General Information
| Course Code | E_IBA1_BUSM |
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| Credits | 6 EC |
| Period | P2 |
| Course Level | 100 |
| Language of Tuition | English |
| Faculty | School of Business and Economics |
| Course Coordinator | prof. dr. B.F. Heidergott |
| Examiner | prof. dr. B.F. Heidergott |
| Teaching Staff |
dr. R. Heijungs dr. A.A.N. Ridder prof. dr. B.F. Heidergott A.B. Çınar F. Krijgsman dr. M.A. Estevez Fernandez dr. ir. R.A. Sitters dr. D.A. van der Laan dr. ir. T.S. Oosterwijk P. Wu |
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Part of programme(s)
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Practical Information
You need to register for this course yourself. The (de)registration deadlines can be found on VU.nl
| Teaching Methods | Study Group, Lecture |
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Target audiences
This course is also available as:
Course Objective
ACADEMIC AND RESEARCH SKILLS – STUDENTS CAN CONDUCT A BASICINTERNATIONAL RESEARCH PROJECT FROM START TO FINISH
Academic Skills (three As)
After successfully completing this course, the student:
• can perform key mathematical operations.
Research Skills
After successfully completing this course, the student:
• can solve real-world problems by using mathematical techniques.
BRIDGING THEORY AND PRACTICE
KNOWLEDGE: Demonstrates theoretical and empirical knowledge concerning
the relevant areas in international business administration
After successfully completing this course, the student can:
• select and apply the right mathematical technique, specifically:
• properly use mathematical notation (both passively and actively);
• use the summation operator and product operator;
• calculate and interpret descriptive statistics (mean, variance,
covariance, correlation);
• work with gradient search methods as common in machine learning
• differentiate functions of one or more variables;
• visualize implicit functions through level curves and differentiate
such functions;
• integrate simple functions;
• determine when you need derivatives and integrals;
• use vectors and matrices;
• calculate from a function the elasticity;
• find extreme values of functions of one or two variables;
• find extreme values of functions of one or two variables under a
constraint, using the Lagrange method;
• apply operations (transpose, inner product) on vectors and matrices;
• use and calculate the inverse of a matrix;
• solve systems of linear equations;
• formulate a linear programming problem;
• type formulas in Microsoft Word;
• use Microsoft Excel, including the Solver add-in, for modelling
mathematical problems.
APPLICATION: Can propose a solution to an international real-life
business problem by applying relevant theories and methodologies.
After successfully completing this course, the student can:
• read and write texts in which mathematics occurs;
• use standard software for solving mathematical problems.
Course Content
Mathematics is a challenging, but highly relevant topic for anyinternational business student. Doing business for sure means having a
vision, but it also means having the numbers right. You can’t develop a
sound business plan without understanding and using mathematics, and you
need mathematics in order to plan your stocks and trucks. In the
business literature, we see many mathematical models, for scheduling,
finance, and investments. Using such models requires a basic
understanding of mathematical principles related to multi-variable
calculus, optimization, and expectation. Further, today’s simple
calculations require basic skills in setting up and handling
spreadsheets and typesetting formulas. This course therefore also
addresses such general skills. Moreover, mathematics is more than just
calculations and numbers, it is language. A language that is essential
to understand if you want to develop and acquire an analytical way of
thinking that is not only at the core of any academic, but also the
successful business professional. It is a first step on the path of
understanding the power of quantitative and mathematical approaches to
problems you will face as a business student.
Additional Information Teaching Methods
LecturesTutorials
Computer tutorials
Method of Assessment
Digital exams – individual assessmentWritten exam – individual assessment
Entry Requirements
n/aLiterature
Textbook: Sydsæter, Knut, Peter Hammond, Arne Strøm and Andréas Carvajal(2021), Essential Mathematics for Economic Analysis, sixth Edition,
Pearson Education
Additional documents via Canvas.
Additional Information
You will work with the software packages Word (including the equationeditor) and Excel (including the Solver add-in). These programs are
available on computers at the VU campus. You may wish to purchases a
cheap license for home use at http://www.surfspot.nl/. At the
intermediate tests we use the English language versions for Windows.
Recommended background knowledge
Active command of mathematics at high school level. It can be helpful torefresh your skills in advance. VU offers an online summer school for
this (see http://sbe.prep-campus.nl/).