33 Adm Proyec UI. RA1

TECNOLOGIAS DE LA INFORMACIÓN Y COMUNICACIÓN ÁREA SISTEMAS INFORMATICOS

33 ADMINISTRACIÓN DE PROYECTOS UNIDAD I. Inicio y planeación para el desarrollo del proyecto. RESULTADO DE APRENDIZAJE 1. Evaluación y entrega de inicio de proyecto.

Clave:

UI. RA1

El alumno será capaz de desarrollar el plan de cada uno de los componentes del proyecto para establecer la línea base del control del mismo.

La actividad deberá realizarse de manera individual, respondiendo las preguntas al final del documento. Las preguntas de opción múltiple, favor de justificar sus respuestas. Los alumnos expondrán sus avances frente a grupo. Icarnegie Clases Resumen Proyecto 1 y 2 Modalidad : Electrónico Puntualidad: La actividad deberá entregarse de manera electrónica (Word y PDF) en la fecha establecida, en caso contrario la actividad será evaluada en base a un porcentaje máximo de 90% (tolerancia un día después).

Elementos a evaluar Forma de entrega

Elabore la actividad en un archivo de Word (versión 2003 en adelante), el cual deberá contener una portada con los siguientes datos:

Porcentaj e 5%

Nombre de la Universidad Nombre de la asignatura Nombre de la actividad Nombre completo del alumno R01/0414

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33 ADMINISTRACIÓN DE PROYECTOS UNIDAD I. Inicio y planeación para el desarrollo del proyecto. RESULTADO DE APRENDIZAJE 1. Evaluación y entrega de inicio de proyecto.

Clave:

UI. RA1

Matricula Fecha de entrega

Participa en la elaboración de la actividad

35%

Exposición

30%

Manifiesta buena actitud al realizar la actividad

10%

Caso 1: ¿Qué harías tú?

10%

Investigación de Arquitectura de Software

10%

Total

100%

Evaluació n

1.

Why doesn’t the author of the course text specify an amount of time (or percent of effort) spent on a project that should be devoted to software architecting?

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33 ADMINISTRACIÓN DE PROYECTOS UNIDAD I. Inicio y planeación para el desarrollo del proyecto.

Clave:

RESULTADO DE APRENDIZAJE 1. Evaluación y entrega de inicio de proyecto.

UI. RA1

because project managers typically calculate person-hours and then add the corresponding logical stops to estimate the actual amount of time that a given task lead time. This with the idea of meeting the cost per person and work 2.

Describe the three-step risk-driven model of software development

Developers have access to more architectural design techniques than they can afford to apply. The Risk-Driven Model guides developers to do just enough architecture by identifying their project’s most pressing risks and applying only architecture and design techniques that mitigate them. The key element of the Risk-Driven Model is the promotion of risk to prominence. It is possible to apply the Risk-Driven Model to essentially any software development process, such as waterfall 3.

Why does a risk-driven approach to software development generally produce better results than a feature-driven approach?

Because the risk-driven model guides developers to apply a minimal set of architecture techniques to reduce their most pressing risks. 4.

How does the author define “risk” in the context of engineering? You may describe it or provide the equation given by the author.

Is the opportunity to have a risk through failure. Is measured by the following equation: risk = perceived probability of failure × perceived impact 5.

What is the difference between project management risks and software engineering risks?

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Clave:


6.

UI. RA1

What are the two dimensions that should be used in categorizing risks when prioritizing them?

Their priority to stakeholders and their perceived difficulty by developers. 7.

Which of the following statements is the most correct?

o

A deployment view shows how the system is installed in the target environment.

o

A deployment view shows how the system interacts with its environment.

o

A deployment view shows where process will run and how they will interact.

o

Both a and b

o

Both a and c

8.

Which of the following statements is the most correct? ____a_____.

o Components describe units of code. o Connectors are pathways of runtime interaction. o A module is associated with exactly one component. o Design decisions are clearly identifiable in views o Views always describe subsystems. 9.

Which of the following is true of a Context Diagram?

o Describes how the software being created interacts with elements in its environment.

o Can be based on a use case diagram. o Might show the Internet. o Describes what is in and what is outside the scope of the software project. o All of a-d o Only a and d 10.

Three standard viewtypes for the Design Model are .

o Component and Connector, Designation, and Module o Runtime, Documentation, and Miscellaneous o Component, Module, Deployment R01/0414

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o Component, Allocation, Module o Runtime, Allocation, Module 11.

Which of the following is not true about the Apache server?

o Built in the pipe and filter style o Is designed to allow new code to be inserted easily o Was designed with few constraints to support the system’s performance goals o A web server o Was designed around the goal of modifiability The following are true-false questions. Carefully read each statement then circle T if the statement is true and F if the statement is false. 12. A context diagram should include details related to quality concerns. A port is a point of interaction in a component diagram. T F

T

F

13. A context diagram is similar to a snapshot in that the context is likely to change as the system runs. 14. A master model is the one used by the architect to include information from all three viewtypes. T 15.

A view is a projection of a model that reveals select details T

16.

An internals model can be used to identify boundary models of others. F

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33 Adm Proyec UI. RA1

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