Software Project Management Plan (SPMP)
for ReBoTics: A Plastic Bottle Waste Recycling
System
Prepared by:
Dela Cruz, Aaron Keith N.
Paran, Karl L.
Tereng, Karl Andrei B.
Tolentino, Valerie Mei R.
Date:
June 11,2018
Prepare for your exams
Study with the several resources on Docsity
Earn points to download
Earn points by helping other students or get them with a premium plan
Guidelines and tips
Prepare for your exams
Study with the several resources on Docsity
Earn points to download
Earn points by helping other students or get them with a premium plan
Software Project Management Plan Example, Study Guides, Projects, Research of Project Management
SPMP in Project Management Example.
Typology: Study Guides, Projects, Research
2017/2018
1 / 8
This page cannot be seen from the preview
Don't miss anything!
Related documents
Partial preview of the text
Download Software Project Management Plan Example and more Study Guides, Projects, Research Project Management in PDF only on Docsity!
Software Project Management Plan (SPMP)
for ReBoTics: A Plastic Bottle Waste Recycling
System
Prepared by: Dela Cruz, Aaron Keith N. Paran, Karl L. Tereng, Karl Andrei B. Tolentino, Valerie Mei R.
Date: June 11,
I. Introduction
This introduction provides background information for the rest of the document. It briefly describes the project, the client deliverables, the evolution of the document, and expected document changes.
A. Project Overview This project is to create a prototype Plastic Bottle Waste Recycling System. A PBWRS machine will be available on the designated locations where a user can insert their plastic bottle wastes using their accounts on the PBWRS mobile application. To use the machine and earn points, they need to input the code that was given by the application. The PBWRS mobile application tracks the earned points by the user and suggests near PBWRS machine locations. The earned points can be exchanged into money by converting it and then saves it on the userโs bank accounts.
B. Project Deliverables
- Preliminary Project Plan May 18, 2018
- Requirements Specification May 21, 2018
- Analysis [Object and Dynamic model, and UI] June 08, 2018
- Architecture Specification June 11, 2018
Revision History
Revision Date Updated By Update Comments 0.1 June 04, 2018 Tolentino, Valerie Mei R. First Draft 0.2 June 07, 2018 Dela Cruz, Aaron Keith N.
Paran, Karl L.
Update document
0.3 June 08, 2018 Tereng, Karl Andrei B.
Tolentino, Valerie Mei R.
Update document
D. Reference Materials i. (^) Introduction http://plastic-pollution.org/ ii. Project Scope http://cleanership.org/reports/plastic- pollution-in-the- worlds-oceans.pdf iii. Case Studies iii.1. https://www.oceanateachbz.com/ uploads/1/8/3/9/18397615/plastic_pollution.pdf iii.2. https://www.jchps.com/specialissues/Special%20issue1/ jchps%20si%206%20ms%20reddy%2028-29.pdf iii.3. http://ioisa.org/wp-content/uploads/2017/09/Plastic- Pollution-in-Our-Oceans.pdf
E. Definitions and Acronyms i. PBWRS โ Plastic Bottle Waste Recycling System
ii. UI โ User Interface
II. Project Organization
A. Process Model The process used for this project will be a Hybrid Waterfall-Yoyo model such that each stage of the waterfall allows us to update the project plan and other deliverables for missing areas or correctness. We will use UML tools to create the system model and the subsequent breakdown of the design. For this project, we will be using UML version 2.x.
B. Organizational Structure Team Members โ i. Dela Cruz, Aaron Keith N. ii. Paran, Karl L. iii. Tereng, Karl Andrei B. iv. Tolentino, Valerie Mei R
- Project Plan โ Entire Team
- Requirements Specification โ Entire Team
- Analysis โ Team Leader, System Analyst
- Architecture Spec โ Programmer, System Analyst
- Component/Object Specification โ Team Leader
- Source Code โ Programmer
- Test Plan โ Software Tester
- Final Deliverable โ Entire Team
II. Managerial Process
A. Management Objectives and Priorities The objective of the project is to develop a Plastic bottle waste recycling system within allocated budget, time, and specified quality. B. (^) Assumptions, Dependencies, and Constraints The project assumptions are as follows i. Team of 4 resources ii. Equipment and software availability iii. Approval on funding The project dependencies are as follows iv. Internet connection The project constraints are as follows iv. Time
v. Budget vi. Man hours
C. Risk Management i. Market risk ii. Financial risk iii. Technology risk iv. People risk v. Structure/process risk
D. Monitoring and Controlling Mechanisms i. Weekly project status meetings ii. Shared document repository iii. Project tracking