*Official course description, subject to change:*

Basic info last published 9/10-19

### Applied Statistics

##### Course info

Language:

English

ECTS points:

7.5

Course code:

BSAPSTA1KU

Participants min:

1

Participants max:

85

Offered to guest students:

yes

Offered as a single subject:

yes

Price (single subject):

10625 DKK (incl. vat)

##### Programme

Level:

Bachelor

Programme:

Bachelor of Science in Data Science

##### Staff

##### Course semester

Semester

Forår 2020

Start

27 January 2020

End

31 August 2020

Abbreviation

20201

##### Exam

Exam type

ordinær

Internal/External

intern censur

Grade Scale

7-trinsskala

Exam Language

GB

##### Abstract

The course introduces the students to probability theory and applied statistics. It will focus on understanding the theoretical foundations of statistics and on applying the theory using mathematical analysis and simulations in R.##### Description

The course intends to give the student tools to identify and solve statistical problems in practice, occurring in data-analysis.

The subjects covered in the course include: probability spaces, random variables, conditional and joint probability, independence, expectation, variance, correlation and covariance, simulation of random variables, law of large numbers, central limit theorem, explorative data analysis, statistical models, bootstrapping, maximum likelihood estimation, confidence intervals, hypothesis testing.

##### Intended learning outcomes

After the course, the student should be able to:

- Apply fundamental definitions and theorems from probability theory and statistics
- Perform basic computations on random variables and simulate random variables using R
- Perform basic statistical modelling and inference (estimation and hypothesis testing) using mathematical analysis and in R
- Analyse sampling distribution of estimators using both mathematical tools and simulation (bootstrapping) with R
- Present a statistical analysis in a clear way that allows the reader to understand the conclusions and the assumptions they are based on
- Do basic programming and data manipulation in R
- Identify statistical problems in a given data analysis

##### Ordinary exam

**Exam type:**

A: Written exam on premises, internal (7-trinsskala)

**Exam variation:**

A22: Written exam on premises with restrictions.

**Exam description:**

4