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TopGear Corporation Project Charter

PM600-1502B-03

Managing Organizational Development and Change

Phase 2 Individual Project

TopGear Corporation Project Charter Update and SWOT Analysis

By John W. Casto

Instructor

Professor Sadu Shetty

Project Name: Development of a new GPS cargo tracking system

Project Description: Development of a new GPS cargo tracking system device will be used both in train and ships. It will produce a stronger signal as compared to the previous ones, more portal, durable and cheaper than the competition.

Department(s): Marketing, Procurement, Electrical and IT departments

Focus Area: Cargo Transportation

Product/Process: Development of cargo tracking device

Schedule: The project will start on 1st June 2015 and is expected to be complete by 29th Feb 2016

Estimated Budget: Development of new cargo tracking device (materials and supplies bought) - $ 450,000, testing $ 100,000 and cost of labour $ 250,000. Total amount $ 800,000

Current Date: 1st June 2015

Project Stakeholders

Document Owner(s): Stakeholders

Project/Organizational Title

Internal or External

John W. Casto

Communication Management Planner

Internal

Jim Young

Communication Management Planner

Internal

Jerry Lawson

Programmer

Internal

Melissa Grant

Risk Manager

Internal

Stakeholder Description:

Stakeholder Role

Name

Level (high/mid/low)

Subject Matter Expert

Sponsor

Sam Ryder

High

The CEO and the Chairman of the Board of TopGear Corporation

Sponsor

Gloria Ryder

High

The CFO and the co-founder of TopGear Corporation

Client

Cargo trains

High

Client

Cargo ships

High

Project Manager

John W. Casto

High

Associate

Customer Service Departments in India and China

Medium

Team member

Mike Green

High

He will oversee public relations and has an MBA in marketing

Team member

Sara Jenkins

Medium

Her procurement and acquisition experience is crucial to the team

Vendor

TopGear Corporation

High

Stakeholder’s involvement on the project.

John W. Casto is the program manager for the project and holds a senior-level administrative position in the logistic department. He is an internal stakeholder, directly involved in the full lifecycle of the project (Berkun, 2008). He manages procurement processes, budgets, contracts and resource allocation. Sara Jenkins, Mike Green and Jerry Lawson will report to him directly.

Jim Young is the assistant program manager of the project and holds a senior administrative position in the electrical engineering departments. He is an internal stakeholder who will be directly involved in the full lifecycle of the project. He will assist John W. Casto in the management of budgets and contract as well as resource allocation. Jerry Lawson and Mike Green will report directly to him (Lester, 2007).

Mike Green will assist the team with marketing of the product. Sara Jenkins will work with John W. Casto in the procurement and acquisition of raw materials. Melissa Grant will analyze the business side of the project to ensure that the product has quality standards and assists in managing the company risks.

Jerry Lawson designs and develops the new tracking cargo device

PROJECT CHARTER PURPOSE

The project charter establishes the roles and authorities of the project manager. It explains the need of the project to the project participants and stakeholders, who the project involves, duration the project will take, cost of the project, other resources required and how successful project completion will help the organization.

PROJECT EXECUTIVE SUMMARY

The project goal is to make it easy to obtain critical shipment information. The GPA cargo tracking system will enable the organization to track customer’s freight and know its where about all the times.

The project objective is to give a GPS Geo-Fencing tracking system for transportation and also for the customers that will in turn integrate the organization’s dispatch systems and ERPs.

We aim at developing a monitoring system that has a WIFI receiver, GPS receiver, GPRS transceiver, motion detectors, sensors, ZigBee transceiver, MCU, Gen2 RFID and battery and power management.

The assumptions when developing this system are:

(i) It will be complete within the set timeline.

(ii) It will meet the planned budget.

(iii) It meets the user expectations

The risks involved in the development are:

(i) The system might not work.

(ii) The system might be vulnerable to threats.

(iii) The development might exceed the planned budget.

(iv) High risk in maintenance of the system

The cost will include manufacturing costs, deployment cost, maintenance cost and the cost of operation. This is approximately $800,000

The timeline of developing the GPS cargo tracking system is 8-9 months. If we take that our project is starting this June, it should be complete by February next year.

I would employ modular design approach that will enhance the flexibility of the system.

The development team was organized according to area of specialization who took different roles in development

PROJECT OVERVIEW

The system will reduce the unnecessary cost that would have been used to communicate about the whereabouts. It will help the business to keep track of all the shipments operations.

PROJECT SCOPE

Goals and Objectives

Goals

Objectives

The project goal is to make it easy to obtain critical shipment information. The GPA cargo tracking system will enable the organization to track customer’s freight and know its where about all the times.

The project objective is to give a GPS Geo-Fencing tracking system for delivery and also for the customers that will in turn integrate the organization’s dispatch systems and ERPs.

