diff --git a/subjects/ascii-art-reverse.en.md b/subjects/ascii-art-reverse.en.md
index a9568fa21..868abc574 100644
--- a/subjects/ascii-art-reverse.en.md
+++ b/subjects/ascii-art-reverse.en.md
@@ -2,26 +2,26 @@
 
 ### Objectives
 
-Ascii-art-reverse consists on reversing the process, convertin the graphic representation into a text.
+Ascii-art-reverse consists on reversing the process, converting the graphic representation into a text.
 
-- You will have to create a `txt` file with a graphic representation of a random phrase;
-- The program will have **one** argument being the name of the file created;
+- You will have to create a text file with a graphic representation of a random phrase.
+- The program will have **one** argument being the name of the file created.
 - The program must print this phrase in **normal text**.
 
 This project will help you learn about :
 
-- Client utilities;
-- The go file system(**fs**) API;
-- Ways to receive data;
-- Ways to output data;
-- Manipulation of strings;
+- Client utilities.
+- The Go file system(**fs**) API.
+- Ways to receive data.
+- Ways to output data.
+- Manipulation of strings.
 - Manipulation of structures.
 
 ### Instructions
 
-- Your project must be written in **GO**;
-- The code must respect the **good practices**;
-- It is recommended that the code should present a **test file**;
+- Your project must be written in **Go**.
+- The code must respect the **good practices**.
+- It is recommended that the code should present a **test file**.
 
 ### Usage
 
diff --git a/subjects/ascii-art.en.md b/subjects/ascii-art.en.md
index abd5a5936..d0c56004e 100644
--- a/subjects/ascii-art.en.md
+++ b/subjects/ascii-art.en.md
@@ -2,22 +2,22 @@
 
 ### Objectives
 
-Ascii-art consists on receiving a `string` has an argument and outputing the `string` in a graphic representation of ascii letters and numbers.
+Ascii-art consists on receiving a `string` has an argument and outputing the `string` in a graphic representation of ASCII letters and numbers.
 
 This project will help you learn about :
 
-- Client utilities;
-- The go file system(**fs**) API;
-- Ways to receive data;
-- Ways to output data;
-- Manipulation of strings;
+- Client utilities.
+- The Go file system(**fs**) API.
+- Ways to receive data.
+- Ways to output data.
+- Manipulation of strings.
 - Manipulation of structures.
 
 ### Instructions
 
-- Your project must be written in **GO**;
-- The code must respect the **good practices**;
-- It is recommended that the code should present a **test file**;
+- Your project must be written in **Go**.
+- The code must respect the **good practices**.
+- It is recommended that the code should present a **test file**.
 - It will be given a `banner` file with a specific graphical template representation of ascii letters and numbers.
 
 ### Usage
diff --git a/subjects/ascii-color.en.md b/subjects/ascii-color.en.md
index 01c6a1a4e..7dd592384 100644
--- a/subjects/ascii-color.en.md
+++ b/subjects/ascii-color.en.md
@@ -2,25 +2,25 @@
 
 ### Objectives
 
-Ascii-art-color consists on receiving a `string` has an argument and outputing the `string` in a graphic representation of ascii letters and numbers but with colors.
+You must follow the same [instructions](https://github.com/01-edu/public/ascii-art.en.md) as the first subject but with colors.
 
-- The output should manipulate colors using **flags**, `-c=<color>`, in which `-c` is the flag and `<color>` is the color of choice;
-- You should be able to specify which letter you want to be colored (use your imagination for this one);
-- If the letter isn't specified, the whole phrase should be colored;
+- The output should manipulate colors using **flags**, `-c=<color>`, in which `-c` is the flag and `<color>` is the color of choice.
+- You should be able to specify which letter you want to be colored (use your imagination for this one).
+- If the letter isn't specified, the whole phrase should be colored.
 
 This project will help you learn about :
 
-- Client utilities;
-- The go file system(**fs**) API;
-- Ways to receive data;
-- Ways to output data;
-- Manipulation of strings;
-- Manipulation of colors o the terminal;
+- Client utilities.
+- The Go file system(**fs**) API.
+- Ways to receive data.
+- Ways to output data.
+- Manipulation of strings.
+- Manipulation of colors on the terminal.
 - Manipulation of structures.
 
