Chapter 10 Using Your Knowledge: Innovation In Practice (pgs. 158 & 415) Group A: Allyson Brito Anne-Katrin Strupp Jennifer Upadhyay Mariyam Hussain Noha.

Slides:



Advertisements
Similar presentations
Using MIS 2e Chapter 10: Managing Development David Kroenke
Advertisements

Ethics: Dialing for Dollars (p. 260) Group A: Allyson Brito Anne-Katrin Strupp Jennifer Upadhyay Mariyam Hussain Noha Mahmoud Tatiana Castillo MGS*3040*03.
1 SOFTWARE TESTING Przygotował: Marcin Lubawski. 2 Testing Process AnalyseDesignMaintainBuildTestInstal Software testing strategies Verification Validation.
Requirements Creep at the IRS Case Study: Requirements Creep at the IRS MGS* Allyson Brito · Mariyam Hussain · Noha Mahmoud · Anne-Katrin Strupp.
Business Driven Technology Unit 5 Transforming Organizations Copyright © 2015 McGraw-Hill Education. All rights reserved. No reproduction or distribution.
Info1409 De Montfort University Lecture 3 The Systems Development Life Cycle Systems Analysis & Design Academic Year 2008/9.
©Ian Sommerville 2004Software Engineering, 7th edition. Chapter 1 Slide 1 المحاضرة الثانية.
Database Development Cycle Track 3: Managing Information Using Database.
Unit 231 Software Engineering Introduction to SWE What is SDLC Phases of SDLC.
© 2008 Pearson Prentice Hall, Experiencing MIS, David Kroenke
Lecture 13 Revision IMS Systems Analysis and Design.
Collaboration Exercise “Is $80,000 enough?”
Chapter 6 Systems Development.
Chapter 1 The Systems Development Environment 1.1 Modern Systems Analysis and Design Third Edition.
Computers: Tools for an Information Age
1 CMSC 132: Object-Oriented Programming II Software Development III Department of Computer Science University of Maryland, College Park.
1 Chapter 6 Systems Development. 2 Learning Objectives  Know the characteristics of systems development.  Understand what professional systems analysts.
Lecture 9 – Database Design
DECISION SUPPORT SYSTEM DEVELOPMENT
CHAPTER 17 Building Software to Support an Agile Organization
Introduction to Software Testing
Data Structures and Programming.  John Edgar2.
"In the name of ALLAH, most Gracious, most Compassionate".
1 L07SoftwareDevelopmentMethod.pptCMSC 104, Version 8/06 Software Development Method Topics l Software Development Life Cycle Reading l Section 1.4 – 1.5.
Copyright © 2003 by Prentice Hall Computers: Tools for an Information Age Chapter 14 Systems Analysis and Design: The Big Picture.
Introduction to Systems Analysis and Design Trisha Cummings.
INFORMATION SYSTEM APPLICATIONS System Development Life Cycle.
Chapter 1: The Object-Oriented Systems Development Environment Object-Oriented Systems Analysis and Design Joey F. George, Dinesh Batra, Joseph S. Valacich,
Robert Sopko Stephen Miller Amy Gandhi Jazimar Bailey.
ITEC224 Database Programming
End HomeWelcome! The Software Development Process.
ISYS 562 Microcomputer Business Applications David Chao.
CMSC 1041 Algorithms II Software Development Life-Cycle.
Intermediate 2 Software Development Process. Software You should already know that any computer system is made up of hardware and software. The term hardware.
© Bennett, McRobb and Farmer Avoiding the Problems Based on Chapter 3 of Bennett, McRobb and Farmer: Object Oriented Systems Analysis and Design.
Developing Business/IT Solutions Chapter 12 McGraw-Hill/IrwinCopyright © 2011 by The McGraw-Hill Companies, Inc. All rights reserved.
1 Ch. 1: Software Development (Read) 5 Phases of Software Life Cycle: Problem Analysis and Specification Design Implementation (Coding) Testing, Execution.
COMM89 Knowledge-Based Systems Engineering Lecture 8 Life-cycles and Methodologies
Chapter 6 CASE Tools Software Engineering Chapter 6-- CASE TOOLS
Anjanae Brueland & Janet Wingard.  What is Network Design, Planning & Management?  System Development Life Cycle (SDLC)  The phases of an information.
Systems Analysis & Design AUTHOR: PROFESSOR SUSAN FUSCHETTO 10/24/
CC20O7N Software Engineering 1 CC2007N Software Engineering 1 Part 1 Introduction to Software Engineering.
Making the System Operational Implementation & Deployment
CMSC 2021 Software Development. CMSC 2022 Software Development Life Cycle Five phases: –Analysis –Design –Implementation –Testing –Maintenance.
Chapter 7 Preliminary Construction The broad scope of implementation Preliminary construction in the SDLC Preliminary construction activities Preliminary.
V-Shaped Software Development Life Cycle Model. Introduction: Variation of water fall model. Same sequence structure as water fall model. Strong emphasis.
CHAPTER Systems Analysis and Design. 13 © The McGraw-Hill Companies, Inc Objectives Phases of systems life cycle –ID needs and possible.
Unit 2 Computer Systems. The aim of this unit is to enable learners to:  Understand the components of computer systems and  Develop the skills needed.
Chapter 1 Assuming the Role of the Systems Analyst.
Chapter 1 The Systems Development Environment
Chapter 1 The Systems Development Environment
Chapter 1 The Systems Development Environment
SOFTWARE LIFE-CYCLES Beyond the Waterfall.
Software Myths Software is easy to change
Introduction to Computers
Chapter 1 The Systems Development Environment
Software Development CMSC 202.
System Development Life Cycle (SDLC)
Systems Design, Implementation, and Operation
Introduction to Software Testing
Chapter 1 (pages 4-9); Overview of SDLC
Introduction to Systems Analysis and Design
Making the System Operational Implementation & Deployment
System Development Life Cycle (SDLC)
Database Development Cycle
CHAPTER 9 (part a) BASIC INFORMATION SYSTEMS CONCEPTS
Project Phases ‘98 ‘00 ‘02 ‘04 ‘06 Preparatory Phase
Chapter 1 The Systems Development Environment
System Analysis and Design:
Our Process CMSC 345, Version 1/04.
Presentation transcript:

