Project Plan Part 5 Management Research Coursework
Course Learning Outcomes for Unit VI
Upon completion of this unit, students should be able to:
- Apply best practices for project budgeting and cost management procedures.
2.1 Derive a project cost estimation and budget.
- Prepare a final project report.
5.1 Explain basic concepts of projects and project success as it relates to cost estimation and budgeting.
- Plan project procurements by identifying methods to manage procurements and monitor contract performance.
8.1 Explain basic concepts of project procurement and monitoring contracts.
Course/Unit Learning Outcomes |
Learning Activity |
2.1 |
Unit Lesson Chapter 8, pp. 274–298 Unit VI Course Project |
5.1 |
Unit Lesson Chapter 8, pp. 274–298 Unit VI Course Project |
8.1 |
Unit Lesson Chapter 8, pp. 274–298 Unit VI Course Project |
Required Unit Resources
Chapter 8: Cost Estimation and Budgeting, pp. 274–298
Unit Lesson
Procurement
Many times in organizations, the procurement department, sometimes known as the purchasing department, has specific relationships with vendors and suppliers to procure materials for the organization. With the onset of a new project, those established relationships and vendors or suppliers may not be able to provide the needed materials. Thus, the project manager (PM) may have to create new relationships with outside vendors and suppliers. For the project, procurement will involve several processes and will have to be managed. We could say the basic processes are as shown below.
Procurement management starts with planning. Planning involves discovering what materials are needed and the potential vendors and suppliers that may be used. In many cases, the organization will perform a needs analysis and may need to send out a call for bids. In some cases, a request for proposal (RFP) or a request for quotation (RFQ) is issued. According to Pinto (2019), an RFP is a “document used to request proposals from prospective sellers of products or services” and an RFQ is a “document used to request price quotes from prospective sellers” (p. 549). Sometimes, this process is known as a sourcing strategy or outsourcing strategy. The PM will need to negotiate with suppliers or vendors and then select the best bid. Once the supplier is chosen, there will need to be a contract approved by the legal department. After the contract is signed, there will need to be some controls in place, including the following.
- Are we getting the materials in the promised timeframe and of the proper quality?
- How will we handle invoicing?
- Who will pay the invoices, and how will we keep up with that? The last thing we want to do is overpay or underpay a vendor. We also do not want to pay them too early or too late.
- Finally, there will be a closing process where the contracts are closed. Closing could be based on final delivery of materials or reaching the end date of the contract.
A part of the procurement process involves contract management. Contract management simply means keeping contracts visible through the life cycle of the contracts (i.e., not losing track of expectations, delivery dates, and payment dates).
Budgeting
Until now, most of what we have discussed involves managing resources, and the emphasis is on the time constraint. Now, we consider the cost constraint and cost management. Intuitively, we know cost is important. It is very important for organizations and their bottom line. Cost is included in budgeting and the organization’s strategic goals. Some of the first questions asked in a project is when a product is needed and how much is in the budget. Unfortunately, many times, we do not know the exact cost. All we can do is estimate the cost and work around that number. There are several different costs to consider as well.
Labor costs: As mentioned previously, a big project cost is our labor costs. How many people will we need to work on this project? Do we take employees away from their normal work, or do we pay current employees overtime? Do we hire new employees? Will we need skilled workers or technical experts? What about the cost of overhead? Overhead costs are costs not specifically slated for work hours. Where do we put health benefits? What about training costs or 401K benefits?
Materials costs: The cost of materials is another big cost on many projects. For an information technology (IT) project, the cost of materials might not be so high, but what about building projects? Would renting a crane fall under the materials category?
Subcontractors’ costs: This cost involves hiring someone from outside the company for their services. It could be technical experts or product experts or marketing experts.
Equipment and facilities costs: This cost involves the rental of equipment or an office facility. We consider this any cost outside of the employee’s workspace.
Travel costs: Travel costs include the cost of sending an employee offsite. For example, if employees are scouting for a new construction site and have to stay in a hotel overnight, then this cost would include air travel costs, hotel, meals, car rental, and meals.
Classifying costs: It is important to note that there are other ways to classify costs. For example, there are direct or indirect costs, recurring or nonrecurring costs, fixed or variable costs, and normal or expedited costs.
More in-depth explanations of each of these costs can be found in the textbook, but we will discuss the basics.
Direct vs. indirect costs: Direct costs are those costs that are easily linked with a specific object such as a product, department, or project. Some examples are labor costs, equipment, and materials. Indirect costs are expenses linked to overhead and general expenses. Overhead refers to necessary business expenses. For
example, if we were talking about labor costs, paying the employee a salary is a direct cost, but the cost associated with his or her health insurance or pension would be an indirect cost. Other types of indirect costs might be depreciation, insurance, and taxes. Sometimes, it can be a challenge to determine if the cost is direct or indirect.
Recurring or nonrecurring cost: According to Pinto (2019), recurring costs are those continuing over the project’s life cycle. Nonrecurring costs are usually those that are applied one time. For example, most of the major costs, such as labor and materials, are recurring costs because you book them as you go. If you have an employee who gets paid every two weeks, you should not charge his or her labor costs at the end of the project. However, if you needed to send an employee to a training class, it would be a one-time cost or a nonrecurring cost.
Fixed or variable costs: Fixed costs do not vary, whereas variable costs will change while being used. As an example, renting a building for a specific amount every month would be a fixed cost. A good example of the variable cost might be fuel cost. The cost of fuel depends on how much we use the machinery.
