methodologies based on


    functional abstraction and those based on data abstraction? Name at least one
    popular design technique based on each of these two software design
    paradigms.

    Q13)Discuss following points regarding metrics: Cyclomatic complexity, Data


    binding, Cohesion Metric.

    ÑÑÑ

    J-3146[S-1002] 2

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