Moved the outline to README.md

1-Setup.md

-# [IOC Deployment and Troubleshooting](Outline.md)
+# [IOC Deployment and Troubleshooting](README.md)
 
 ## 1 Setup
 

2-IOC-deployment.md

-# [IOC Deployment and Troubleshooting](Outline.md)
+# [IOC Deployment and Troubleshooting](README.md)
 
 ## 2 Deploy a new IOC
 

3-Add-simulated-motors.md

-# [IOC Deployment and Troubleshooting](Outline.md)
+# [IOC Deployment and Troubleshooting](README.md)
 
 ## 3 Add simulated motors to the IOC
 

4-Deploy-motorVMC.md

-# [IOC Deployment and Troubleshooting](Outline.md)
+# [IOC Deployment and Troubleshooting](README.md)
 
 ## 4 Deploy the motorVMC (Virtual Motor Controller) module
 

5-Add-virtual-motors.md

-# [IOC Deployment and Troubleshooting](Outline.md)
+# [IOC Deployment and Troubleshooting](README.md)
 
 ## 5 Add virtual motors to the IOC
 

6-asyn-troubleshooting.md

-# [IOC Deployment and Troubleshooting](Outline.md)
+# [IOC Deployment and Troubleshooting](README.md)
 
 ## 6 asyn troubleshooting
 
@@ -23,3 +23,5 @@ Do the following:
 #### 6.3.3 Run server-new-fw.py
 
 #### 6.3.4 Start the IOC
+
+## [The End](README.md)

README.md

@@ -2,6 +2,16 @@
 
 This repo contains instructions for Session 2 of the Practical Beamline Controls Training.
 
-The instructions assume the user is logged into an APS Linux computer.
+## Assumptions
 
-[Instructions](Instructions.md)
+* The instructions assume the user is logged into an APS-maintained Linux computer.
+* The APS-maintianed linux computer has access to /APSshare
+
+## Outline
+
+1. [Setup](1-Setup.md)
+2. [Deploy a new IOC](2-IOC-deployment.md)
+3. [Add simulated motors to the IOC](3-Add-simulated-motors.md)
+4. [Deploy the motorVMC (Virtual Motor Controller) module](4-Deploy-motorVMC.md)
+5. [Add virtual motors to the IOC](5-Add-virtual-motors.md)
+6. [asyn troubleshooting](6-asyn-troubleshooting.md)