Online Farm Management System for Stud Farm - MOV, Scope, Resource Plan, Risk Analysis, Quality Statement

This document provides information about the Online Farm Management System for Stud Farm including MOV, Scope, Resource Plan, Risk Analysis, Quality Statement, and more. The MOV analysis shows that the operational factor is the most important feature for the project. The scope includes requirements gathering, system design and development, testing and implementation, documentation, and maintenance. The resource plan includes various roles and their work hours. The risk analysis identifies potential risks and assigns a response strategy. The quality statement highlights the benefits of the system and its alignment with project goals. Verification and validation activities are also included. An annotated bibliography and closure checklist are provided.

Student Name
ID Online Farm
Management System
for Stud Farm

1. Part One: (15 Marks)
1.1 MOV - Measurable Organisational Value (5 Marks)
Area of Impact Rank (1 to 5)
Operational 1
Financial 2
Customer 3
Strategy 4
Social 5
1.2 SUMMARISE THE MOV IN A CLEAR CONCISE STATEMENT
The analysis of the MOV for Online Farm Management System for Stud Farm has helped in
understanding that the Operation factor is the most important feature for the project
Better – The Online Farm Management System for Stud Farm would increase the
activities of the Stud farm
Faster – The client wants faster payment and operation development process
Cheaper – Overall cost of the project is decrease with the implication of Online Farm
Management System for Stud Farm
Do more – The client wants to extend the Online Farm Management System for Stud
Farm project for cloud system
1.3 MOV Metrics
Area of Impact Time Frame (months) Metrics
Operational 6 Overall activities in the farm
Financial 5 Amount of sales in the Farm
Customer 8 Total number of sales
Strategy 4 Marketing strategy deployed
Social 3 Active Followers on social media
2. Part Two: (10 Marks)
2.1 Scope
 Requirements for the Stud Farm are accumulated
 Designing and developing the system for the Stud Farm
 Testing and implementing the system for getting estimated results
 Reports from the tests are documented
 Supporting the system via maintenance plan
2.2 Out of Scope
Transportation plan and Change integration plan are out of scope for the project

Collect Requirements
Define Scope
Create WBS
Validate Scope
Control Scope
2.3 Assumptions
 Project would be completed in the estimated duration of 65 days
 Project budget of $40,000 would be sufficient for the development of the system
 Resources required for the project would be easily available
 Deployment of the system would be eased by the management of the activities
2.4 Constraints
 Project would be constrained by the limitation of the knowledge for technology innovation
 Human Skills and Knowledge would also limit the development of the final project plan
2.5 Scope Management Plan
The following image would show the scope management plan for the Online Stud Farm
Management System project,
Step 1: Collection of the information: Document Stakeholder needs and requirements
Step 2: Defining the scope of the project: Develop a detailed description of the project and the
product
Step 3: Creating the WBS for scope implementation: Organize scope into manageable work packages
Step 4: Validating the project scope: Formal acceptance of all deliverables

Step 5: Controlling the project scope: Processes for managing all scope changes
2.6 Resource Plan (from MS-Project)
People
ID Resource Name Work
1 Analyst 40 hrs
Identifying the Stud Farm Requirements 24 hrs
Analysing the project requirements 16 hrs
2 Project Manager 88 hrs
Developing the requirement list 32 hrs
Accumulating the resources 40 hrs
Close 16 hrs
3 Designer 48 hrs
Developing the design 48 hrs
4 Database Admin 56 hrs
Forming the Database 56 hrs
5 IT engineer 80 hrs
Integrating the design and database 32 hrs
Developing complete system 48 hrs
6 Developer 128 hrs
Integrating the system 56 hrs
Deploying the system 40 hrs
Maintaining the system 32 hrs
7 Trainer 80 hrs
Training the staffs 80 hrs
Details
Work
Work
Work
Work
Work
Work
Work
Work
Work
Work
Work
Work
Work
Work
Work
Work
Work
Work
Work
Work
M S S F T W T M S S F T
Jun 17, '18 Jul 1, '18 Jul 15, '18 Jul 29, '18 Aug 12, '18 Aug 26, '18
24h 16h
24h
16h
8h 24h 32h 8h
8h 24h
32h 8h
24h 24h
24h 24h
8h 32h 16h
8h 32h 16h
16h 40h 24h
16h 16h
24h 24h
16h 32h 8h
16h 32h 8h
24h 32h
24h 32h
Technology
Hardwar
e
Design Tools, System, Database, Deployment tools, Maintenance tools
Software OS, Programming Software
Network Database Server
Facilities
The offsite location with the necessary computer system and equipments would be sufficient for the
development of the final project deliverable.
Other
Travel Requirements NA
Training Requirements Proper Training should be given to the
employees

