Total No. of Questions : 8] SEAT No.

8
23
P-1533 [Total No. of Pages : 2

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[6002]-162

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S.E. (Computer/A.I.& D.S.)

6s
3:0
02 91
SOFTWARE ENGINEERING

0:3
0
(2019 Pattern) (Semester - IV) (210253)

31
7/0 13
0
6/2
.23 GP

Time : 2½ Hours] [Max. Marks : 70

E
82

Instructions to the candidates:

8
C

23
1) Answer Q.1 or Q.2, Q.3 or Q.4, Q.5 or Q.6, Q.7 or Q.8.

ic-
16

2) Neat diagrams must be drawn wherever necessary.

tat
8.2

6s
3) Figures to the right side indicate full marks.
.24

3:0
4) Assume suitable data, if necessary.
91
49

Q1) a) Explain any four design concepts with appropriate example. [9]
0:3
30

b) What is design pattern? How patterns can be used in design? [9]

31
01
02

OR
6/2
GP

Q2) a) Explain the Data-flow architecture and Layered Architecture in detail.

7/0

[9]
CE
82

38
b) Explain the golden rules for User Interface Design. [9]

c-2
.23

i
16

tat
Q3) a) What question needs to be answered in order to develop a project plan
8.2

6s

according to W5HH principle? [9]

.24

3:0

b) Explain the project management life cycle. [8]

91
49

0:3

OR
30
31

Q4) a) Explain with appropriate example how schedule can be prepare using
01
02

PERT. [9]
6/2
GP

b) List and explain the different metrics in the process and project domain.
7/0

[8]
CE
82
.23

Q5) a) Describe the software quality dilemma in your own words. [9]
16
8.2

b) What are the objectives of testing? Explain the different types of testing.
[9]
.24
49

P.T.O.
 OR

8
23
Q6) a) What is software quality? Write the different quality metrics. [9]

ic-
b) What is test case design? Write the various approaches for test case

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design. [9]

6s
3:0
02 91
0:3
Q7) a) What is SCM? Write short note on SCM Elements. [9]

0
31
b) 7/0 13
What is Risk? Explain the reactive and proactive risk strategies with
0
appropriate examples. [8]
6/2
.23 GP

OR
E
82

8
Q8) a) Explain the repository features with respect to software configuration
C

23
management. [9]

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16

tat
b) Write short note on CASE TOOLS for software development. [8]
8.2

6s
.24

3:0
91
49

0:3
30


31
01
02
6/2
GP
7/0
CE
82

38
c-2
.23

i
16

tat
8.2

6s
.24

3:0
91
49

0:3
30
31
01
02
6/2
GP
7/0
CE
82
.23
16
8.2
.24
49

[6002]-162 2
Total No. of Questions : 8] SEAT No. :

8
23
P2297 [Total No. of Pages : 2

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[5869]-278

tat
2s
S.E. (Computer Engineering)

3:2
SOFTWARE ENGINEERING (210253)

02 91
8:4
(2019 Pattern) (Semester - IV)

0
20
7/0 13
Time : 2½ Hours] [Max. Marks : 70
0
6/2
Instructions to the candidates:
.23 GP

1) Sovle Q.1 or Q.2, Q.3 or Q.4, Q.5 or Q.6, Q.7 or Q.8.

E

2) Neat diagrams must be drawn wherever necessary.

82

8
C

23
3) Assume suitable data, if necessary.

ic-
16

tat
8.2

2s
Q1) a) Design and discuss the project decomposition and work task
.24

communication process.
3:2
[8]
91
49

b) Discuss any 2 of the following with suitable example:

8:4
[10]
30

i) FP-Based Estimation
20

ii) Object Point (OP)-based estimation.

01
02

iii) Process-Based Estimation.

6/2
GP

OR
7/0
CE

Q2) a) Describe any two software size estimation techniques.

