Industrial Engineering Miscellaneous


Industrial Engineering Miscellaneous

Industrial Engineering

  1. Match the following
    List-I
    (Problem areas)
    List-II
    (Techniques)
    A. JIT 1. CRAFT
    B. Computer assisted 2. PERT layout
    C. Scheduling 3. Johnson's rule
    D. Simulation 4. Kanbans
    5. EOQ rule
    6. Monte Carl









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    (a) JIT – (4) Kanbans (b) Computer –(1) CRAFT Assisted Layout (c) Scheduling –(3) John son’s Rule (d) Simulations – (6) Monte carl
    ⇒ A –4, B–1, C–3, D–6.

    Correct Option: C

    (a) JIT – (4) Kanbans (b) Computer –(1) CRAFT Assisted Layout (c) Scheduling –(3) John son’s Rule (d) Simulations – (6) Monte carl
    ⇒ A –4, B–1, C–3, D–6.


Direction: Consider a PERT network for a project involving six tasks (a to f)

  1. The standard deviation of the critical path of the project is









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    25 + 81 + 36 + 9 = √151 days.

    Correct Option: A

    25 + 81 + 36 + 9 = √151 days.



  1. The expected time (te) of a PERT activity in terms of optimistic time (to), pessimistic time (tp) and most likely time (tl) is given by









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    NA

    Correct Option: A

    NA


  1. A residential school stipulates the study hours as 8 : 00 pm to 10 : 30 pm. Warden makes random checks on a certain student 11 occasions a day during the study hours over a period of 10 days and observes that he is studying on 71 occasions. Using 95% confidence interval, the estimated minimum hours of his study during that 10 day period is









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    Number of total observation in 10 days = 11 × 10 = 110
    No. of observation when studying = 71

    ∴ P =
    71
    = 0.6455
    110

    (Probability of studying)
    Total studying hour in 10 days = (2.5 hr) × 10
    Hence, Minimum no. of hours of studying in 10 days = (25 hr) × p = 25 × 0.6455 = 16.13 hrs.

    Correct Option: C

    Number of total observation in 10 days = 11 × 10 = 110
    No. of observation when studying = 71

    ∴ P =
    71
    = 0.6455
    110

    (Probability of studying)
    Total studying hour in 10 days = (2.5 hr) × 10
    Hence, Minimum no. of hours of studying in 10 days = (25 hr) × p = 25 × 0.6455 = 16.13 hrs.



  1. The expected completion time of the project is









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    ⇒ a – c – e – f
    ⇒ 30 + 60 + 45 + 20 = 155 days

    Correct Option: D


    ⇒ a – c – e – f
    ⇒ 30 + 60 + 45 + 20 = 155 days