Part Three: (15 Marks)

ID Task
Mode
WBS Task Name Duration Start Finish
0 0 Online Farm Management
System for Stud Farm
65 days Tue
6/26/18
Mon
9/24/18
1 1 Requirement 7 days Tue 6/26/18 Wed 7/4/18
2 1.1 Identifying the Stud
Farm Requirements
3 days Tue 6/26/18 Thu 6/28/18
3 1.2 Developing the
requirement list
4 days Fri 6/29/18 Wed 7/4/18
4 2 Analyze 7 days Thu 7/5/18 Fri 7/13/18
5 2.1 Analysing the project
requirements
2 days Thu 7/5/18 Fri 7/6/18
6 2.2 Accumulating the resources5 days Mon 7/9/18 Fri 7/13/18
7 3 Design 13 days Mon 7/16/18Wed 8/1/18
8 3.1 Developing the design 6 days Mon 7/16/18 Mon 7/23/18
9 3.2 Forming the Database 7 days Tue 7/24/18 Wed 8/1/18
10 4 Implement 10 days Thu 8/2/18 Wed 8/15/18
11 4.1 Integrating the design
and database
4 days Thu 8/2/18 Tue 8/7/18
12 4.2 Developing complete system6 days Wed 8/8/18 Wed 8/15/18
13 5 Accept 17 days Thu 8/16/18 Fri 9/7/18
14 5.1 Integrating the system 7 days Thu 8/16/18 Fri 8/24/18
15 5.2 Training the staffs 10 days Mon 8/27/18 Fri 9/7/18
16 6 Deploy and Maintain 9 days Mon 9/10/18Thu 9/20/18
17 6.1 Deploying the system 5 days Mon 9/10/18 Fri 9/14/18
18 6.2 Maintaining the system 4 days Mon 9/17/18 Thu 9/20/18
19 7 Close 2 days Fri 9/21/18 Mon 9/24/18
Analyst
Project Manager
Analyst
Project Manager
Designer,Design tools[1]
Database Admin,Database[1]
IT engineer,System[1]
IT engineer
Developer
Trainer,Training Manuals[1]
Developer,Deployment tools[1]
Developer,Maintenance tools[1]
Project Manager
M S T T S F W
Apr 22, '18 Jul 1, '18 Sep 9, '18 Nov 18, '18
Analyst
Project Manager
Designer
Database Admin
IT engineer
Developer
Trainer
Design tools
Database
System
Training Manuals
Deployment tools
Maintenance tools
$0.00
$2,000.00
$4,000.00
$6,000.00
$8,000.00
$10,000.00
$12,000.00
$1,200.00
$7,920.00
$3,360.00$3,640.00
$6,800.00
$10,240.00
$4,000.00
$400.00$600.00$700.00$200.00$500.00$440.00
Cost

