Project management: A Scheduling System for the University of Plymouth

Essay by monica8982000University, Bachelor'sB-, June 2006

download word file, 12 pages ( 21 KB ) 5.0

Executive Summary

As a project management consultancy firm, our purpose is to develop high quality computerized scheduling system and design capable infra-network for organizations. With a group of skilful and aggressive IT professionals, our company is famous for its suitable design for different organizations.

Nowadays, we have been invited to tender for designing a computerized lecture scheduling system for the University of Plymouth. The first stage in the process of tendering for the project management job is to draw up a draft project plan indicating the key timings and also a cost estimate.

In this report, we will present how we determine the scheduling system for the University of Plymouth, the relevant costs (include setup cost, operating cost and maintaining cost) of the scheduling systems and the benefits and advantages we can get from the scheduling systems, and also possible problems we will meet on the project and proposed activities to resolve them.

The research has been gathered from newspapers, industry journals, interviews, magazines and Internet Web sites. This information resource provides the basis of a reliable and valid background.

1. Introduction

In order to win the contract with the University of Plymouth, the company will do his best to present a plan to satisfy the customers, so we need to complete a comprehensive analysis of major aspects that influence the efficiency and profitability of the University of Plymouth first before we make a decision on which type of scheduling system should be adopted, the analysis section will include six aspects, these are, firstly, identifying the user requirements, secondly, setting the time, quality and cost objectives; thirdly, using a breakdown diagram turn the complex activities into manageable activities; and depicting the scheduling of key activities, fourthly, recommending two systems, fifthly, analyzing and selecting the appropriate system, finally,