Update docs/assignments/week08.md, docs/images/week8/Untitled design (2).jpg,...

Update docs/assignments/week08.md, docs/images/week8/Untitled design (2).jpg, docs/images/week8/ezgif.com-resize (1).gif

docs/assignments/week08.md

@@ -60,18 +60,30 @@ When using flexinol, you need to decide on the shape you want it to have initial
 We decided to explore the use of Canadian smock for our actuator experiment. To achieve this, we incorporated flexinol wire into a wave pattern, replacing the knots. When heated, the fabric would fold into the characteristic smock shape. We prepared the flexinol wire in a coiled or spring shape, enabling it to contract when heated. Below, you can observe an example of the initial fold of the smock (powered by a 9V battery).
 
 So here its working! :) 
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+
 ![](../images/week8/ezgif.com-optimize.gif)
 
 
 
 
-Using this step-by-step [Crane](http://highlowtech.org/?p=1448) tutorial I created a flapping hand
+Using this step-by-step [Crane](http://highlowtech.org/?p=1448) tutorial I created a flapping hand Hi-Hand
 
 ![](../images/week8/crane.jpg)
 
+## process of the "Hi-Hand"
 
-[SMA Smocking workshop gallery](https://www.flickr.com/photos/plusea/sets/72157646492821442/)
+I was inspired by this Flapping Crane and came to the idea of a rising hand. I prepared the flexinol - which means "trained" it with fire, the same process like for previous Canadian Smock. The result was not amazaing as I wanted as I needed to put the flexinol in the fingers as well in order for it to raise fully. So here are the images and video. 
+
+![](../images/week8/Untitled design (2).jpg)
 
+Here is a small video: 
+
+![](../images/week8/ezgif.com-resize (1).gif)
+
+
+[SMA Smocking workshop gallery](https://www.flickr.com/photos/plusea/sets/72157646492821442/)
 
+It was a great week of learning new magical tool. Thank you for your attention!