Saeede rahimi damirchi darasi
Programming
As an Industrial Engineer, I have also developed some programming skills that are needed for business analysis.
Some of the courses and skills can be listed as well:
100-hours Data Science Course Syllabus
S01 Introduction to Data Science/Introduction to R
S02 Basic Data Structures in R - Part 1
S03 Basic Data Structures in R - Part 2
S04 Functions /Conditions/Loops in R
S05 Importing/Exporting Data in R
S06 Data Preprocessing in R - Part 1
S07 Data Preprocessing in R - Part 2
S08 Story Telling with Data/Introduction to ggplot2
S09 Data Visualization Case Study
S10 Introduction to Machine Learning/KNN Algorithm Implementation
S11 Introduction to Linear Regression/ Used Car Price Prediction Case Study – Part 1
S12 Used Car Price Prediction Case Study – Part 2
S13 Step-wise Regression/Salary Prediction for Hitters Data Set Case Study – Part 1
S14 Regularization /Decision Tree/Bagging and Random Forrest/Salary Prediction for Hitters Data Set Case Study – Part 2
S15 Gradient Boost/Stochastic Gradient Boost/XG Boost /Salary Prediction for Hitters Data Set Case Study – Part 3
S16 Introduction to Maximum Likelihood Estimation (MLE)
S17 Logistic Regression/ Marketing Campaign Analysis Case Study
S18 kNN for Classification/Linear Discriminant Analysis/Naïve Bayes Classification/Decision Tree for Classification/Support Vector Machines
S19 Algorithmic Trading Case Study
S20 Clustering Methods/ Clustering Customers Using RFM Case Study
S21 Principal Component Analysis and PCR/ Perceptual Map Case Study
S22 Times Series Analysis – Part 1
S23 Times Series Analysis – Part 2
S24 Demand Prediction Using Times Series Analysis Case Study
S25 Python Basics
S26 Introduction to NumPy and Pandas
S27 Introduction to Matplotlib for Data Visualization in Python
S28 Used Car Price Prediction Case Study in Python
S29 Salary Prediction for Hitters Data Set Case Study in Python
S30 Algorithmic Trading Case Study in Python
S31 RFM Clustering Case Study in Python
S32 Introduction to Artificial Neural Networks and Deep Learning/ Introduction to Keras and TensorFlow Library
+ Project + 24- hours Microsoft SQL Server Course working on the Northwind database
Project Goals Students were expected to achieve the following goals by completing their project:
- Apply the CRISP-DM approach to methodically execute a data project in practice.
- Be able to apply the various machine learning approaches they learned during the course to real data.
- Use one of the R or Python programming languages to analyze the data.
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I did the project of the course and used many of the regression algorithms in Python including:
Linear Regression, Linear Regression with Box-Cox transformation, Linear Regression Using the Best Subset Selection, Forward and Backward Stepwise Selection (AIC, BIC, Adjusted R-squared, K-fold Cross Validation), Ridge Regression, Lasso Regression, Decision Tree, Bagging, Random Forest, Gradient Boost Regression, Extreme Gradient Boost.
66-hours Data science- Advanced Course Syllabus
S01 Course Introduction
S02 Python Overview
S03 Deep Learning Fundamentals
S04 Case Study 1: Image Classification for Fashion Industry with TensorFlow and Keras
S05 Introduction to Reinforcement Learning
S06 Thompson Sampling
S07 Case Study 2: Dynamic Pricing for an E-commerce Platform
S08 Introduction to Q-Learning
S09 Case Study 3: Application of Reinforcement Learning in Logistics
S10 Deep Q-Learning
S11 Case Study 4: Minimizing Operational Cost
S12 Convolutional Neural Networks
S13 Case Study 5: AI Play Snake Game!
S14 Recurrent Neural Networks
S15 Case Study 6: RNNs in Finance
S16 CNNs and RNNs for Image Processing
S17 Case Study 7: Python and OpenCV for Image Processing
S18 Boltzmann Machines
S19 Auto Encoders
S20 Case Study 8: Recommendation System
S21 Introduction to Bayesian Deep Learning
S22 Students Project Showcase
On June 30, I studied until S11 Case Study 4: Minimizing Operational Cost!
86-hours Statistics for data science using Minitab, R, JMP
Professor: Majid Eyvazian
Duration Topics
6-hours Descriptive Statistics
8-hours Probability
5-hours Random Variable
5-hours Joint Probability Distribution
2-hours Outlier Analysis
8-hours Classification
4-hours Distribution Sampling
5-hours Point Estimation and Interval Estimation
6-hours Statistical Hypothesis Testing
5-hours Analysis of Variance
21-hours Regression
8-hours Time Series
3-hours Nonparametric Statistics