Developing Mobile Apps at the University of Michigan Medical School

Agenda• Mobile Devices in the Health System• What kinds of mobile apps being developed?• Mobile Apps from UMMS/UMHS• Supporting App Development• Engagement 2

Mobile Devices within UMHS Exchange & BES July 2011 March 2012iPhone/iPad 2,009 iPhone/iPad 6253 Android 1,076 Android 2736Blackberry 999 Blackberry 872 total 4,084 total 9,861 3

Mobile Device Deployments• 200 iPads purchased by Anesthesiology for faculty and residents (clinical web app and education resources)• iPad pilot with Neurosurgery Department (30 devices). Access to Centricity Nursing via Citrix client app.• M1/M2 students arriving at UMMS with iPads and are asking for education resources to be delivered in a mobile friendly format• Installed base of Blackberry devices continues to be a challenge when developing mobile apps - especially web-based apps 4

Types of Mobile Applications 5

Mobile Applications native app vs. web app Native Applications Web Applications local applications web server-based application no network required requires network connection Objective C, JAVA, (JavaScript**) HTML5, PHP, jQuery Mobile can access all features of device. e.g. limited access to devicelocation services, notification services features (** this is changing) app performance is critical - 3D for access to server-based Visualization, Gaming data within an enterpriseSeparate app must be developed for single app supports must each platform - iOS, Android, Blackberry, platforms - iOS, Android, Blackberry, Windows, Nokia Windows, Nokia Must deliver to separate Stores Available to all platforms* Updates delivered from one Updates required for all versions location to all platforms* 6

Administrative applications 7

Faculty Development News & Events • Delivers News, Events, Resources • Supports registration, Mailing list signup • Backend database administration • Web application • Developed by Office of Enabling Technologies, MSIS 8

• Co-Developed by two MSIS units:M.D.Stat+ Application & Information Services and Office of Enabling Technologies • Thin native IOS app for iPhone/iPad • Local Notifications of status changes 675 385 9

Orange Card Replacement 10

Orange Card Replacement• Released web application (http://umhscme.com) utilizing mobile-aware CSS• Developed by Application & Information Services, a unit of MSIS 11

Education applications 12

Second Look Series• Mobile app displays convert- ed Powerpoint slide decks.• Native app for Tablets: - iOS & Android• In-app purchase of additional slide decks.• Developed by Office of Enabling Technologies, a unit of MSIS 13

317 Heart Sound Challenge• Developed by Instructional MultiMedia & Design, a unit of MSIS• Released IOS app for iPhone/iPad• Learn more: http://umhsheadlines.org/01/mobile-app-makes-learning-heart-sounds-easier/ 14

3D Woodson• New 3D technology brings Woodson, a long-time Mott supporter, to life in new hospital lobby – http://www.uofmhealth.org/news/3d-woodson-app-1031• Bully Entertainment – http://www.bullyentertainment.com 15

Michigan Barrett’s Esophagus pREdiction Tool (M-BERET)• Mobile-friendly web application using jQuery-Mobile• Under development by Office of Enabling Technologies, a unit of MSIS, to support a research paper submission by a faculty member. 16

Clinical application examples 17

MySkinCheck• Developed for the UMHS Destinations Program by Office of Enabling Technologies, a unit of MSIS• First Release for iPhone/iPad, then for Android 18

Anesthesiology iPad Deployment RiskWatchLive integrated displayand alert system forpatients being monitoredin the OR, PACU &critical care units• Over 100 iPads deployed to residents and interns• Teaching materials installed or available online• Access to online clinical applications using Citrix terminal app.• Learn more: http ://umhsheadlines.org/10/ipad-brings-mobility-and-portability-to-department-of-anesthesiology-func / 19

NeuroSurgery iPad Pilot Receiver• Citrix Receiver on iPad to access core clinical online applications• Health System IT Pilot 20

Do you have an app idea?Supporting Mobile App Development 21

Supporting Mobile App Development• Provide a roadmap for design, development and release of a mobile app – Design and idea brainstorming • what delivery platforms? • what type of app should be developed? – Web App, Native App, E-Book – Provide design consulting to build out the complete design. – Identify development resources for a project (internal and contract) – Help with packaging/marketing and deployment• GitHub repository of shared code• Dashboard of mobile app development• Adhoc app deployment support for testing 22

Mobile Application Development Roadmap 23

Development EnvironmentsNative Apps Development•iOS - Objective C/XCode http://developer.apple.com/devcenter/ios/•Android - JAVA/Eclipse http://developer.android.com/sdk•Windows/ Nokiahttp://www.developer.nokia.com/Develop/Windows_Phone/•Blackberry JAM - JAVA http://us.blackberry.com/developers/Cross-platform Development•Appcelerator/Titanium http://appcelerator.com•PhoneGap http://phonegap.com•Sencha Touch http://sencha.com 29

Fostering the Community• GitHub repository of shared code• Dashboard of mobile app development• Monthly Developer meetings• Meeting with ITS Mobile team every month• Participating in MCIT Mobile Device Support Working Group 30

Of e f nb g eho g s f o E al Tcnl ie ic in oMd aShoIf mt n yt s eicl colno a Ss m r io e Laurence Kirchmeier Technologist & Mobile Apps Development Lead laurie@umich.edu (734) 926-5025 For More Information http://sitemaker.umich.edu/enablingtech/mobile_applicatio 31

Developing Mobile Apps at the University of Michigan Medical School

by University of Michigan Medical School

Accessibility

Categories

Upload Details

Usage Rights

2 Embeds 361

Statistics

Developing Mobile Apps at the University of Michigan Medical School Presentation Transcript

http://unjobs.org	360
http://users.unjobs.org	1