diff --git a/minutes/thesis_structure_meeting_13JAN2012.txt b/minutes/thesis_structure_meeting_13JAN2012.txt
index ba51986..8426caf 100644
--- a/minutes/thesis_structure_meeting_13JAN2012.txt
+++ b/minutes/thesis_structure_meeting_13JAN2012.txt
@@ -2,7 +2,7 @@
 Thesis Structure Meeting -- Failure Mode Modular De-Composition
 
 The meeting decided that the thesis should comprise of
-seven chapeters with the following subject areas.
+seven chapters with the following subject areas:
 
 1.	Introduction - overview of the subject area
 
@@ -15,21 +15,21 @@ seven chapeters with the following subject areas.
 	* Hierarchical modelling - functional groups --> derived components etc
 	* Symptom extraction process
 	* Unitary State failure modes -- only one failure mode may be active at 
-          a given time in a component -- definition.
+          a given time in a component -- definition 
 
-5.	Examples for various levels of problems, 
+5.	Examples for various levels of problems 
 
-	* using examples set by C Garrett, 
+	* using examples set by C Garrett
         * the PT100 temperature sensing circuit (double failures analysed)
-	* A larger complete electronics example (possible an anbalog PID controller)
+	* A larger complete electronics example (possibly an analog PID controller)
 
 6.	Evaluation of FMMD
 
-	* Unitary State failure modes.
+	* Unitary State failure modes 
 	* Complexity Comparison
-	* Problems in modelling for FMMD.
+	* Problems in modelling for FMMD 
 
-7.	Conclusion and further work.
+7.	Conclusion and further work 
 
 	* Software modelled in terms of failure modes - follow contract programming paradigm
         * Hardware modelled in terms of failure modes (perhaps look at a servo motor, linkage, gearbox motor etc).