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Use Cases in the Fluid Project

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Presented by Allison Bloodworth & Erin Yu at the Spring 2008 JA-SIG uCamp on April 30, 2008

Presented by Allison Bloodworth & Erin Yu at the Spring 2008 JA-SIG uCamp on April 30, 2008

Published in: Technology, Business
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  • 1. Use cases in the Fluid Project Erin Yu, Interaction Designer, The Fluid Project Allison Bloodworth, Interaction Designer, The Fluid project
  • 2. Our Context - The Fluid Project  Very large scope - content management  Trying to design general components which will work across projects instead of for a specific context  Multiple teams in different locations with different levels of experience doing the work  Created our models in a distributed fashion
  • 3. User-centered design at Berkeley User research Modeling Requirements definition UI framework definition UI design Development support
  • 4. How do we define use cases?  High-level descriptions of how users: Currently use the system Need/want to use the system Their goals The context Gathered during user research
  • 5. Other definitions • "Use cases, stated simply, allow description of sequences of events that, taken together, lead to a system doing something useful.” - Bittner and Spence • • “A sequence of actions that takes place in a problem domain between a user and the system.” • - Menlo Institute
  • 6. Step 1: Research - Contextual Inquiries Interviewed & observed users in the context of their work Used focus structure document to guide each user visit Took detailed notes & photos Processed ‘raw’ notes into a more categorized & synthesized format
  • 7. Step 2: Deriving use cases Part of the Modeling phase Levels: Motivation, Goal, Need, Task Reviewed processed notes to find highlevel activities users are performing A use case is usually made up of smaller tasks Described each use case in a simple sentence (the “title”)
  • 8. Use case lessons learned Finding the appropriate granularity is hard Try not to define solutions Make them specific enough that you and the rest of the team can understand them later Tie them to user goals e.g.“Read course announcements,” “Collaboratively create a lab report with other students”
  • 9. Use case example  Use case title: Grade student assignments  Goal: Assess student’s understanding of course material and provide feedback 1. Collect student assignments 2. Review and mark up each assignment 3. Enter grades in Gradebook
  • 10. Step 3: Creating post-it notes Use case ‘title’ in big letters MB Upload marked Colored dots represented the user role assignments Different color post-it notes represented current vs. future use cases Users’ initials in small letters
  • 11. Step 4: Affinity diagramming Grouped use cases based on similarity or relatedness Similar to card sorting Because we had so many use cases, we came up with categories as an initial organizing scheme e.g. Authoring, Presentation, File Organization, Communication Placed post-it notes onto category sheets
  • 12. Step 5: Affinity diagramming Placed duplicates on top of each other Found patterns Within each category, we organized post-it notes into groups Named the groups
  • 13. Step 6: Use-case frequency matrix Instructors Undergrad Grad Tas/GSIs X X X X X X X X X X X X X X X Instructional Support Staff Use cases Presentation & Access Share Share articles w/ friends (RSS feeds) Share teaching materials with other teachers X Share content with everyone on instructional support st Share notes with friends Share powerpoint slides Share current even articles with students in real time Allow students to see other student's assignments Read/View Read manual with instructions for a lab Read course articles & reading online View video lectures sync'd with slides Review webcast of class Read course books & readings (offline) Subscribe to RSS feeds Get general course information Refer to syllabus Sort Sort announcements
  • 14. Frequency Step 7: Priority matrix Importance
  • 15. Step 8: Activity Diagrams
  • 16. Step 9: Requirements Definition Use matrices to prioritize use cases Are there frequent/important use cases that can be addressed by Fluid components? Is there overlap between frequent/ important use cases & pain points found in an earlier analysis? Validate choice of some upcoming Fluid components Fill in roadmap for future Fluid components
  • 17. Next steps  User research  Modeling  Requirements definition UI framework definition UI design Development support

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