82

[8]

38
b) Discuss any 2 of the following with suitable example:
c-2
[10]
.23

i) Problem-Based Estimation i
16

tat
ii) LOC-Based Estimation
8.2

2s

iii) Project Scheduling and basic principles of project scheduling.

.24

3:2
91
49

8:4

Q3) a) List the design concepts. Explain refinement and refactoring. Give the
30
20

importance of Refactoring in improving the quality of software. [9]

01
02

b) List the different architectural styles. Explain any two in detail. [8]
6/2
GP

OR
7/0

Q4) a) Enlist and explain Component level design steps in detail. [9]
CE
82

b) Differentiate between followings. [8]

.23

i) Cohesion and coupling in context of software design? How are

16

these useful for good design of a system?

8.2

ii) Abstraction and Refinement.

.24
49

P.T.O.
Q5) a) Explain Risk identification process? What are the different categories

8
of risks?

23
[8]

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b) Write Short Note: [10]

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i) Layers of SCM Process

2s
ii) RMMM Plan

3:2
02 91
OR

8:4
0
Q6) a) Explain Risk Projection and Risk Refinement in detail.

20
[8]
7/0 13
b) Explain the change control mechanism in SCM. [10]
0
6/2
.23 GP

Q7) a) Explain STLC (Software Testing Life Cycle). [7]

E
82

8
C

23
b) Explain the following: [10]

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i) Unit testing and integration testing.
16

tat
8.2

2s
ii) White box testing and black box testing.
.24

3:2
OR
91
49

8:4
Q8) a) Explain phases in Verification and Validation model with suitable
30
20

diagram. [7]
01
02

b) Discuss any 2 of the following in detail. [10]

6/2
GP

i) Acceptance Testing
7/0

ii) Tools for Automated Testing and feature.

CE
82

38
iii) Defect Life Cycle.

c-2
.23

i
16

tat

8.2

2s
.24

3:2
91
49

8:4
30
20
01
02
6/2
GP
7/0
CE
82
.23
16
8.2
.24
49

[5869]-278 2
Total No. of Questions : 8] SEAT No. :

8
23
PB4397 [6261]-37 [Total No. of Pages :2

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tat
S.E. (Computer Engineering) (AI & DS)

5s
SOFTWARE ENGINEERING

1:5
02 91
(2019 Pattern) (Semester- IV) (210253)

3:4
0
41
Time : 2½ Hours ] 2/0 13 [Max. Marks : 70
0
Instructions to the candidates:
5/2
.23 GP

1) Attempt Q.1 or Q.2, Q.3 or Q.4, Q.5 or Q.6, Q.7 or Q.8.

2) Neat diagrams must be drawn wherever necessary.
E
82

8
3) Figures to the right indicate full marks.
C

23
ic-
4) Assume suitable data if necessary.
16

tat
8.2

5s
.24

1:5
Q1) a) What is project scheduling? Explain in brief about the basic principles
91
49

3:4
guiding the s/w project scheduling. [6]
30

b) What is the need of project Estimation? What are the steps while estimation
41

of software? [6]
01
02

c) How are LOC and FP used during Project Estimation? Explain any one
5/2
GP

with suitable example. [6]

2/0

OR
CE
82

38
c-2
Q2) a) What is the difference between COCOMO and COCOMO II Model?[6]
.23

b) What is the necessity of Estimation? How estimation with Use-cases is i

16

tat
performed? [6]
8.2

5s

c) What is the need for defining a software scope? What are the categories
.24

1:5

of software engineering resources (Project Resources)? [6]

91
49

3:4
30
41

Q3) a) Explain the following design concepts: [6]

01
02

i) Abstraction
5/2

ii) Patterns
GP
2/0

iii) Modularity
CE

b) What is meant by coupling and cohesion. Explain these terms in relation

82

with good software design. [6]

.23

c) What is the importance of software design? What are types of design

16

classes? [5]
8.2

OR
.24
49

P.T.O.
Q4) a) Explain in detail the Architectural design and Component level design

8
23
elements. [6]

ic-
b) What is software Architecture? What is architectural context diagram?[6]

tat
c) Write short note on ‘Interface analysis and design models’. [5]

5s
1:5
02 91
3:4
Q5) a) Briefly explain the steps involved in risk planning in project development.