 ### Instructions
 
-- Your project must be written in **GO**;
-- The code must respect the **good practices**;
-- It is recommended that the code should present a **test file**;
+- Your project must be written in **Go**.
+- The code must respect the **good practices**.
+- It is recommended that the code should present a **test file**.
 - You may use the same `banner` file.
diff --git a/subjects/ascii-fs.en.md b/subjects/ascii-fs.en.md
index 891a82d30..464e0fa77 100644
--- a/subjects/ascii-fs.en.md
+++ b/subjects/ascii-fs.en.md
@@ -2,23 +2,22 @@
 
 ### Objectives
 
-Ascii-art-fs consists on receiving two `strings` has arguments. The first string being a random phrase and the second string being the template for the graphic representation in ascii of the first argument.
+You must follow the same [instructions](https://github.com/01-edu/public/ascii-art.en.md) as the first subject but the second argument must be the name of the template.
 
 This project will help you learn about :
 
-- Client utilities;
-- The go file system(**fs**) API;
-- Ways to receive data;
-- Ways to output data;
-- Manipulation of strings;
+- Client utilities.
+- The Go file system(**fs**) API.
+- Ways to receive data.
+- Ways to output data.
+- Manipulation of strings.
 - Manipulation of structures.
 
 ### Instructions
 
-- Your project must be written in **GO**;
-- The code must respect the **good practices**;
-- It is recommended that the code should present a **test file**;
-- You should build your own files with the templates you desire.
+- Your project must be written in **Go**.
+- The code must respect the **good practices**.
+- It is recommended that the code should present a **test file**.
 
 ### Usage
 
diff --git a/subjects/ascii-justify.en.md b/subjects/ascii-justify.en.md
index 5e6294122..35f5d754d 100644
--- a/subjects/ascii-justify.en.md
+++ b/subjects/ascii-justify.en.md
@@ -2,7 +2,7 @@
 
 ### Objectives
 
-Ascii-art-justify consistes one receiving two `string` has arguments and outputing the `string` in a graphic representation of ascii letters and numbers. This representation should be formated using the second argument, that can be:
+You must follow the same [instructions](https://github.com/01-edu/public/ascii-art.en.md) as the first subject but the representation should be formated using the second argument, that can be:
 
 - center
 - justify
@@ -11,18 +11,18 @@ Ascii-art-justify consistes one receiving two `string` has arguments and outputi
 
 This project will help you learn about :
 
-- Client utilities;
-- The go file system(**fs**) API;
-- Ways to receive data;
-- Ways to output data;
-- Manipulation of strings;
+- Client utilities.
+- The Go file system(**fs**) API.
+- Ways to receive data.
+- Ways to output data.
+- Manipulation of strings.
 - Manipulation of structures.
 
 ### Instructions
 
-- Your project must be written in **GO**;
-- The code must respect the **good practices**;
-- It is recommended that the code should present a **test file**;
+- Your project must be written in **Go**.
+- The code must respect the **good practices**.
+- It is recommended that the code should present a **test file**.
 - You should build your one files with the templates you desire.
 
 ### Usage
diff --git a/subjects/ascii-output.en.md b/subjects/ascii-output.en.md
index a339cd122..e3adbe5fb 100644
--- a/subjects/ascii-output.en.md
+++ b/subjects/ascii-output.en.md
@@ -2,25 +2,25 @@
 
 ### Objectives
 
-Ascii-art-output consists on receiving two `strings`. The first argument will be converted into a graphic representation of ascii letters and numbers and written into a file named by using the second argument.
+Ascii-art-output consists on receiving two strings. The first argument will be converted into a graphic representation of ASCII letters and numbers and written into a file named by using the second argument.
 
 - In case the second argument is not present it should print the graphic representation.
 
 This project will help you learn about :
 
-- Client utilities;
-- The go file system(**fs**) API;
-- Ways to receive data;
-- Ways to output data;
-- Manipulation of strings;
-- Learrning about the choice of outputs;
+- Client utilities.
+- The Go file system(**fs**) API.
+- Ways to receive data.
+- Ways to output data.
+- Manipulation of strings.
+- Learning about the choice of outputs.
 - Manipulation of structures.
 
 ### Instructions
 
-- Your project must be written in **GO**;
-- The code must respect the **good practices**;
-- It is recommended that the code should present a **test file**;
+- Your project must be written in **Go**.
+- The code must respect the **good practices**.
+- It is recommended that the code should present a **test file**.
 - You may use the same `banner` file.
 
 ### Usage