diff --git a/electronics/pcbfabrication.md b/electronics/pcbfabrication.md
index 67141b3..6df428b 100644
--- a/electronics/pcbfabrication.md
+++ b/electronics/pcbfabrication.md
@@ -4,9 +4,9 @@
 
 ___
 
-1. [Preparing transparencies (KiCad)](electronics/pcbfabrication/transparencies)
-1. [Applying and exposing the photoresist dry film](electronics/pcbfabrication/applyphotoresist)
-1. [Etching the board](electronics/pcbfabrication/etching)
-1. [Removing the photoresist film](electronics/pcbfabrication/removephotoresist)
-1. [Applying and exposing a solder mask](electronics/pcbfabrication/soldermask) (optional)
-1. [Drilling through-hole components using a CNC machine](electronics/pcbfabrication/drilling) (optional)
\ No newline at end of file
+1. [Preparing transparencies (KiCad)](pcbfabrication/transparencies)
+1. [Applying and exposing the photoresist dry film](pcbfabrication/applyphotoresist)
+1. [Etching the board](pcbfabrication/etching)
+1. [Removing the photoresist film](pcbfabrication/removephotoresist)
+1. [Applying and exposing a solder mask](pcbfabrication/soldermask) (optional)
+1. [Drilling through-hole components using a CNC machine](pcbfabrication/drilling) (optional)
\ No newline at end of file
diff --git a/electronics/pcbfabrication/applyphotoresist.md b/electronics/pcbfabrication/applyphotoresist.md
index 5aed985..c458309 100644
--- a/electronics/pcbfabrication/applyphotoresist.md
+++ b/electronics/pcbfabrication/applyphotoresist.md
@@ -6,7 +6,7 @@ ___
 
 **Prerequisites**
 
-* [Copper layer printed on a transparency](/electronics/electronics/pcbfabrication/transparencies)
+* [Copper layer printed on a transparency](transparencies)
 * [Laminator](/electronics/bom#hardware_laminator)
 * [Circuit board](/electronics/bom#consumables_circuit-board)
 * [Photosensitive film](/electronics/bom#consumables_photosensitive-film)
@@ -61,6 +61,6 @@ Check your board under a microscope. Anywhere there is bare copper will be etche
 It is not uncommon to find bits of undissolved film remaining. You can do small corrections with a knife. If there is too much film to cut away, you could try putting it back in the developer a bit longer. If that doesn't help, or if the film has become loose in places where you don't want it to, it's probably best to start over. The good news is that this is relatively easy to do at this point:
 
 1. Skip the etching step for now
-1. [Remove the photoresist film](/electronics/electronics/pcbfabrication/removephotoresist)
+1. [Remove the photoresist film](removephotoresist)
 1. Tweak any settings (exposure time and/or intensity) if necessary
 1. Start over by cleaning the board and applying new film
\ No newline at end of file
diff --git a/electronics/pcbfabrication/etching.md b/electronics/pcbfabrication/etching.md
index cb563fc..bd99128 100644
--- a/electronics/pcbfabrication/etching.md
+++ b/electronics/pcbfabrication/etching.md
@@ -6,7 +6,7 @@ ___
 
 **Prerequisites**
 
-* [Copper board with photoresist applied](/electronics/electronics/pcbfabrication/applyphotoresist)
+* [Copper board with photoresist applied](applyphotoresist)
 * [Ferric chloride](/electronics/bom#chemicals_ferric-chloride)
 * Sponge or brush
 * Gloves