diff --git a/README.md b/README.md
index 2a5beb7..8bdde6f 100644
--- a/README.md
+++ b/README.md
@@ -32,7 +32,7 @@ Indeed, this relay board was meant to be controled by sending very poorly design
 
 ## What I am planning to do :
 1. Reverse engineer the schematic of this board (because it is not available) (DONE !)
-    - The schematic is now available as a pdf file in the **schematic** folder
+    - The [schematic](/git/Th3maz1ng/TOSR-04/src/branch/master/schematic/TOSR-04.pdf) is now available as a pdf file in the **schematic** folder
 2. Find the best way to flash a custom firmware on the ATMEGA328PU (DONE !)
     - Check the section : **The best way to flash a firmware** section hereunder 
 3. Write a custom firmware for it (TO DO)
@@ -43,8 +43,8 @@ Indeed after looking at the reverse engineered schematic, the SPI pins needed fo
 Fortunately enough, the onboard FTDI seems to be connected with the DTR line which is connected through a capacitor to the ATMEGA's reset pin that is required by the Arduino bootloader.<br />
 I will test it this weekend and keep you informed.
 
-## But how to repurpose the removed ATMEGA328PU ?
-I will try to restore the chip to a factory state by programming it with a HVPP (High Voltage Parallel Programmer) in order to reset the fuse bytes as well if they are set of course ...<br />
+## Could the onboard ATMEGA be saved ?
+I will try to restore the chip to it's factory state by programming it with a HVPP (High Voltage Parallel Programmer) in order to reset the fuse bytes as well if they are set of course ...<br />
 If I succeed, I'll explain how I did it here.
 
 ## FAQ