ROLE: UX Designer, Visual Designer
I participated in a team in the complete product development lifecycle, extracted complex concepts and quickly turned around rigorous flows and mockups reflecting a range of options. The application is hands-on from start to a successfully launched application.
Summary
TechReady is a semi-annual internal technical conference for Microsoft employees. The Exhibition of Excellence showcases and celebrates hard work, best-in-class examples, and the successes that Microsoft has had with customers and partners all over the world. This application is for showcasing TechReady competition finalist projects on multi-touch displays with a uniquely memorable interactive experience.
Time: 5 Weeks, June to July 2014
Wireframes
Because the attendees of the Microsoft TechReady event are from all over the world, our team reached the consensus right away in the kick-off meeting to have a geographical display for browsing worldwide Microsoft projects.
The app has two entry points, browsing by country or by categories, to start browsing various projects. The map’s interface approach resonates with the global audience attending the event. Users can easily point to the country from which the projects came.
When users touch a pin on the map, the carousel will position to the respective Techready19 competition submission.
Interaction Design
The developer and I were collaboratively sketching, erasing and sketching again quickly while walking through the interaction flow.
The rapid whiteboard prototyping fostered our collaboration and was valuable in eliciting feedback to insure that our design would have a solid technical groundwork.
Our discussion included using an asset flow showing project cards as opposed to an asset grid, after users tap “Browsing by Map” or “Browsing by Project Categories” which connected the users to a database so that they could find the project they wanted to view.
Interaction Flow
Final Design
Welcome Screen with loop video invites attendees to touch the screen
If users touch a pin on the map, the carousel will position to the respective submission.
When users scroll the carousel, the country name in the bread crumbs is highlighted.
Users are able to browse through the thumbnails by simply scrolling the asset flow and the asset in focus (in the middle of the display) to populate the pop-up detailed content page.
Browsing the manual
Take notes
Results
Two 55" PPIs (Multi-touch displays) were placed on the sides of the large printed in the main lobby. This allowed visitors not only to view the printed content on the massive wall but
also to engage with the touch screens on the sides. There was no extra marketing or media used to drive people here. Instead, the app itself used the attraction loop video and invited
attendees to touch the screen. The location and attract loop generated a phenomenal touch total: 1557 clicks over the week of the event.
What I have learned
Importance of Call to Action Design
Displays and touchscreens were not very noticeable by themselves. There were still some conference attendees walking by the devices without knowing it has interactivity.
Thus, in the call to action design, idle messages and enticing ambience are what the team should continue paying attention to in order to ensure user interaction
The difference between design on a mobile touch device and a large touch device
The same basic design principles apply whether it is a tablet, smartphone or a large touchscreen. However, the design differences among these devices are the user context and the type
of gestures a user can use, such as swiping and using the whole hand. For example, tapping is a familiar experience on mobile touch screen but the same design won’t bring much engagement
on a large display with a crowd.
Effectively combining interesting interaction with a learnable interface is the challenge of this project. Also, unlike designing a mobile app, designer
can't get any sense of scale when designing a large format interface on a smaller screen. It is impossible to design without having the physical hardware to test against.