✏️ Teaching

πŸ“Š Descriptive Statistics

πŸŽ“ BUT 1st Year β€” Data Science

Practical sessions with EXCEL

Topics to cover: Introduction to Excel and Getting Started, Data cleaning and preparation, Flat sorting and frequency tables, Measures of central tendency, Measures of dispersion, Data visualization, Pivot tables, Cross-analysis of two variables, Highlighting key indicators.

πŸ’» Statistical Programming

πŸŽ“ BUT 1st Year β€” Data Science

Courses and practical sessions with R

Topics to cover: Introduction to R and RStudio, Data structures (Matrices, Factors, Lists, Data Frames), Control structures and functions, Data import and export, preparation and manipulation, Univariate descriptive analysis, Bivariate descriptive analysis, Data visualization, Creating dynamic reports with RMarkdown and Quarto.

πŸ“ŠGeneral Statistics

πŸŽ“ Bachelor 3rd Year β€” Specialized Programs: Management Control, Real Estate, E-commerce, B2B, Procurement & Supply Chain, Security, International Law

Courses, tutorials and practical sessions with Excel

Topics to cover: Basic concepts (Population, Sample and individuals, Variable and modalities, Statistical series), Statistical data and Representations (Statistical table, Bar chart, Pie chart, Histogram, etc.), Univariate descriptive statistics (Measures of central tendency, Measures of dispersion, Boxplot).

🎲 Probability

πŸŽ“ Bachelor 1st Year β€” Biology

Tutorials

Topics to cover: sets, set operations, probability vocabulary, basic probability, contingency tables, probability trees, conditional probability, binomial distribution, geometric distribution, Poisson distribution, independent variables, expectation, variance, sum of random variables.

πŸ“ Linear Models

πŸŽ“ BUT 2nd Year β€” Data Science

Courses, tutorials and practical sessions with R

Topics to cover: Simple and Multiple Linear Regression: Introduction (Framework and exploration), Models (Equation, Fitting, Analysis of variance, Goodness of fit), Inference (Assumptions, Estimators and properties, Tests, Confidence and prediction intervals, Diagnostics, Validation, Model selection).

πŸ’» Stochastic Modeling

πŸŽ“ Bachelor 3rd Year β€” Mathematics

Practical sessions with R

Topics to cover: pseudo-random generators, R simulations, law of large numbers and central limit theorem, inverse method & rejection sampling, Monte Carlo integration, variance reduction, antithetic variables, random walk.

πŸ“‹ Monitoring

DataViz Challenge

πŸŽ“ BUT 1st Year β€” Data Science

Role: Evaluate student data visualization projects, provide feedback and encourage creative storytelling with data.

Hackathon

πŸŽ“ BUT 1st Year β€” Data Science

Role: Assess team-based solutions to real-world problems, focusing on creativity, feasibility and technical execution.

Project Submission

πŸŽ“ Bachelor Levels

Role: Evaluate student projects, review final reports and provide constructive feedback.

Selection Committees

πŸŽ“ BUT Program

Role: Interview candidates, assess profiles and contribute to academic program recruitment.