0
41
[6]
2/0 13
b) Describe with an example how the effect of risk on project schedule is
0
5/2
evaluated using PERT. [6]
.23 GP

c) Explain Version Control and Change Control Layer in Software

E
82

Configuration Management in detail. [6]

8
C

23
ic-
OR
16

tat
8.2

5s
Q6) a) Discuss Software Configuration Management in detail. [6]
.24

1:5
b) Define Software Risk in detail. What are different types of Software
91
49

3:4
Risk? [6]
30
41

c) Discuss the RMMM plan in detail. [6]

01
02
5/2
GP
2/0

Q7) a) What are the guidelines those lead to a successful software testing
CE
82

38
strategy? [6]

c-2
.23

b) What is meant by integration testing? Explain top down and bottom up

i
16

tat
integration testing. [6]
8.2

5s

c) What is the difference between verification and validation? [5]

.24

1:5
91
49

3:4

OR
30
41

Q8) a) Differentiate between black box testing and white box testing. [6]
01
02

b) Explain how Object oriented software testing is different from conventional

5/2
GP

software testing. [6]

2/0
CE

c) Explain Unit Testing and Integration Testing with respect to the Object
82

Oriented Context. [5]

.23
16
8.2


.24
49

[6261]-37 2
Total No. of Questions : 8] SEAT No. :

8
23
PA-2628 [Total No. of Pages : 2

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tat
[5925]-262

0s
S.E. (Computer/AI&DS)

9:2
02 91
Software Engineering

3:3
0
31
(2019 Pattern) (Semester - IV) (210253)
9/0 13
Time : 2½ Hours] [Max. Marks : 70
0
1/2
.23 GP

Instructions to the candidates:

1) Solve Q.1 or Q.2, Q.3 or Q.4, Q.5 or Q.6, Q.7 or Q.8
E
80

8
2) Neat diagrams must be drawn wherever necessary.
C

23
3) Assume suitable data if necessary.

ic-
16

tat
8.2

0s
Q1) a) Explain object oriented view of component level design with suitable
.24

9:2
example. [6]
91
49

3:3
b) Explain FP based estimation technique? [6]
30
31

c) What is project scheduling? What are the basic principles of project

01
02

scheduling? [6]
1/2

OR
GP
9/0

Q2) a) Explain COCOMO Model for project estimation with suitable example.
CE

[9]
80

38
b) How LOC and FP used during project Estimation? Explain both Estimation
c-2
.23

techniques with suitable example. [9]

i
16

tat
8.2

0s

Q3) a) Explain guidelines for component level design. [6]

.24

9:2
91

b) Enlist the golden rules of User Interface Design. [6]

49

3:3

c) Explain layered system architecture with neat diagram. [5]

30
31

OR
01
02

Q4) a) Describe notations used for deployment diagram. Describe the importance
1/2
GP

of Deployment diagram. [9]

9/0

b) Explain the following architectural styles with merits/demerits : [8]

CE
80

i) Data-centered Architecture
.23

ii) Data-flow architecture

16
8.2
.24

P.T.O.
49
Q5) a) What is Risk Identification? What are different categories of Risk? [6]

8
23
b) Define software Risk in detail. What are different types of Software

ic-
Risk? [6]

tat
c) What are the advantages of SCM Repository? Explain functions performed

0s
by SCM Repository. [6]

9:2
02 91
OR

3:3
Q6) a) What is Software Configuration Management (SCM) [9]

0
31
b) 9/0 13
What is RMMM? Write short note on it? [9]
0
1/2
.23 GP

Q7) a) What are difference between white box testing and black box testing.
[6]
E
80

