It all begins with effective data collection and/or selection. This requires a good understanding of various data types and their sources. Proper organization makes it easier to describe results using appropriate and efficient descriptive statistical measures. This workshop focuses on important aspects of creating a smart data collection process, selecting the best sampling approach, validating the quality of stored information for analysis, and identifying corresponding descriptive statistical KPIs.
Day 1:
- Central Tendency Measurements
- Scatter Tendency Measurements
Day 2:
- Central Limit Theorem
- Estimations and Sampling
Day 3:
- Descriptive Statistics with Excel, and Python
- Colored PPT Booklet/ Videos
- Case studies from A to Z
- Group exercises for live practices
- Proprietary vs. Open source tools
- Report design 101
- Average, Median and Mode
- Variance and Standard Deviation
- Probabilistic vs. Non-Probabilistic sampling
For all machine learning solutions, data analytics is a must to kick off a career in the world of data. One cannot claim to apply AI analytics without a deep knowledge of data analytics.
This course is designed to give participants a clear and complete understanding of data structuring for efficient analysis, scientifically profiling different groups by analyzing data smartly and efficiently, and appropriately manipulating several technology tools in the market.
For those who believe that statistical tests are key to success ... fasten your seat belts!
Day 1:
- One Group Statistical Tests
Day 2:
- Two Group Profiling with statistical tests
Day 3:
- Multiple Gr. Profiling with statistical tests
Day 4:
- Simple Linear Regression
Day 5:
- Applications with Excel, Python, ...
- Colored PPT Booklet/ Videos
- Statistical tests concepts
- Statistical indicators: t, chi-square, F
- Proprietary tools solutions
- ANOVA table / R-Square
- Profiling Techniques
- The All-In-One chart
- The one and unique P-Value
- Data Analysis, before Machine Learning.
Data scientists often encounter non-conforming data when analyzing multiple groups and when tracking the same group over various periods. It's also expected to have insufficient data for analysis. In such cases, data analysis techniques should focus on statistical science related to "dependent" samples and "non-parametric" tests as alternatives to parametric ones (Data Analysis for Professionals). Determining the sample size is a common question when designing an analytical project. Should we consider the Big Data solution where all the data is included? This course will address these questions, discussing their advantages and disadvantages.
Day 1:
- Dependent Samples Analytics
Day 2:
- Non-Parametric Analytics
Day 3:
- Power Analysis
- Colored PPT Booklet/ Videos
- Statistical tests: Man Whitney, Correlation Rank test, t-paired, ...
- Proprietary tools solutions
- Two Way ANOVA
- Profiling Techniques
- The All-In-One chart
- The one and unique P-Value