Table of Contents
Introduction
I. Project Overview
A. Roles and Responsibilities
B. Scope and Schedule
II. Tasks
A. Description
B. Time
C. Dependencies
III. Resources
A. Alignment
B. Evaluation
IV. Risk
A. Sources
B. Strategies
V. Budget
VI. Schedule
Introduction
Purpose:
Steer the project implementation, establish goals and harmonize stakeholders.
Background
Background Information:
Employ task management, position, and group coordination. Resource alignment and WBS are used to control execution.
Project Approach:
Use task management, position, and group coordination. Resource alignment and WBS are used to control execution.
Project Overview
The Project Overview gives a glimpse of the main aspects of the project such as the stakeholder role, scope, and schedule of the project. It defines the roles of the project manager to each element of the project and the arrangement of the work to meet the goals. Then, the roles and responsibilities, the scope of the project, and the high-level schedule are described in the following sections.
A. Roles and Responsibilities
The project manager, Alice, will be in charge of the project, team management, and reporting the progress to the sponsor. Frank, the executive sponsor, will give supervision, accept deliverables and make sure they meet business objectives. Request and validate requirements will be done by Bob the business analyst. The prototype will be designed and developed by Carol who is the software engineer. The system will be tested by Dave who is the QA specialist, whether it is quality and operational. The system will be deployed by Eve, who will make sure that it works.
B. Scope and Schedule
The scope of project comprises of requirements collection, prototype design, testing, implementation and acceptance by stakeholders. Activities that are not part of the first deployment like continuous maintenance are not encompassed.
The high-level schedule is:
• Project Initiation – 2 days
• Requirements Gathering -5 days.
• Prototype Design – 7 days
• Testing & QA – 4 days
• Deployment – 3 days
• Review & Approval – 2 days
Tasks
Description
The project activities are in accordance with the WBS:
• Project start: Initiation and planning.
• Requirements Gathering: Gather both functional and technical requirements.
• Prototype Design Build the system to specification.
• Testing and Quality Assurance: Check functionality and quality.
• Deployment: Implement and deploy into production.
• Review and Approval: The final prototype is approved by the stakeholders.
Time and Dependencies
The scheduling of tasks is made according to the estimated effort and logical order. The life cycle process of requirements, design, testing, deployment and review is as follows: requirements, design, testing, deployment, and review. This facilitates a smooth flow and avoids delays.
III. Resources
The tasks are done based on expertise: Alice will handle initiation and review, Bob will handle requirements, Carol will build the prototype, Dave will do QA, and Eve will do deployment. Every resource is in place and can accomplish their tasks in the set timeline. Such alignment will make the project run efficiently and successfully.
A. Alignment
All the sub-tasks in the project have been allocated to the resources according to their expertise and the nature of the work. The project manager, Alice, will be in charge of the tasks of initiation and final review as she will be the one to coordinate all the project activities and deliverables approval. Bob the business analyst is charged with the responsibility of requirements gathering and therefore making sure that the needs of the stakeholders are correctly gathered and recorded. The software engineer, Carol, will do this as she is the prototype designer and developer because she is technical and understands the system architecture. Dave, who is the QA specialist would perform testing to ascertain the quality requirements whereas Eve, the IT support professional would take care of deployment to ensure that the prototype works as intended in the production environment. This coordination will guarantee effectiveness, responsibility and effective execution of tasks.
B. Evaluation
A&D High Tech can afford to fund the project and accomplish all the sub-tasks within the scheduled time. The project team also has the skills required such as project management, analysis of requirements, software development, quality assurance and deployment of the IT. The people are at their disposal whenever they are required to perform their duties, and the company presents the necessary tools, software, and infrastructure to carry out the work. There are low chances of risks posed by the availability of resources, since there are back-up plans and support systems. All in all, the project workforce and the expertise of personnel correspond to the project requirements and will provide the company with adequate resources to deliver the prototype on time and with the quality and functionality corresponding to the expectations.
Risk
This section establishes the possible factors, which may interfere with the success of the project, and it also gives a framework on which risks are to be monitored and controlled. Rik knowledge at the onset enables the team to plan ahead on mitigation measures to make sure that the project remains on schedule, budget and quality. The section is subdivided into risk sources and how to deal with them and this offers a systematic manner of reducing the impact. By recording risks in a risk register, the staff will be able to monitor, prioritize, and address potential risks and keep the project at hand and chances of running late, having cost reduction, or incomplete products are minimized.
A. Sources
There are a number of risks that might influence the project with respect to scope, schedule, and budget. One of the risks that are in scope is incomplete or changing requirements, which may result in rework or deliverable failures. The risks that can occur in the schedule could be due to availability of resources, tasks that depend on others, or technical issues during the prototype development. Underestimated costs, unexpected software or hardware requirements or dragged out labor requirements may lead to a budget risk. Stakeholder misalignment, gaps in communication or technical failure during the testing and deployment are other risks. By listing these risks in a risk register, the team is able to quantify the probability of the risks happening and what effect they may possibly have on the project, thus visibility and accountability of the team to overcome problems before they become critical.
B. Strategies
Risk mitigation strategies aim at the prevention, minimization, or control of the effect of possible problems. The scope changes will be managed by providing a transparent documentation, signing by the stakeholders and frequent reviews of the requirements. Realistic time estimates, task dependencies and tracking of progress against milestones will reduce schedule risks. The risks relating to the budget will be managed through the provision of contingency funds and tracking of the expenditures. Testing, prototyping, and backup can help to eliminate technical risks. Team meetings that are held regularly, open communication, and frequent updates of stakeholders will guarantee that it is on track and issues revealed early. All in all, these are strategies that can be used to keep the project on track and with high chances of delivering the prototype on time, within budget and quality standards.
Budget
The first budget is according to the project deliverables and can be considered to be estimated costs related to the labor, materials, software, and deployment. Such labor expenses as the project manager, business analyst, software engineer, QA specialist, and IT support take hours. Material costs include hardware or software that has to be used in order to develop the prototype. Deployment and testing costs include setting up of environments and testing. This has a contingency that is considered to cater to the unanticipated costs or slight modifications in the process. The high-level budget gives a financial guideline to trace the cost, make educated decisions and ensure that it is consistent with the project objectives. This budget will be narrowed down as more cost specifics are obtained in the course of implementation.
Schedule
The project schedule is drawn based on the estimated time of each activity and dependencies of the activities found in the WBS. The process begins with project initiation and then proceeds to requirements gathering, prototype design, testing, deployment and finally reviewing and approving it. The tasks are scheduled in a manner that they follow one another and as a result, there is minimal delay in the execution of the tasks. The schedule acts as a guide to the project team as it allows them to track their progress and identify the possible bottlenecks early on. The visualization of timelines, monitoring of milestones, and keeping the project on track to meet its deadlines can be done using a Gantt chart or other similar scheduling tools.
kamere
qso355_project_management_plan_template_ortiz.docx
0
