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7/27/2019 Quantitative+Methods
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AURO UNIVERSITY(INDIA)
The School of Management & Entrepreneurship
Master of Business Administration
Module
Quantitative Methods
Semester-1 (2013-2015)
Module Leader
Chitrakalpa Sen
www.aurouniversity.edu.in
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Module Introduction
In todays dynamic and competitive business environment, a key ability for a successful manager
is to use a knowledge - based framework to analyse and make decisions. This course introduces
students to the basic statistical and quantitative models for making informed management
decisions. It focuses on understanding the principles and developing problem-solving skills. This
course is designed to provide students with a sound conceptual understanding of the role that
management science plays in the decision making process. It emphasizes the application of a
wide variety of quantitative techniques to the solution of business and economic problems.
Each week you will be expected to attend lecture, seminar and workshop. All class lecturesand other study materials will be available to you on the Virtual Learning Environment of
Auro University (VLE)
Module Leader: Dr. Chitrakalpa Sen
Tel: 91-261-4088101/201 Extn. 150
e-mail: [email protected]
Contact hours: 24 hours (additional workshops and seminars).
Module Objectives
1. Knowledge and Understanding
Understand the relevant principles of quantitative methods
Understand quantitative analysis of problem solving
Identify and define the problem
Determine the set of alternative solutions
Understand complexities of decision making
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2. Transferable SkillsThis module provides opportunities for students to develop skills of:
Practised Taught Assessed
A. Self Management
i. Manage tasks and time. X
B. Learning Skills
i. Use library skills. X X
ii. Develop independence in
learning.
X
iii. Use a range of academic skills
(analysis, research, synthesis,
evaluation of evidence).
X X X
C. Communication
i. Give clear and effective written
presentation of evidence and
argument.
X X
D. Problem Solving
i. Identify key issues for
investigation.
X X
ii. Construct theoretical frameworks
for analysis of key issues.
X X X
iii. Select optimal
strategies/solutions.
X X X
E. Information Technology
i. Use IT as a resource for
information.
X
Course Prerequisites:
Students are expected to have a basic understanding of mathematics and coordinate geometry.
Assessment structure:
The subject matter covered in this course will be assessed by:
Mid term examination: 20% WEIGHT
Coursework submission: 30% WEIGHT
End term examination: 50% WEIGHT
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A Note on Equal Opportunities
Auro University aims within its courses to provide equal access to learning to students from
diverse backgrounds, irrespective of their gender, race, disability, sexual orientation, age,
religion and maturity. If you feel this module is not fulfilling this aim, please take it up with
the module leader, or ask your student representative to do so. Feel free also to comment on
this aspect of the module in the evaluation.
References:
The Main Text Book: Preferred Text Book for this course would be:
1. Quantitative Methods for Business David R. Anderson, Dennis, J. Sweeney and
Thomas A. Williams, 10th Ed., South-Western.
Alternative Texts:
1. Quantitative Methods : Theory and Applications - J K Sharma, MacMillan India.
Weekly coverage:
S. No. Week Chapter
1 Week I Problem Solving and Decision Making
2 Week II Introduction to probability
3Week III
Probability distributions
4Week IV
Decision analysis, Utility and game theory (MID TERM)
5Week V
Time series analysis
6Week VI
Regression analysis
7Week VII
Introduction to linear programming
8Week VIII
Revision (COURSEWORK SUBMISSION DEADLINE)
Using unfair means in assessments
All assessments are intended to determine your individual skills, abilities, understanding and
knowledge. Cheating is defined as obtaining an unfair academic advantage and any of you
found using any form of cheating, attempting to cheat or assisting someone else to cheat may
be subject to disciplinary action in accordance with the AUs Disciplinary Procedure. The
university takes this issue very seriously and you may be expelled or have your degreewithheld for cheating in assessments. If you are having difficulty with your work it is
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important to seek help from your tutor rather than be tempted to use unfair means to gain
marks. Do not risk losing your degree and all the work you have done. AU defines a number
of different forms of cheating, although any form of cheating is strictly forbidden. These are:
Submitting other people's work as your own - either with or without their knowledge.
This includes copying in examinations; using notes or unauthorised materials inexaminations
Impersonation - taking an assessment on behalf of or pretending to be another student,
or allowing another person to take an assessment on your behalf or pretend to be you
Plagiarism - taking or using another person's thoughts, writings or inventions as your
own. To avoid plagiarism you must make sure that quotations, from whatever source,
are clearly identified and attributed at the point where they occur in the text of your
work by using one of the standard conventions for referencing. It is not enough just to
list sources in a bibliography at the end of your essay or dissertation if you do notacknowledge the actual quotations in the text. Neither is it acceptable to change some
of the words or the order of sentences if, by failing to acknowledge the source
properly, you give the impression that it is your own work
Collusion - except where written instructions specify that work for assessment may be
produced jointly and submitted as the work of more than one student, you must not
collude with others to produce a piece of work jointly, copy or share another student's
work or lend your work to another student in the reasonable knowledge that some or
all of it will be copied
Duplication - submitting work for assessment that is the same as, or broadly similar to,
work submitted earlier for academic credit, without acknowledgement of the previous
submission
Falsification - the invention of data, its alteration, its copying from any other source,
or otherwise obtaining it by unfair means, or inventing quotations and/or references.