Chapter 10 Using Your Knowledge: Innovation In Practice (pgs. 158 & 415) Group A: Allyson Brito Anne-Katrin Strupp Jennifer Upadhyay Mariyam Hussain Noha Mahmoud Tatiana Castillo MGS*3040*3

Phase 1: System Definition Define goals and scope of the new info system: - Facilitate collaboration - Aid in decision making, problem solving & project management

Phase 1: System Definition Better organized and more specific columns Columns should only hold one item, so aimed search can be conducted Data must be correct Each number must be assigned to only one person This will eliminate ambiguity

Phase 2: Requirements Analysis Determine and document specific features and functions of new system Each item must have a separate column Search for single items should be as clear & easy as possible

Phase 3: Component Design Each component is designed by: – Developing alternatives – Evaluating each alternative regarding requirements – Differently structured excel sheet or new software One alternative is selected

Phase 3: Component Design Alternative 1: SHEET MUSIC / BORROWER Last nameFirst name PhonePart Mozart - Requiem - Copy 1 Mozart - Requiem - Copy 2 Mozart - Requiem - Copy 3 Mozart - Requiem - Copy 4

Phase 3: Component Design Alternative 2: BORROWER Composer's nameName of chorusCopy identifier Last nameAshleyMozartRequiemSoprano copy 7 First nameJaneBeethoven9th SymphonySoprano copy 18 BachB-minor MassSoprano copy 6 Phone PartSoprano BORROWER Composer's nameName of chorusCopy identifier Last nameDavidsonJ.S. BachB-minor MassSoprano copy 11 First nameKaye Phone PartSoprano

Phase 3: Component Design Alternative 3: Our choice Last NameFirst Name PhonePartComposer's Name Name of Chorus Copy Identifier MozartRequiemSoprano copy 7 Beethoven9th Symphony Soprano copy 18 J.S. BachB-minor Mass Soprano copy 6 J.S. BachB-minor Mass Soprano copy 11

Phase 4: Implementations Implementing the new system is a crucial step in the life cycle Building components: – Testing – Integrating – Converting Each piece must be developed separately

Phase 4: Implementations Searching for data by: – Composer’s name – Name of student holding sheet music – Copy identifier number New software: – Installed – Tested When system proves satisfactory, user will convert

Phase 5: System Maintenance Users try ‘beta’ prototype Hardware still has a bugs and kinks to iron out Beta testing allows users to report errors Designers get feedback on what to fix and enhance the system’s performance