Dugga 2 Flashcards
Question 1. Use relevant scientific literature covered in Module 2 to categorize the project described in Lindquist et al. (1998) in terms of uncertainty profile. Step 1.
Ericsson Project background
- Why they wanted to build in Japan - Only big market in the world that
they are not competing in.
- Short time
- New technology in a new environment - Lots of uncertainties
- Use of Fountain instead of waterfall - More uncertainty
- Deadlines and a big final deadline
Question 1. Use relevant scientific literature covered in Module 2 to categorize the project described in Lindquist et al. (1998) in terms of uncertainty profile. Step 2.
Describe uncertainty profile
- Describe uncertainty profile
- Profile is based on subjective estimations by the participants
- Present the four types of uncertainty
Question 1. Use relevant scientific literature covered in Module 2 to categorize the project described in Lindquist et al. (1998) in terms of uncertainty profile. Step 3.
Variation
- Describe variation
- Some level of variation always present in large projects
- Ericsson did a lot to manage variation: “strict deadlines” “doing it right the first time”
- One example of variation is with the radio base, took longer than expected
- Compromised on functionality to be able to meet deadlines
- The project finished on time
Question 1. Use relevant scientific literature covered in Module 2 to categorize the project described in Lindquist et al. (1998) in terms of uncertainty profile. Step 4.
Foreseen uncertainty
- Describe foreseen uncertainty
- New technology in new environment
- They did a lot of practical testing to control the foreseen uncertainty of the products performance
- The kinds of problems that would show up when integrating the pieces could not be anticipated.
Question 1. Use relevant scientific literature covered in Module 2 to categorize the project described in Lindquist et al. (1998) in terms of uncertainty profile. Step 5.
Unforeseen uncertainty
- Describe unforeseen uncertainty
- Large scale project in a short timeframe, impossible to foresee every
uncertainty
- Radio base tower construction proved more difficult than expected
Question 1. Use relevant scientific literature covered in Module 2 to categorize the project described in Lindquist et al. (1998) in terms of uncertainty profile. Step 6.
Chaos
- Description of chaos
- In Ericsson project, final result was apparent, no chaos
- Could be chaos in smaller parts of project
Question 1. Use relevant scientific literature covered in Module 2 to categorize the project described in Lindquist et al. (1998) in terms of uncertainty profile. Step 7.
Summary of profile
- Short summary of each uncertainty
- Rate on a scale
Question 2. Using relevant scientific articles in the course literature, present and motivate three similarities and three differences between the fountain and the agile project methodologies. Step 1.
What is agile?
- Built-in instability
- Self-organizing project teams
- Overlapping development phases
- “Multilearning”
- Subtle control
- Organizational transfer of learning
Question 2. Using relevant scientific articles in the course literature, present and motivate three similarities and three differences between the fountain and the agile project methodologies. Step 2.
What is fountain?
- Shorter time
- Instead of developing in parts in sequence (waterfall), they are done in conjunction
- Tighter communication between teams.
- Deadlines and milestones are very important
Question 2. Using relevant scientific articles in the course literature, present and motivate three similarities and three differences between the fountain and the agile project methodologies. Step 3.
Similarities
- Parallel development. It does not follow a single linear development path.
- Good communication and learning across teams is of utmost importance for the project as a whole. Coupling
- A lot of testing of integration early in the process
Question 2. Using relevant scientific articles in the course literature, present and motivate three similarities and three differences between the fountain and the agile project methodologies. Step 4.
Differences
- In the fountain, the end result is more clear. Final deadline. In agile the project can end at any time.
- The agile development process focuses more on iteration and trial and error, while fountain is more “get each part done” through deadlines.
- Agile is more open to changes in circumstances or feedback from customers. Self organized teams.
- (More subtle management involvement in agile, while in fountain they are heavily involved).
Question 3. Present and motivate what principles you will put in place at Ericsson to reach an agile organization where speed and flexibility are in focus. Step 1.
Describe current system (fountain)
- Shorter time
- Instead of developing in parts in sequence (waterfall), they are done in conjunction
- Tighter communication between teams.
- Deadlines and milestones are very important
Question 3. Present and motivate what principles you will put in place at Ericsson to reach an agile organization where speed and flexibility are in focus. Step 2.
Describe agile model
- Most important aspects of agile model
- Built-in instability
- Self-organizing project teams
- Overlapping development phases
- “Multilearning”
- Subtle control
- Organizational transfer of learning
Question 3. Present and motivate what principles you will put in place at Ericsson to reach an agile organization where speed and flexibility are in focus. Step 3.
Concrete changes that are needed
- Make each working team more independent, less management involvement
- End result more open, more communication and feedback from customers
- More trial and error, acceptance of failure
Question 3. Present and motivate what principles you will put in place at Ericsson to reach an agile organization where speed and flexibility are in focus. Step 4.
Summary.