Requirement
Analyze
Design
Implement
Accept
Deploy and
Maintain
Close
$0.00 $1,000.00 $2,000.00 $3,000.00 $4,000.00 $5,000.00 $6,000.00 $7,000.00 $8,000.00 $9,000.00 $10,000.00
$3,600.00
$4,080.00
$8,000.00
$7,500.00
$8,680.00
$6,700.00
$1,440.00
Cost
June 2018 July 2018 August 2018 September 2018
$0.00
$2,000.00
$4,000.00
$6,000.00
$8,000.00
$10,000.00
$12,000.00
$14,000.00
$16,000.00
$1,440.00
$13,634.29
$14,685.71
$10,240.00
Cost
4. Part Four
4.1 Assumptions
 Project would be completed in the estimated duration of 65 days
 Project budget of $40,000 would be sufficient for the development of the system

 Resources required for the project would be easily available
 Deployment of the system would be eased by the management of the activities
4.2 Risk Analysis
Risk
ID
Risk Probability Impac
t
Rate Assigned
To
Response
Strategy
Threat or
Opportunity
1 Delay in completing
the activities of the
project is a major flaw
in the system
95 2 190 Project
Manager
Exploit Opportunity
2 Cost Management
Issues is another major
factor in the project
75 3 225 Budgeter Avoid Threat
3 System Development
issues would be
another major factor
resulting in harming
the deployment
65 5 325 IT
Engineer
Mitigate Threat
4 Design flaws would
result in forming the
major setback for the
project
70 4 280 Designer Reduce Threat
5 Limitation of skills and
proficiency for the
employees
55 2 110 HR
Manager
Transfer Threat
5. Part Five
5.1 Quality Statement
The Online Farm Management System would increase the activities, faster payment and operation
development process, extend the system to implement cloud system, and decrease the overall cost
for Stud Farm. The completion of the project activities would result in forming the effective quality
alignment and development of the activities for listing the alignment of the operations successfully.
The utilization of the operations has supported the implication of the activities favouring the
utilization of the improved activities.
5.2 Verification Activity
The verification activities are helpful for listing the alignment of the operations for listing the
deployment of the successive development models. The utilization of the operations would help in
forming the verification of the activities for the project development. The completion of the project
activities would result in forming the effective quality alignment and development of the activities
for listing the alignment of the operations successfully.
Verification Activity When?
Alpha Testing System Developing Phase
Design Simulation System Designing Phase
Prototyping System Implementation Phase

5.3 Validation Activities
The validation is done for ensuring that the deployment of the activities would be aligned for
checking whether the project would be aligned successfully. The development of the activities would
support the deployment of the successful activity development. The utilization of the operations has
supported the implication of the activities favouring the utilization of the improved activities.
Validation Activity When?
External Audits Project Initiation
Final Documentation Project Closure
Evaluation of test results Project testing

6. Part Six
6.1 Annotated Bibliography
See in appendix
6.2 Checklist
Closure Checklist
Implementation Plan has been made considerably? 
Design has been tested before development? 
All reports have been made cohesively? 
Resources have been considered for development? 
Feasibility analysis has been done? 
6.3 Evaluation Criteria
 Development plan is sustainable and it would be aligned for the
 Design made for the system is feasible
 Implementation of the activities would be effective
 Stud Farm would be benefitted by the system
The completion of the project activities would result in forming the effective quality alignment and
development of the activities for listing the alignment of the operations successfully. The validation
is done for ensuring that the deployment of the activities would be aligned for checking whether the
project would be aligned successfully. The utilization of the operations has supported the implication
of the activities favouring the utilization of the improved activities. The verification activities are
helpful for listing the alignment of the operations for listing the deployment of the successive
development models. The utilization of the operations would help in forming the verification of the
activities for the project development.

