![](https://www.melissacameron.net/blog/wp-content/uploads/2018/04/1400MCameron_ResistChainRoloSml-4_2017-600x401.jpg)
Come hang out and do some Liquid Enamel for Steel and Copper with me at Pratt in Seattle this weekend! Why? Because enamel on steel is a unique process in the enamel world, and I’m not bad at it – see above* – and, because opportunities to come spend time playing with me in the mighty USA are quickly running out.
I already put this news out on the socials (look at me, writing like the kids talk), so apologies for the duplication, and also I’m sorry if this is brand new to you, (it may not be the most sympathetic forum to tell y’all) but… We’re moving back to Australia in October.
Which makes this the second last opportunity that US folk have to join in a workshop with me while I’m still a full-time resident. I absolutely intend to come back and visit everyone, but getting working visas and employment authorization have only become more difficult the longer I have lived here, so who knows when I’ll be able to do this again.
The final weekend workshop I have scheduled is on the weekend of the 16th-17th of June at Danaca Design in the U district of Seattle. There we’re going to concentrate on Enameling Recycled Steel for Jewelry. That class will be some of the same, but also a little different since we’re going to walk the neighbourhood to find some of our materials on the street – basically duplicating how I tend to live my life. I’ve been working up the courage to take this risk with a whole class for a while, so I hope I’ll have a few courageous souls who’ll be interested in trying it out with me 😉
But same goes for this weekend! If you’re in the area and have ever thought “Hmm, an enamel class sounds good, but I have to do my Spring cleaning – I’ll get the next one”, maybe… you know..
*Enameling and firing steel chain has some quirks, so there’s a few tricks and tips that I’ve figured out in my practice that I’ll be sharing. And of course it comes along with all the usual info, much of which crosses over into all forms of enameling.