Agile And Scrum

Critical Success Factors in Scrum an Lean Management

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Agile And Scrum 저자: Mind Map: Agile And Scrum

1. 7 Key Principles of Lean Software Development

2. Fundamentals

2.1. Agile and Lean Values and Principles

2.1.1. Agile Manifesto

2.1.1.1. Manifesto

2.1.1.2. 12 Principles of Agile Software

2.1.2. Declaration of Interdependency (DOI)

2.1.3. Use physical boards in small teams

2.2. Tool Support

2.2.1. Use electronical tools in large and distributed projects

2.2.1.1. Pivotal Tracker

2.2.1.2. Target Process

2.2.1.3. Jira / Greenhopper

2.2.1.4. Version One

2.2.1.5. Rally

2.2.1.6. etc..

2.2.1.7. Rational Team Concert

2.3. Self-Organisation

3. Agile Specification

3.1. Single Product Owner for Development Team

3.2. Structure Complex Products by Themes

3.3. Determine Business Value on Themes and Epics

3.4. Prioritize Backlog

3.5. Breakdown High Priority User Stories

3.6. Estimate High Priority User Stories

3.7. Specify Aceptance Criteria of User Stories if PO is not full time available

3.8. Specify Non Functional Requirements to minimize technical debt

3.9. New node

4. High-Performance Teams

4.1. Team norming

4.1.1. Build Cross-Functional Teams

4.1.2. Limit Teams to 7 (+-2) Persons

4.1.3. Evolve Team Rules

4.1.4. Set Purpose of the Team

4.2. Stand-up Communication

4.2.1. Faciliate Communication between Team Members

4.2.2. Focus on Impediments and Team Issues

4.2.3. ScrumMaster is responsible for effectivness

4.3. Work environment

4.3.1. Give team members space to learn

4.4. Mentor new Team Members

5. Huhu!!!! Was'n das hier???

6. Strive for Technical Excellence

6.1. Avoid technical debt and maintain non-functional requirements

6.2. Use continuous integration and continuous staging to avoid late integration failures

6.3. Use test driven development to enable regression tests

7. New idea for SCRUM

7.1. yes

8. Continuous Learning / Improvement (Kaizen)

8.1. Control if last action items have been implemented

8.2. Retrospectives

8.2.1. Retrospect in short cycles (4-6 Weeks)

8.2.2. Inspect Development Process and Deliverables

8.2.3. Focus on identifying 3 action items for next development period

8.2.4. Ask team if time is well invested

8.2.4.1. Method: ROTI

8.2.5. Vary methods of investigation

8.3. Process Improvement

8.3.1. Balancing idealism and pragmatism

8.3.2. Use WIP-Limits to identify process weaknesses

8.4. Peer work

8.4.1. Pursue peer design

8.4.2. Pursue peer programming

8.4.3. Pursue peer reviews

9. Integrated Quality

9.1. Maintain Integrity

9.2. Specify and control Non-Functional Requirements

9.2.1. Performance Tests

9.2.2. Code Reviews

9.3. Continuous Refactoring

9.4. Perform Regression-Tests

9.5. Continuous Integration and Staging

9.6. Run code inspections and peer reviews

9.7. Use collective code ownership

10. Waste Aversion

10.1. Avoid or prepare Meetings

10.2. Keep Managers away from development team

10.3. Avoid Task Switching

10.3.1. Assign People to single Projects

10.3.2. Use WIP-Limits

10.4. Avoid and/or remove "Low Priority" Features

10.5. Avoid "unready" work

10.6. Avoid Bottlenecks and Delays in development process

10.7. Keep things as simple as possible

10.8. Remove unnecessary processes

11. Deliver Fast

11.1. tbd

12. Manage Complexity

12.1. Breakdown work into small concrete deliverables

12.2. Split projects into smaller releases with high customer value

12.3. Split schedule into small iterations as team syncpoints

12.4. Split your organisation and large projects into small cross functional teams