The purpose of this question is to explore the concepts of team's velocity and project size. Consider three teams operating with the following velocities, Team (a) – 400 points per iteration Team (b) – 500 points per iteration Team ( c) – 900 points per iteration Each team operates with the following cadence, Team (a) – 2 weeks per iteration Team (b) – 5 weeks per iteration Team ( c) – 3 weeks per iteration We also have the system test team that needs to integrate and test the complete application and cannot test a part of it. Consider three projects with the following sizes in points, 3000, 6000, 9000. Question is which team should engage with which project? The goal is for all three teams to complete their respective projects at the same time, and hence to enable the system test to start verification without waiting for anyone? Team (a) should receive a project with 6000 points Team (b) should receive a project with 3000 points Team (c) should receive a project with 9000 points Team (a) should receive a project with 3000 points Team (b) should receive a project with 6000 points Team (c) should receive a project with 9000 points Team (a) should receive a project with 9000 points Team (b) should receive a project with 6000 points Team (c) should receive a project with 3000 points

Operations Research : Applications and Algorithms

4th Edition

ISBN:9780534380588

Author:Wayne L. Winston

Publisher:Wayne L. Winston

Chapter11: Nonlinear Programming

Section11.13: Pareto Optimality And Tradeoff Curves

Problem 5P

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Question

The purpose of this question is to explore the concepts of team's velocity and project size. Consider three teams operating with the following velocities,

Team (a) – 400 points per iteration
Team (b) – 500 points per iteration
Team ( c) – 900 points per iteration

Each team operates with the following cadence,

Team (a) – 2 weeks per iteration
Team (b) – 5 weeks per iteration
Team ( c) – 3 weeks per iteration

We also have the system test team that needs to integrate and test the complete application and cannot test a part of it.

Consider three projects with the following sizes in points,

3000,
6000,
9000.

Question is which team should engage with which project? The goal is for all three teams to complete their respective projects at the same time, and hence to enable the system test to start verification without waiting for anyone?

		Team (a) should receive a project with 6000 points Team (b) should receive a project with 3000 points Team (c) should receive a project with 9000 points
		Team (a) should receive a project with 3000 points Team (b) should receive a project with 6000 points Team (c) should receive a project with 9000 points
		Team (a) should receive a project with 9000 points Team (b) should receive a project with 6000 points Team (c) should receive a project with 3000 points

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