S1:-Tools-I.md

@@ -62,7 +62,7 @@ In this **course** we will use **Github**
 
 ### Playing with repositories
 
-Just to get familiar with Gitlab, Let's see some repositories. Click on the [this repo](https://github.com/Obijuan/3D-parts) with 3D-parts. This is the one a colleague of mine uses for sharing all his **3D printable designs**. Anyone can download them, and print them.
+Just to get familiar with Github, Let's see some repositories. Click on the [this repo](https://github.com/Obijuan/3D-parts) with 3D-parts. This is the one a colleague of mine uses for sharing all his **3D printable designs**. Anyone can download them, and print them.
 
 ![](https://github.com/myTeachingURJC/2019-2020-CSAAI/raw/master/L01/github-02.gif)
 
@@ -431,18 +431,18 @@ The only way of **mastering** something is practicing, practicing and practicing
 * Add some **comments**.
 * Make sure you get a **green tick**.
 * **Run** the program.
-* **Upload** the changes to your gitlab repo.
+* **Upload** the changes to your Github repo.
 
 ### Ex-2: count.py
 
 * In your project create a **new folder** called: **S01**.
 * Inside this new folder, code a python script called **count.py** that prints the number from 1 to 20.
-* **Upload** that new file in your gitlab repo.
+* **Upload** that new file in your Github repo.
 
 ### Ex-3: sum20.py
 
 * Within the same folder, code a script called **sum20.py** for calculating the sum of the first 20 integer numbers (1+2+3+...+20). The result should be printed out.
-* Upload that file in your gitlab repo.
+* Upload that file in your Github repo.
 
 # END of the session