TED (10) -2W4

EEVTSTON-2010)

Reg. No.

Signature

DIPLOMA EXAMINATION IN ENGINEERING/TECHNOLOGY/MANAGEMENT/COMMERCIAL PRACTICE - OCTOBER, 20 T7

INDUSTRIAL MANAGEMENT AND SAFETY

lTime : 3 hours

$rlaximum marrKs : \00)

PART - A

Maximum marks :

Marks

Answer all questions in one or two sentences. Each question carries 2 marks.

l. Defirie incentives.

2. List any four dimersions of quality.

3. Define Accident

4. What is Critical path ?

5. List 4 Es of Accident prevendon (5x2: 10)

RT -B(Maximum ma*s: 30)

Answer any five of the following g"uestions. Each question carries 6 rna*s.

l. Erylain Parfrrership organisation

2. D€scribe Merit Rating

3. Write short note on ABC Conhol Policy.

4. Explain mlssion, vision and quality poticy.

5. Describe Optimistic, Pessimistic and Most likely time.

6. Write down the steps in the solution of Transportation problem using Vogel's

Aprproximation Method"

7. LiSt th€ Environmental factors of accident

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(5x6 :30)

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PART - C

(Maximum madrs : 60)

(Answer one fi;/ll question from each unit. Each full question carries 15 marks.)

Uwrr-I 'm (a) Explain Line or t{ilitary organization stucture-

(b) Describe different financial incentive plans-

On

(a) Explain the functions of HRM.

(b) If the standard time to complete a job is 10 hrs. and hourly rate is Rs' 5.

A worker Complete the job within 8 hrs. Calculate hiS earning as per

50-50 Halsey plan. Calculate the eamings of the management also.

UNrr - II

List and explain the steps requked for ISO Lnstallation.

Describe Centralised and Decenfiao*u 3rlr" Layout.

UNrr - III

(a) A project has 7 activities. Draw the network diagram 3 times estimate are

given below.

(l) Draw the project network

(ii) Find the project duration

(iii) Identiff the critical path.

Actvtty Optimistic Time(W-eeks)

Most likely time(Weeks)

Pessimistic Time(wegks)

t-2

l-3

I-4

2-5

3-5

4-6

5-6

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2

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2

2

3

I'4)

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5

5

6

7

8

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8

15

Write short notes on :

(r) Dwnmy etivity (ii) Concurrent activity

On

VI

(b)

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Marks

VI[t (a) The table shows the information on the available supply to each warehotlses'

the Dernand of each market ancl the unit tansportation cost from each

warehouse to each market. Find tlre initial feasible solution to the tran-sportation

problem by Vogel's approximation method'

O) State,whether the following matix has a saddle point'

UNrr - IV

(a) Explain the metlrod of Solid Waste Management'

(b) Write short notes on :

(t Factory (ii) FrequencY rate

On

(iii) Severity rate

x (a) wfit€ the ursafe acts and unsafe condition of accident.

(b) Describe the effect of air pollution on hwnan being'

3

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8

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B

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Warehouse P a R S Supply

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