Data engineering: Data architecture & Pipeline design
SQL: Data Definition Language (DDL) clauses 1 & Data Manipulation Language (DML) clauses
Markdown template (optional)
DataLab: Research design, EDA, and codebook
SQL: Data Query Language (DQL) clauses
SQL: Data Definition Language (DDL) clauses 2
DataLab: Database & SQL assignment
Ethics & Law (1): Introduction to DEDA Framework. Preparation for debates: Ethical Decision-Making.
DataLab: Debates: Ethical Decision-Making
Ethics & Law (2): Ethical Guidelines for Statistical Practice. Introduction to GDPR.
Ethics & Law (3): Preparation for debates: Can AI Systems Be Ethical?
DataLab: Debates: Can AI Systems Be Ethical?
Getting started with Power BI & Prepare data for analysis with Power BI
DataLab: Data wrangling & UX design in Power BI
Data visualization in Power BI
DataLab: Basic visuals & DAX in Power BI
Data analysis & Managing workspaces/datasets in Power BI
DataLab: Advanced visuals & Analyzing data in Power BI
Supervised and Unsupervised Learning
DataLab: Regression Algorithms
Introduction to Linear Algebra
DataLab: Implementing elementary operations on matrices using Python
Linear algebra applied to Linear Systems
DAY OFF: CHRISTMAS HOLIDAYS! :D
Linear Algebra and Linear models (least squares)
Because of the online teaching situation, we're forced to change our schedule around a bit. Datalab will still follow it's normal structure but we're going to use this Datalab day to make sure we have week 4 and 5 properly covered. Therefore, after the Q&A, we do our week 5 Math Datalab day and in the afternoon we will finish week 4's machine learning Datalab day for those who haven't finished it yet. Furthermore, from 10:00 till 16:00 we will have some brief one-on-one meetings to check everyone's progress where we'll ask you to show your learning log and project progress thus far. The schedule will therefore be as follows:
Matrix Factorization: PCA Algorithm
DataLab: Normal equations for linear regression
Matrix operations on images: Convolution & Kernels
Clustering: K-Means - Unsupervised Machine Learning
[Apply ML to Oosterhout]
[DataLab: Apply ML to Oosterhout]
[Prepare business case presentation]
[Prepare business case presentation]
[DataLab: Business case presentation]