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@@ -84,8 +84,9 @@ For developer installation, download the repository, navigate to the folder loca
 How to Get Started
 ===================
 
-After you have installed PV ICE, we recommend heading over to our tutorials jupyter journals (PV ICE \ docs \ tutorials). There you will find journals ["0 - quick start Example"](https://github.com/NREL/PV_ICE/blob/development/docs/tutorials/0%20-%20quickStart%20Example.ipynb) and ["1 - Beginner Example"](https://github.com/NREL/PV_ICE/blob/development/docs/tutorials/1%20-%20Beginner%20Example.ipynb) which can help guide you through your first simulation using the PV ICE provided crystalline silicon PV baselines. In journals 2-4 we walk you through modifications to the basic simulation, including modifying parameters with PV ICE functions to suit your analysis needs.
+A training video is available from the ["2nd PV Circularity Workshop Proceedings training"](https://tiny.url/2ndPVCircTrainingPVICE)
 
+Alternatively, after you have installed PV ICE, we recommend heading over to our tutorials jupyter journals (PV ICE \ docs \ tutorials). There you will find journals ["0 - quick start Example"](https://github.com/NREL/PV_ICE/blob/development/docs/tutorials/0%20-%20quickStart%20Example.ipynb) and ["1 - Beginner Example"](https://github.com/NREL/PV_ICE/blob/development/docs/tutorials/1%20-%20Beginner%20Example.ipynb) which can help guide you through your first simulation using the PV ICE provided crystalline silicon PV baselines. In journals 2-4 we walk you through modifications to the basic simulation, including modifying parameters with PV ICE functions to suit your analysis needs.
 
 Some Analyses Featuring/Leveraging PV ICE
 ==========================================