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Chapter 3 Feasibility Analysis & Systems Project Management Copyright 2004, Merrill Warkentin page 1 Determining Feasibility, Managing Analysis and Design Activities Professor Merrill Warkentin Mississippi State University 2 © Copyright 2005, Merrill Warkentin Overview project initiation determining project feasibility project scheduling managing project activities managing systems analysis team members 3 © Copyright 2005, Merrill Warkentin Reasons for initiating projects Problems that lend themselves to systems solutions Opportunities for improvement through upgrading systems altering systems installing new systems 4 © Copyright 2005, Merrill Warkentin Improvement possibilities speeding up a process streamlining a process combining processes reducing errors in input reducing redundant storage reducing redundant output improving system and subsystem integration 5 © Copyright 2005, Merrill Warkentin Managing Design Activities teams and tension develop common norms enhance communication/team-building agree on productivity goals motivate team members 6 © Copyright 2005, Merrill Warkentin Managing analysis & design promote communication between members utilize feedback to minimize tension create explicit norms set productivity goals based on member expertise, past performance, nature of the specific project

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Chapter 3Feasibility Analysis & Systems Project Management

Copyright 2004, Merrill Warkentin page 1

Determining Feasibility, Managing Analysis and

Design Activities

Professor Merrill WarkentinMississippi State University

2 © Copyright 2005, Merrill Warkentin

Overview

project initiation

determiningproject feasibility

project scheduling

managing project activities

managing systems analysisteam members

3 © Copyright 2005, Merrill Warkentin

Reasons for initiating projects

Problems that lend themselvesto systems solutionsOpportunities for improvement through

upgrading systemsaltering systemsinstalling new systems

4 © Copyright 2005, Merrill Warkentin

Improvement possibilities

speeding up a processstreamlining a processcombining processesreducing errorsin input

reducing redundant storagereducing redundant outputimproving system andsubsystem integration

5 © Copyright 2005, Merrill Warkentin

Managing Design Activities

teams and tension

develop common norms

enhance communication/team-building

agree on productivity goals

motivate team members

6 © Copyright 2005, Merrill Warkentin

Managing analysis & design

promote communication between members

utilize feedback to minimize tensioncreate explicit norms

set productivity goalsbased on member expertise,past performance,nature of the specific project

Chapter 3Feasibility Analysis & Systems Project Management

Copyright 2004, Merrill Warkentin page 2

7 © Copyright 2005, Merrill Warkentin

Managing analysis & design

motivate project team membersaffiliation, control,independence, creativity

avoid project failurestake advantage of training,experience, project analysis

8 © Copyright 2005, Merrill Warkentin

Project selection criteria

backed by managementtimed appropriately forcommitment of resourcesmoves the business towardattainment of its goalspracticableimportant enough to be consideredover other projects

9 © Copyright 2005, Merrill Warkentin

Feasibility

feasibility study assesses the operational, technical, and economic merits of the proposed projectthree type

technical feasibilityeconomic feasibilityoperational feasibilityschedule, legal, ethical

10 © Copyright 2005, Merrill Warkentin

Technical Feasibility

Can we do it? - Is technology available?are current technical resources sufficient to build the new system? can resources be upgraded to provide the level of technology necessary for the new system?

11 © Copyright 2005, Merrill Warkentin

Economic Feasibility

Can we afford it? Will it pay for itself?whether the time and money are available to develop the systemincludes the purchase of

new equipmenthardwaresoftware

12 © Copyright 2005, Merrill Warkentin

Economic Feasibility AnalysisCosts

development costsoperating costs

Benefitstangible (quantifiable)intangible - important!

How do we decide?

Chapter 3Feasibility Analysis & Systems Project Management

Copyright 2004, Merrill Warkentin page 3

13 © Copyright 2005, Merrill Warkentin

Operational feasibility

Should we do it? Can we make it work?determines if the human resources are available to operate the systemonce it has been installedusers that do not want a new system may prevent it from becoming operationally feasible

14 © Copyright 2005, Merrill Warkentin

Other Feasibility Factors

schedule feasibilitycan it be completed on time?

legal feasibilitydoes it violate any laws?

social and ethical feasibilityis it right?

15 © Copyright 2005, Merrill Warkentin

Feasibility Analysis

define project objectivesdetermine organizational objectivesverify that objectives are acceptable

determine resourcesjudge feasibility

decision is made by managementsystems analyst provides expert advice

16 © Copyright 2005, Merrill Warkentin

Feasibility Study

define problem, objectives, scope

identify constraints and limitations

develop alternative solutions

estimate costs & benefits

prepare feasibility report

system proposal for senior mgt.

17 © Copyright 2005, Merrill Warkentin

Feasibility Impact Grid (FIG)used to assess the impact of any improvements to the existing systemcan increase awareness of the impacts made on the achievement ofcorporate objectivescurrent or proposed systems on the leftobjectives listed on the topred arrows indicate a positive impactgreen arrows indicate implementation

18 © Copyright 2005, Merrill Warkentin

Activity planning

design team selection & assignment

estimate task time

schedule project / task

Chapter 3Feasibility Analysis & Systems Project Management

Copyright 2004, Merrill Warkentin page 4

19 © Copyright 2005, Merrill Warkentin

Activity control

monitoring using feedback

expediting or rescheduling

motivating teams

20 © Copyright 2005, Merrill Warkentin

Activity planning & controlestimate time required

major phasesindividual taskstime for each task

schedulingGantt charts PERT diagrams

expeditingconstantly review schedules andcosts over life of project

21 © Copyright 2005, Merrill Warkentin

Scheduling tools

Gantt Charts PERT Diagrams

22 © Copyright 2005, Merrill Warkentin

Computer-based project schedulingbenefits

low costsimple, intuitive, GUIvariety of display options

programs Microsoft ProjectSymantec’s TimelineCA-Super Project

personal information managers (PIMS)ECCOOrganizer

23 © Copyright 2005, Merrill Warkentin

GANTT charts

project scheduling technique

each bar represents a task

length of bars = relative length of task

visual, simple

enhancescommunication

A

B

C

D

E

24 © Copyright 2005, Merrill Warkentin

PERT charts

nodes = events

establishes critical path(longest, no slack time)

portrays order of precedence

helps identify critical activitiesand slack time

10 5040

20

30

A,4 C,5

B,2 D,3

E,6

Chapter 3Feasibility Analysis & Systems Project Management

Copyright 2004, Merrill Warkentin page 5

25 © Copyright 2005, Merrill Warkentin

PERT diagram advantages

easy identification of theorder of precedence

easy identification of the critical path and thus critical activitieseasy determination of slack time,the leeway to fall behind onnon-critical paths

26 © Copyright 2005, Merrill Warkentin

Team management

teams often have two leaders:one who leads members to accomplish tasksone concerned with social relationships

the systems analyst must manageteam memberstheir activitiestheir time, and resources

27 © Copyright 2005, Merrill Warkentin

Goal setting

set for tangible outputs and process activitiesmust be reasonablehelp to motivateteam members

28 © Copyright 2005, Merrill Warkentin

Copyright NoticeThis document may not, in whole or part,

be copied, photocopied, reproduced, translated, transmitted,

or reduced to any electronic medium or machine readable form without explicit permission and written authorization

from Dr. Merrill Warkentin.

[email protected]

MISProfessor.com