Testing Statistical Hypotheses in Data science with Python 3
What you'll learn
- Be able to confidently compute test statistical hypotheses using Python 3
- Be able to interpret your tests results and draw conclusions from the data
- Leverage Python as a Data scientist tool to solve hypotheses testing problems
Requirements
- Knowledge of hypotheses testing in statistics and ANOVA concepts
- Basic knowledge of nonparametrics data analysis concepts
- Introductory Python programming language
- Anaconda distribution for Python 3
- Use of Anaconda Jupyter notebook
Description
While there are many courses in Python, Machine Learning and other Data science related topics, they tend to be covering several topics in a piece-meal fashion and often superficially. In other words, those courses are not laser-focused on a given topic that will provide instant mastery. This course is EXCLUSIVELY about testing parametric and non-parametric Statistical Hypotheses in Python 3.
It is highly recommended for Students, Data scientists, Analysts, Programmers and Statisticians who will be using Python as the main tool for data analysis and therefore need to understand HOW Python 3 powerful scientific libraries can be effectively used to tests hypotheses that they were used to performing using R, SAS, SPSS, Matlab or other tools.
The course has several strengths that should not be ignored.
- It is hands-on, uses real world data and focuses on testing statistical hypotheses using Python 3.
- It is taught by an Adjunct Professor of Statistics who taught statistics for twelve years
- It is taught by a Data Scientist with Statistics background and over twenty years of professional experience.
- it is extensive and cover all aspects of testing statistical hypotheses using Python
- It uses Jupyter notebook and mark-downs to clearly document the codes and make them professional
- The course uses latex to write the statistical hypotheses to help users understand what is being tested/
In this course you will learn how to test various statistical hypotheses using Python 3. The course covers the most relevant tests about the population parameters for one, two and many samples. In addition, the course covers ANOVA (Analysis of Variance) and many non parametric tests. This course is hands-on with real world datasets to help the students understand how to carry on the various tests.
Who this course is for:
- Anyone interested in learning how to test statistical hypotheses using Python
- Data scientists who need to make decisions using sound statistical hypotheses
- Statisticians who want to test statistical hypotheses using Python
- Anyone with the analytical skills who want to use Python as a tool of choice
Instructor
- 4.3 Instructor Rating
- 200 Reviews
- 3,278 Students
- 7 Courses
I have over 20 years of work experience in the field of statistics as an Applied Statistician. For the last twelve years, I have also been teaching undergraduate college level statistics courses at St Petersburg College,Florida, USA.
As a Data scientist, my interests lie in applying Data science techniques (Exploratory Data Analyses, Statistical analyses and other Machine Learning) to real world data related to many domains such as Education, Health, Migration, Development, etc. Through my courses, you will find that most of the datasets that I used are from the UN databases of World countries.