Agile Project Management Facing The Challenges Of Distributed Development Using Agile

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    Agile Project Management Facing The Challenges Of Distributed Development Using Agile - Presentation Transcript

    1. Agile Project Management - Facing the Challenges of Distributed Development using Agile - Mayank Gupta
    2. Time for Introduction
      • Working w ith GlobalLogic India
      • Practicing Agile for last 3 years
      • Certified CSM, CSP, OCP and ISTQB professional
      • Published Articles in Scrum Alliance & CM Journal
      • Blog - http://thought-reader.blogspot.com/
    3. Agenda
      • Food for thought
      • Agile – Does it work?
      • Distributed Agile – Issues and success factors
      • Distributed Scrum styles
      • How to keep the rhythm
      • Engineering solutions
      • Examples and case studies
      • Questions
    4. Food for thought
      • The question isn’t whether Agile can be applied to Distributed projects or not
      • It’s more!
      • Can Distributed projects afford not to apply Agile practices?
    5. Agile – Does it work?
      • Everybody says that Agile works for ideal scenario
      • Small teams
      • Collocated teams
      • When customer is available to team all the time
      • What about real scenario?
      • Big teams
      • Globally distributed teams
      • Large projects
      • When real customer is not available to the team
    6. Distributed Agile
      • Large/distributed projects are very high risk
      • Standish chaos report
        • 31.1% projects get cancelled before they get completed
        • 52.7% projects get completed but cost almost double of their original estimates
        • 16.2% projects are completed on time on budget
      • Today's prevailing trend – geographical
      • diversification
      • Exponential Demand for complex functionality along with ease of use, scalability, reliability, and maintainability
    7. Issues in Distributed development
      • Strategic: Difficult leveraging available resources, best practices are often deemed proprietary, time consuming and difficult to maintain.
      • Project and process management: Difficulty synchronizing work between distributed sites.
      • Communication: Lack of effective communication mechanisms.
      • Cultural: Conflicting behaviors, processes, and technologies.
      • Technical: Incompatible data formats, schemas, and standards.
      • Security: Ensuring electronic transmission confidentiality and privacy.
      It is a communication problem
    8. Agile Values
      • We are uncovering better ways of developing software by doing it and helping others do it. Through this work we have come to value:
      • Individuals and interactions over processes and tools
      • Working software over comprehensive documentation
      • Customer collaboration over contract negotiation
      • Responding to change over following a plan
      • That is, while there is value in the items on the right, we value the items on the left more.
    9. Success Factors – Distributed Agile
      • Success of Distributed agile substantially depends on real-time collaboration
        • Avoid depending heavily on the use of E-mails for knowledge sharing!
        • Wiki and Collaboration systems gaining popularity
        • IM tools, NetMeeting, and video conferencing enable effective collaboration
      • Robust and Scalable engineering platform to enable:
        • Real-time Collaboration and transparency
        • Re-usability and Refactoring
        • Collective Code Ownership
        • Continuous Integration
        • ……… .etc.
    10. Distributed Scrum Styles
      • Type A: Isolated Scrums
      • Type B: Distributed Scrum of Scrums
      • Type C: Totally Integrated Scrums
      • Reference - Distributed Scrum: Agile Project Management with Outsourced Development Teams - By Jeff Sutherland, Anton Viktorov, Jack Blount
    11. How to keep the Rhythm
      • Daily Scrum Meeting
        • Adjust meeting time to meet all time zones
        • Write the answer of three scrum questions and distribute the answers by email before the Scrum meeting (overcomes language issues)
        • Local teams can have their separate standup meetings as well
        • Publish audio recording of meetings
        • Video conference between sites
      • Release/Sprint planning
        • Fly key people to one place (Release)
        • Share pictures of planning charts (Sprint)
        • All team members participating
        • Video conference between sites (Sprint)
      • Release/Sprint Review
        • One session for all teams
        • Web meeting application to share Demo and Presentation
        • All team members participating
        • Video conference between sites
    12. It is all about planning
      • Team Structure
        • Key challenge: process management, work synchronization