Lecture Outline 1
Problem Solving and Decision Making
Overview:
Introduction to quantitative analysis
Quantitative analysis and decision making
Steps in quantitative analysis
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Learning objectives:
To understand the need of quantitative approach for effective decision making
To understand the characteristics and various stages of scientific study
Recognize, classify and use various models for solving a problem.
Workshop: Applications in real life scenario
Seminar: Numerical Problem solving session
Lecture Outline 2
Introduction to Probability
Overview:
Concept of probability
Three methods of assigning probabilities
Introduction to Venn diagram
Some basic laws of probability
Conditional probability
Bayes theorem
Learning objective :
Help yourself understand the amount of uncertainty that is involved before making
important decisions.
Understand fundamentals of probability and various probability rules that help you to
measure uncertainty. Perform several analysis with respect to business decision involving uncertainty.
Workshop: Applications in real life scenario
Seminar: Numerical Problem solving session
Lecture Outline 3
Probability Distributions
Overview:
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Random variables
Binomial probability distribution
Poisson probability distribution
Normal probability distribution
Learning objectives:
Find the mean and variance of a discrete probability distribution
Distinguish between discrete and continuous random variables
Find the mean and variance of a continuous probability distribution
Using probability distributions to solve real-life problems
Workshop: Applications in real life scenario
Seminar: Numerical Problem solving session
Lecture Outline 4
Decision Analysis, utility and game theory
Overview:
Concept of utility
Utility and decision making
Introduction to game theory
Pure and mixed strategy
Learning objectives:
Understand the concept of expected utility
Define the basics of a game
Evaluate conflict dynamics from the standpoint of the self-interests of the Players
Appraise theoretical predictions obtained from Game Theory analyses against realworld conflicts
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Formulate strategic alternatives which take into account the actions of others
(commonly known as a Nash Equilibrium)
Recognize the classic Prisoners' Dilemma
Solve mixed strategy games
MID TERM EXAMINATION
Lecture Outline 5
Time Series Analysis
Overview:
Introduction to time series
Components of a time series
Smoothing methods
Trend and seasonal components
Learning objective:
Understand the central ideas of time series analysis and forecasting
Follow academic literature in applied economics using time series analysis
use time series analysis to test economic theory empirically
Workshop: Applications in real life scenario
Seminar: Numerical Problem solving session
Lecture Outline 6
Regression Analysis
Overview:
Introduction to regression
Simple regression
Multiple regression
Learning objective:
Understand how to use regression to analyze a real-life problem
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Learning how to run regression in a statistical software
Interpreting the result
Workshop: Applications in real life scenario
Seminar: Numerical Problem solving session
Lecture Outline 7
Introduction to Linear Programming
Overview:
Introduction to linear programming Optimization problem
Graphical solution
Data Envelopment Analysis
Learning objective:
Formulate a combinatorial optimization problem efficiently
Explain the mathematical theory underlying the solution methods.
Analyze the solution to a linear optimization problem Understanding the basic concept of a data envelopment analysis
Workshop: Applications in real life scenario
Seminar: Numerical Problem solving session
Lecture Outline 8
REVISION
Assessment Details
End Term Examination
One Midterm - 20%
One coursework submission 30%
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Final examination - 50%
The midterm will take place at the end of week 4 and the topics will be cumulative till week 3.
It will be of 100 marks.
The coursework submission will be prepared by the students in groups. Each group will have
three members and they will have to prepare a project using regression model. 15% score will be
given to presentation and 15% on the merit of the project. Each workshop and seminar will
require the students to form groups among themselves. Each group will have no more than 5
students and no less than 2 students. The groups will be determined by the programme office
and are not subjected to any changes.
The coursework will be based on your learning from the second half of the course, especially on
time series analysis and regression. You will be required to run a regression analysis on data of
your choice and present your findings in form of an academic paper.
The examination, of three hours duration, will take the form of a set of six questions whichranges across topics covered in lectures, seminars and self-study exercises.
The examination mark will be determined by the number of questions answered correctly and the
range of questions has been designed such that pass can be obtained by demonstrating a basic
understanding of key concepts whilst higher marks can be obtained by demonstrating ability to
analyse, evaluate and interpret economic and business data.
Student Assessment of Module
I hope that you found this module challenging but worthwhile. Each year, the module changesslightly, in part as I think of ways I can do things better and in part because students suggest
possible improvements. I would appreciate your comments on what I got right and what I could
improve on. I would therefore be grateful if you could anonymously complete the following
table, adding any additional observations you may have on the reverse. A summary of student
appraisals is reported at Field Meetings, attended by student representatives, and I would be
happy to provide a copy to any student who asks for one.
1 = Strongly Agree 2 = Agree 3 = Neither Agree nor Disagree 4 = Disagree
5 = Strongly Disagree
1 2 3 4 5
This module as a whole:
Was well organised
Had an acceptable workload
Gave me confidence in my understanding of
business economics
Was relevant to my main field/s of study
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Was adequately resourced in terms of learning
support material
Was adequately resourced in terms of
accommodation and physical facilities
The LECTURES:
Were interesting
Were clearly delivered
The SEMINARS:
Were interesting
Were clearly delivered
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