Tools
Programming Languages
★★★★★ Python
★★★★★ Julia
★★★★★ C#
★★★★★ R
★★★★☆ Dart
★★★★☆ Java
★★★☆☆ C++
★★★☆☆ MATLAB
★★★☆☆ Stata
★★☆☆☆ MS VBA
★★☆☆☆ JavaScript
★☆☆☆☆ Delphi
★☆☆☆☆ Rust
As a programming languages maniac, I thrive mastering new coding paradigms and exploring different languages like Python, R, Julia, C++, and Java, among others. My passion for programming began early, evolving from crafting applications in Delphi to leveraging advanced tools like Keras (Python) for machine learning and Unity3D (C#) for game development. Whether it’s building complex economic models, scraping data with Selenium (R), or experimenting with Bayesian estimation in Rstan, I find joy in the challenge of bending code to solve real-world problems. This obsession not only fuels my academic research, where I integrate neural networks with structural models, but also drives my hobbies, from developing video games to tinkering with rack servers, always chasing the next breakthrough in computational creativity.
Technologies
Excel
Tableau
Linux KVM
AWS
Dot NET
HTML
WordPress
django
OpenGL
Unity3d
Irrlicht
jMonkey
json
XML
SQL
LaTeX
Bloomberg terminal
Favorite Libraries
keras
tidyverse
plotly
ggplot
stargazer
RSelenium
pandas
numpy
data.table
magrittr
linq
scipy
sklearn
feather
statsmodels
pyblp
foreach (R)
matplotlib
xgboost
Experimental Design
Linear Regression
Logistic Regression
Clustering
Multidimensional Scaling
Instrumental Variables
General Method of Moments
Regression Discontinuity
Quasi-Random Experiments
Matching
Random Forest
Monte-Carlo Simulations
Bayesian Approach
Principal Component Analysis
Neural Networks
Support Vector Machine
Nearest Neighbors
k-means
Attribution Model
Collaborative Filtering
Deep Learning
Survival Analysis
Matrix Factorization
Singular Value Decomposition
Ensembling
Gradient Boosting
Quantitative Methods
Egor Kudriavtcev
Empowering businesses with data-driven solutions
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