8
b) Explain the software testing life cycle in detail. [6]
C

23
c) Explain bottom-up testing with its advantages. [5]

ic-
16

tat
OR
8.2

0s
Q8) a) What is system testing? Explain any three types system testing. [9]
.24

9:2
b) Write note on Alpha and Beta Testing. [8]
91
49

3:3
30
31
01
02
1/2
GP


9/0
CE
80

38
c-2
.23

i
16

tat
8.2

0s
.24

9:2
91
49

3:3
30
31
01
02
1/2
GP
9/0
CE
80
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16
8.2
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[5925]-262 2
49
Total No. of Questions : 8] SEAT No. :

8
23
P9112 [Total No. of Pages : 2

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[6179]-237

tat
S.E. (Computer Engineering) (Artificial Intellignce &

2s
Data Science Engineering)

8:1
02 91
SOFTWARE ENGINEERING

9:3
(2019 Pattern) (Semester - IV) (210253)
0
30
2/1 13
Time : 2½ Hours] [Max. Marks : 70
0
2/2
Instructions to the candidates:
.23 GP

1) Solve Q.1 or Q.2, Q.3 or Q.4, Q.5 or Q.6, Q.7 or Q.8.

2) Neat diagrams must be drawn wherever necessary.
E
82

3) Assume suitable data, if necessary.

8
C

23
ic-
16

tat
Q1) a) Discuss with suitable diagram three major categories of software project
8.2

2s
resources? [8]
.24

8:1
91
b) What is Estimation with Use Cases? Explain Estimation Using Use Case
49

9:3
points with the help of an Example. [10]
30
30
01

OR
02
2/2
GP

Q2) a) What are the basic principles of software project scheduling. Explain
2/1

different tasks of project scheduling. [8]

CE
82

38
b) Discuss Empirical Estimation Models. Explain Constructive Cost Model

c-2
.23

for project estimation with suitable example. [10]

i
16

tat
8.2

2s
.24

8:1
91

Q3) a) With the help of diagram explain how to translate the requirements model
49

9:3
30

into the design model. [8]

30
01
02

b) Explain dimensions of design model with the help of diagram. [9]

2/2
GP

OR
2/1
CE

Q4) a) What is software Architecture? Why Architecture is important? What is

82

the use of Architecture Decision Description Template? [9]

.23
16

b) Discuss component level and deployment level design elements. [8]

8.2
.24

P.T.O.
49

[6179]-237 1
Q5) a) Explain Risk and management concern with the help of diagram. [8]

8
23
b) Discuss any two of the following. [10]

ic-
tat
i) Risk Refinement

2s
ii) Risk Mitigation

8:1
02 91
iii) Risk Management

9:3
0
30
OR
2/1 13
Q6) a) What are the advantages of SCM Repository? Explain functions performed
0
2/2
by SCM Repository. [8]
.23 GP

b) Write short note on any two of the following [10]

E
82

8
C

23
i) Change control mechanism in SCM

ic-
16

ii) SCM Process

tat
8.2

2s
iii) RMMM Plan
.24

8:1
91
49

9:3
30
30

Q7) a) Define testing? Explain graph based functional testing techniques with
01
02

suitable graph notation diagram. [9]

2/2
GP

b) Discuss any two of the following. [8]

2/1

i) User Acceptance Testing

CE
82

38
ii) Difference between Verification and validation Testing
c-2
.23

i
16

iii) Software Testing Life Cycle

tat
8.2

2s

OR
.24

8:1
91

Q8) a) What is system testing? Explain any three types system testing. [8]
49

9:3
30

b) Explain with suitable diagram Drivers and stubs in unit test environment.
30

Disucss with suitable diagrams top-up and bottom-up integration in

01
02

integration testing. [9]

2/2
GP
2/1
CE
82
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
16
8.2
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49

[6179]-237 2