Bibliography
Basu, R. (2017). Managing project supply chains. Routledge.
Conforto, E. C., & Amaral, D. C. (2016). Agile project management and stage-gate model—A hybrid
framework for technology-based companies. Journal of Engineering and Technology
Management, 40, 1-14.
Conforto, E. C., Salum, F., Amaral, D. C., da Silva, S. L., & de Almeida, L. F. M. (2014). Can agile project
management be adopted by industries other than software development?. Project
Management Journal, 45(3), 21-34.
Cooper, R. G., & Sommer, A. F. (2018). Agile–Stage-Gate for Manufacturers: Changing the Way New
Products Are Developed Integrating Agile project management methods into a Stage-Gate
system offers both opportunities and challenges. Research-Technology Management, 61(2),
17-26.
Dybå, T., Dingsøyr, T., & Moe, N. B. (2014). Agile project management. In Software project
management in a changing world (pp. 277-300). Springer, Berlin, Heidelberg.
Hansen, L. K., & Svejvig, P. (2018). Agile project portfolio management, new solutions and new
challenges: preliminary findings from a case study of an agile organization. In IRIS/SCIS
Conference 2018.
Hoda, R., & Murugesan, L. K. (2016). Multi-level agile project management challenges: A self-
organizing team perspective. Journal of Systems and Software, 117, 245-257.
Kerzner, H., & Kerzner, H. R. (2017). Project management: a systems approach to planning,
scheduling, and controlling. John Wiley & Sons.
Layton, M. C., & Ostermiller, S. J. (2017). Agile project management for dummies. John Wiley & Sons.
Schwalbe, K. (2015). Information technology project management. Cengage Learning.
Špundak, M. (2014). Mixed agile/traditional project management methodology–reality or illusion?.
Procedia-Social and Behavioral Sciences, 119, 939-948.
White, K. R., & FELLOW, P. (2014). Agile project management. The AMA handbook of project
management, 441-450.

Appendix
1. Conforto, E. C., & Amaral, D. C. (2016). Agile project management and stage-gate model—A hybrid
framework for technology-based companies. Journal of Engineering and Technology Management,
40, 1-14.
The agile methodology provides an extensive development of the activities and formation of the
operations and it would also be helpful for the development of the smart processing and
development. Agile methodologies form the effective principles for the development of the
developing software. The methodology development would align for the implication of the activities
favoring the implication of the operations. The agile methodology would align the utilization of the
operations and forming the successful formation of the continuous development model. The agile
project management would ease the management of the activities for listing the development of the
operations. The utilization of the activities has helped in forming the implication of the activities
favoring the implication of the activities. The projects have formed the implication of the
assumptions and alignment of the operations.
2. Cooper, R. G., & Sommer, A. F. (2018). Agile–Stage-Gate for Manufacturers: Changing the Way
New Products Are Developed Integrating Agile project management methods into a Stage-Gate
system offers both opportunities and challenges. Research-Technology Management, 61(2), 17-26.
The agile methodology is developed with the help of the PLC and the new products and activities
had been helpful for the utilization of the operations. The use of the six steps modification of the
software development cycle would be helpful for forming the implication of the activities favoring
the utilization of the activities in an integrated development of the operations. The Agile software
development life cycle is based on incremental process models and the iterative models. The agile
methodology would align the utilization of the operations and forming the successful formation of
the continuous development model. The agile project management would ease the management of
the activities for listing the development of the operations. The utilization of the activities has helped
in forming the implication of the activities favoring the implication of the activities.
3. Hansen, L. K., & Svejvig, P. (2018). Agile project portfolio management, new solutions and new
challenges: preliminary findings from a case study of an agile organization. In IRIS/SCIS Conference
2018.
The agile methodology would align the utilization of the operations and forming the successful
formation of the continuous development model. The agile project management would ease the
management of the activities for listing the development of the operations. The utilization of the
activities has helped in forming the implication of the activities favoring the implication of the
activities. The use of the six steps modification of the software development cycle would be helpful
for forming the implication of the activities favoring the utilization of the activities in an integrated
development of the operations. The Agile software development life cycle is based on incremental
process models and the iterative models. The agile methodology provides an extensive development
of the activities and formation of the operations and it would also be helpful for the development of
the smart processing and development.