        • Cross functional teams at all locations
        • Scrum masters at all locations
        • Use scrum of Scrum (SoS)
        • If number of teams are more (more than 10), use Scrum of Scrum of Scrum (SoSoS )
        • Scrum Masters reporting daily to SoS and to SoSoS
      • Proxy product owners
        • Architects playing the role of proxy product owners
        • Link between product owner and delivery team
        • Break down User story into requirements
    13. It is all about planning (Cont…)
      • Identifying dependencies
        • Unified planning meeting after each sprint planning
        • Scrum masters meeting to resolve dependencies
      • New distributed scrum teams
        • New scrum teams for Documentation, Integration and Validation can be formed
        • Documentation team participation in all planning meetings
        • Integration scrum team responsible for nightly build and automatic installation, participate in SoSoS forum and part of all planning meetings
        • Scrum team “validation” taking care of test and validation of the Cross suite user scenarios & engaging real customer in validation process
    14. Use of Agile Methodology: Iterative Product Development & Incremental Releases Working Releases
    15. Work Organization: Sample success pattern
    16. Work Organization: Large Scale
    17. Creating an Integrated Tracker
      • Ability to properly derive test cases from raw requirements
      • All tasks need to be mapped, inter-linked, and driven by its priority
        • Writing use cases, test cases, code reviews, etc.
      • Requirement mapping also necessary for test results, defects, and code changes
    18. Processes - Continuous Integration
      • It is essential that code repository is centralized and unified tools are used
      • Automated Schedule builds – preferably daily
      • Build dashboard highlights failing builds which are resolved immediately.
      • Traceability to requirements to builds
    19. Sprint health check
      • Reference - Distributed Scrum: Agile Project Management with Outsourced Development Teams - By Jeff Sutherland, Anton Viktorov, Jack Blount
    20. High Visibility on Project Status - Metrics Test Cases Test Cases - Status
    21. Product Dashboard as Information Radiator
      • Distributed Agile needs a common view assembling product engineering processes together
      • A Product Dashboard provides a holistic view of lifecycle
        • Reconciles information from requirement management, test case management, issue tracking system, etc.
        • No manual consolidation of information
        • Provides great transparency from all perspectives
        • Real-time visibility into the progress
        • Role-based dashboard boosts productivity of the distributed product teams
    22. Video Conference
      • Biggest contributing factor in distributed development
      • Brings meaningful and effective communication
      • Better video conferencing tools would decrease the need of travelling
      • Use video conference for
        • Daily scrum meetings
        • Release planning meeting
        • Iteration planning meeting
        • Sprint Review
    23. Daily Scrum Meeting Audio Or/And Video Conference
    24. Case Studies
      • IDX (now GE Healthcare) – 567 developers, many locations
      • IDX Web Team Scrum 1996-2000
      • – Burlington, VT
      • – Boston
      • – Seattle
      • Factors accelerating the IDX hyperproductive Distributed Scrum
      • – Scrum organizational pattern
      • – Engineering practices
      • – Daily meeting of distributed team
      • – Tools (direct connection to Microsoft development)
      • SirsiDynix and StarSoft used Scrum in globally distributed environment
        • developing a Java application with over 1,000,000 lines of code.
        • a distributed team of 56 Scrum developers working from Provo, Utah; Waterloo, Canada; and St. Petersburg
        • At 15.3 function points per developer/month, this is one of the most productive projects ever documented.
    25. Case Study
      • ????
    26. Velocity Continuous Integration
    27. Velocity Continuous Integration
    28. Conclusion
      • Agile would help you to actually address the problems created by the distance instead of making them worse
      • It is extremely easy to integrate Scrum with XP practices even on large distributed teams.
      • Meaningful communication and collaboration are the key factors
      • One Scrum meeting a day is necessary which should include all team members across geographies.
      • This would improve productivity, reduce project risk, and enhance software quality.
    29. References
      • Distributed Scrum: Agile Project Management with Outsourced Development Teams
        • At Agile 2006 International conference
        • By Jeff Sutherland, Anton Viktorov, Jack Blount
    30. [email_address]

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