Departmental Statements of Work (SOW)

Departmental SOW

Owner/Prime

Due Date/Sequence

System requirements gathering

Melissa Grant

07/28/2015

Coming up with the code

Jerry Lawson

11/23/2015

Marketing the system

Melissa Grant

03/12/2016

Organizational Impacts

Organization

Impact to and Participation in Organization

Project Manager

He leads the team. He plans, coordinates, motivate and controls the project development.

Builders

They come up with the system. They code and draws the representation model.

Marketers

They introduce the system to the users. They persuade, educate and respond to questions from users.

Project Deliverables

Milestone

Deliverable

System requirement

WIFI receiver

GPS receiver

GPRS transceiver

motion detectors

sensors

ZigBee transceiver

MCU

Gen2 RFID

battery and power management

User requirements

System Specifications documents

Project Timeline

Project budget

Test and operational review

Unit testing

Component testing

System testing

Implementation of the system

Deliverables Out of Scope

(i) Server to run the application

(ii) Five reports which allow for five unspecified reports.

(iii) Company Summary screen

Project Estimated Costs and Duration

Project Milestone

Date Estimate

Deliverable(s) Included

Confidence Level

System Requirements

07/01/2015 to 01/31/2016

WIFI receiver

GPS receiver

GPRS transceiver

motion detectors

sensors

ZigBee transceiver

MCU

Gen2 RFID

battery and power management

High

User requirement

06/01/2015 to 06/30/2015

System specifications documents

Project Timeline

Project budget

Medium

Test and operational review

02/01/2016 to 29/02/2016

Unit testing

Component testing

System testing

Implementation of the system

High

PROJECT CONDITIONS

3.1 Project Assumptions

(i) It will be complete within the set timeline.

(ii) It will meet the planned budget.

(iii) It meets the user expectations

0. Project Issues

Priority Criteria

#

Date

Priority

Owner

Description

Status and Resolution

1

10/12/2015

High

System Analyst

The system requirements did not integrate with the user requirements.

System failure. Review, the user, needs and make necessary changes

2

02/21/2016

High

Testing Officer

The system was not working as per expected.

System error and human error. Make changes in the code

0. Project Risks

#

Risk Area

Likelihood

Risk Owner

Project Impact-Mitigation Plan

1

System failure

High

Programmer and Designer

Review the code and make changes relating to where the problem is.

2

Vulnerability to threats

High

System security officer and Programmer

Come up with proper encryption techniques

1. Project Structure Approach

The system will be built based on the modular design approach. This involve developing small components then integrates them to form the overall system.

The project dependencies are:

(i) Development team depends on user expectations

(ii) User requirements depend on nature of the user’s problem

(iii) Designers depend on system specifications

I would plan the project using schedule such as chart, graphs and also through various methods defined in the project scope. I will assign the team, according to their specialization.

Project Team Organization Plans

Project Team Role

Project Team Member(s)

Responsibilities

Project Manager

John W. Casto

To coordinate, organize, plan, motivate and control the overall project development.

System analysts

Melissa Grant

To analyze user specifications and system requirement to come up with a software requirement specification document.

Architects

Jerry Lawson

Use software requirement specification to come up with the best architecture of the system by developing a design document specification.

Developers/Builders

Jerry Lawson

They develop the system by programming code as it is generated in the design document specification.

Testing officers

Jerry Lawson

They test the system to see whether it is detected and fix the errors if they are detected until quality standards defined in software requirement specification is reached

Project Milestones

Milestone

Deliverable

Project management docs

project-documents/milestone-list.html

SWOT Analysis

Strengths

Weaknesses

· Executives respect other members.

· People to focus on willingness and ability to work

· Focus on the system to avoid blame

· Confusion among the current working group.

· There is no comprehensive supervision or performance evaluation.

· Misuse of office by the working group.

· Executives are threatening other members.

Opportunities

Threats

· Standardized guidelines

· Proposal evaluation criteria

· Work breakdown structure templets

· Risk tablets

· Project schedule network diagram templates

· Organizational standard processes

· Project files

· Financial control procedures

· Products standards (most project manager should be aware of this)

· Organizational communication channels

· Project management information systems(PMIS)

· Organizational culture, process, and infra-structure

· Quality products

· Government standards

· Market rules and conditions

· Code of Conducts

References

Sameroff, Arnold, and Robert Emde (2013). Organization and stability of newborn behavior: a commentary on the Brazelton Neonatal Behavior Assessment scale. [Chicago]: Published by the University of Chicago Press for the Society for Research in Child Development.

Thompson, Charles Woody (2010). An analysis of environmental and managerial factors in the success or failure of small manufacturing enterprise.

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