Exam Details

Subject project management
Paper
Exam / Course
Department electronics & information technology
Organization National Institute Of Electronics & Information Technology
Position
Exam Date 2018
City, State delhi, dwarka


Question Paper

CE1.4-R4 Page 1 of 1 January, 2018
CE1.4-R4: PROJECT MANAGEMENT
NOTE:
Time: 3 Hours Total Marks: 100
1.
Explain the phases of a typical project life cycle with a neat diagram. Also mention some of the
advantages for developing a project life cycle.
What do you understand by a project close out report? Explain briefly.
Explain what do you understand by risk management plan?
Explain the difference between forward pass and backward pass.
Differentiate between quality assurance and quality control. Are they synonyms? Justify.
How to manage the allocation of resources within programs with examples.
Define contract management? What are the different types of contract?

2.
What is functional point? Mention its importance. Write any three advantages of function point
analysis.
Differentiate between groups and teams.
What is risk Identification? What are the three activities of risk assessment?

3.
Identify the risks in the following domain:
software requirement risks
ii) software quality risks
iii) software scheduling risks
Discuss the tools and techniques that project managers can use to ensure knowledge and
lessons learned from previous projects are not lost, and can be shared for the benefit of future
projects.

4.
Discuss types and sources of conflicts.
Discuss why is project estimation so hard? Explain in short following project estimation
techniques: expert judgement, bottom up and top down

1. Answer question 1 and any FOUR from questions 2 to 7.
2. Parts of the same question should be answered together and in the same sequence.
CE1.4-R4 Page 2 of 2 January, 2018
5.
Explain the relationship between Productivity and difficulty.
Assuming that the project team will work a standard working week working days in 1 week)
and that all tasks will start as soon as possible, use the information given in table below to
answer following questions:
Tasks Description
Duration
(Working days)
Predecessor(s)
A Requirement Analysis 5
B System Design 15 A
C Programming 25 B
D Telecoms 15 B
E Hardware Installation 30 B
F Integration 10 D
G System Testing 10 F
H Training/Support 5 G
I Handover and Go-live 5 H
Draw the network diagram.
ii) Determine the critical path of the project.
iii) Calculate the planned duration of the project in weeks.
iv) Identify any non-critical tasks and the float (free slack) on each.

6.
Explain the risk management process in details. Also discuss what is risk register or log and
what it contains.
Explain the bath tub curve of hardware reliability.
Explain the advantages of working as a team

7.
What are some techniques a project manager can employ to prioritize and validate user
requirements? Identify and describe at least two methods.
Explain what is meant by the following quality terms:
Quality assurance
ii) Quality systems
Define software reliability. What is the difference between hardware software reliability?



Departments

  • electronics & information technology

Subjects

  • accounting & financial management system
  • advanced algorithms
  • advanced computer graphics
  • advanced computer networks
  • application of .net technology
  • applied operations research
  • artificial intelligence & neural networks
  • automata theory & compiler design
  • basic mathematics
  • basics of os, unix & shell programming
  • basics of os, unix and shell programming
  • computer based statistical & numerical methods
  • computer graphics & multimedia
  • computer system architecture
  • cyber forensic & law
  • data communication and network technologies
  • data communication and network technologies
  • data network and management
  • data structure through c++
  • data structure through java
  • data structures through ‘c++’
  • data warehouse and data mining
  • data warehousing and data mining
  • digital image processing
  • digital image processing and computer visio
  • digital signal processing
  • discrete structures
  • e-business
  • elements of mathematical sciences
  • embedded systems
  • graphics and visualisation
  • image processing and computer vision
  • information security
  • information storage & management
  • internet technology and web design
  • internet technology and web design
  • internet technology and web services
  • introduction to database management system
  • introduction to dbms
  • introduction to ict resources
  • introduction to multimedia
  • introduction to object oriented programming through java
  • introduction to object-oriented programming through java
  • it tools and business system
  • it tools and business systems
  • machine learning
  • management fundamentals & information systems
  • mathematical methods for computing
  • mobile computing
  • multimedia systems
  • multimedia systems
  • network management & information security
  • object oriented database management systems
  • operating system
  • operating systems
  • parallel computing
  • professional & business communication
  • programming and problem solving through ‘c’ language
  • programming and problem solving through ‘c’ language
  • project management
  • soft computing
  • software engineering and case tools
  • software project management
  • software systems
  • software testing and quality management
  • software testing and quality management
  • structured system analysis & design
  • structured system analysis and design
  • system modeling & computer simulation
  • visual programming
  • wireless & mobile communication