https://speakerdeck.com/andrewdenty 2017-12-03 07:05:30 -0500 Design systems help us design consistent, joined up experiences across different products and platforms. With many designers working across a company, how do you easily share your design system so they’re each working with the latest version and not duplicating work? This session is a case study aiming to give an overview of how we have used our design system, Honeycomb. Most talks on design systems focus on building a web toolkit, or library, with a bunch of developer ready components. But I want to show how we have created a number of resources for designers to speed up how they create designs before they hand over to developers. We have used tools such as Sketch and Brand AI to build a library of components, which makes it really easy to create and change mockups. We typically use these mockups to test designs with end users before building. Design systems help us design consistent, joined up experiences across different products and platforms. With many designers working across a company, how do you easily share your design system so they’re each working with the latest version and not duplicating work? This session is a case study aiming to give an overview of how we have used our design system, Honeycomb. Most talks on design systems focus on building a web toolkit, or library, with a bunch of developer ready components. But I want to show how we have created a number of resources for designers to speed up how they create designs before they hand over to developers. We have used tools such as Sketch and Brand AI to build a library of components, which makes it really easy to create and change mockups. We typically use these mockups to test designs with end users before building. Fri, 08 Sep 2017 00:00:00 -0400 https://speakerdeck.com/andrewdenty/the-road-to-faster-mock-ups-how-we-built-and-shared-our-design-system-ux-cambridge-2017 https://speakerdeck.com/andrewdenty/the-road-to-faster-mock-ups-how-we-built-and-shared-our-design-system-ux-cambridge-2017