Normal or expedited costs: We have already discussed the possibility of expedited costs in a previous lesson. Normal costs are those costs that are planned. Expedited costs occur when there are unplanned costs associated with needing to speed up the project. For example, if we are falling behind in our project and need to allow some workers to work overtime, then that overtime falls under expedited cost.
After reviewing the several types of cost, it should be clear that estimating the cost of the project is a complex endeavor but is very important. It is crucial for the PM to clearly define the costs early in the project planning process and be as accurate as possible. In many cases, the PM needs to estimate cost based on milestones or deliverables. The PM may need to estimate the cost based on different work packages. For example, the PM may need to report the cost for the IT deliverables, a cost for product development, and a cost for marketing.
To add even more complexity, there are different types of cost estimation methods. As Pinto (2019) noted, the PM can give ballpark estimates or comparative estimates. An explanation of these methods can be found starting on page 280 in your textbook.
Now, let’s calculate some labor costs for an IT team.
Hourly rate: $40/hr.
Hours needed: 160
Overhead rate: 35%
Hourly rate Hours needed Overhead charge Total direct labor cost ($40) x (160) x (1.35) = $8640.00
What if the four team members had different rates of pay and were needed for different lengths of time?
Name |
Project Hours |
Overhead |
Hourly rate |
Total Direct Labor Cost for Project |
Henry |
80 |
1.20 |
$20 |
|
Alice |
120 |
1.75 |
$45 |
|
Jane |
40 |
1.35 |
$30 |
|
Mark |
100 |
1.75 |
$42 |
|
We would calculate by multiplying each line as shown below.
Name |
Project Hours |
Overhead |
Hourly rate |
Total Direct Labor Cost for Project |
Henry |
80 |
1.20 |
$20 |
$1,920 |
Alice |
120 |
1.75 |
$45 |
$9,450 |
Jane |
40 |
1.35 |
$30 |
$1,620 |
Mark |
100 |
1.75 |
$42 |
$7,350 |
Total |
|
|
|
$20,340 |
Of course, these are simple examples. You may have several employees for whom to calculate the labor costs. You may have some indirect and direct labor costs. You may have some expedited labor costs if some of your employees have to work overtime. We would then add our total direct labor costs to our other costs.
Another concept in budgeting involves top-down budgeting vs. bottom-up budgeting. Top-down budgeting includes input from the top level of management. According to Pinto (2019), top-down budgeting means the PM is estimating cost based on senior management experience. Top-down budgeting may be the method chosen if upper management has a project budget in mind and that is the bottom line. Bottom-up budgeting means that you start with the work breakdown structure (WBS) to calculate costs.
Advantages and Disadvantages
An advantage to bottom-up budgeting is that there will be a lot of detail in creating the budget from the start. A disadvantage might be that it would be harder for upper management to control the budget. An advantage to top-down budgeting is that there is good cost control, but a disadvantage is that it might cause issues at the different levels of management.
Problems with Cost Estimation
There are many ways a PM can cause issues with cost estimation. The PM could underestimate costs or overestimate costs. As discussed before, in many cases, the duration for an activity has to be estimated. What if the estimates are not correct? Another issue might involve technical issues. For example, what if we find that a needed technology tool must be updated? What if a necessary prototype is flawed? These types of issues can cause delays or additional costs for updates. Another problem with cost estimation might be poor definition. What if the PM lacks clear goals for the project? What if the PM lacks a clear initial scope development for the project? We have already discussed the high cost of scope creep in a previous lesson.
Another problem with cost estimation might be changes to the specifications. This problem is common in the IT world. The user might say “I forgot I need this functionality as well.” Well, the added functionality could add days or weeks to the project time. A final problem with cost estimation might be external factors. For example, what if we have a construction project in another country, and we discover that additional permits are needed? If it is a local project, what if we have to present our plans in front of a zoning commission, and they are resistant to accepting our project?
These are just a few of the problems that can occur with cost estimation, but the problems mentioned are the most likely to be encountered. Most of the issues will fall under one of these categories.
The information presented in this unit lesson is a high-level overview of how to estimate costs in a project. As discussed, there are many ways to calculate total project cost. The methods used will likely be different from organization to organization. In some cases, the organization has refined its cost estimation and budgeting process over time based on past projects and best practices.
Reference
Pinto, J. K. (2019). Project management: Achieving competitive advantage. (5th edition). New York, NY: Pearson
Unit VI Course Project |
Cost Estimation and Budgeting In this unit, you are required to complete the Project Budget section of the project plan. Refer to your unit lesson and required unit resources to advance your project plan. You may also need to revisit the Unit V Lesson. For this assignment, create the components listed below.
This assignment should be a minimum of two pages in length, not counting the title page and reference page. Be sure to use proper APA formatting. Citations are not required; however, if outside sources are used, make certain to provide in-text citations and references in APA format. For more elaboration on what you should include in your project plan, refer to pp. 539–542 in your textbook. |
Running head: COST ESTIMATION & BUDGETING1
ASS: Cost Estimation & Budgeting
Student Name
College/University Affiliation
COST ESTIMATION & BUDGETING
2
ASS: Cost Estimation & Budgeting
5. Project Budget
ASS is a complex, multi-phase project spanning mutiple deliverables, milestones, and schedules. The fundamental deliverables and schedules of ASS are detailed in “ASS: WBS, RAM, Work Authorization & Work Charter” and “ASS Schedule” documents, respectively. The project main deliverables, as mentioned in “ASS: WBS, RAM, Work Authorization & Work Charter” include: (i) Free Installation, (ii) Five Year Warranty, (iii) Post Sales Technical Support,
* Annual Maintenance, and (v) Quality Assurance. The project’s critical path, meanwhile, as calculated in “ASS Schedule,” is estimated at 9052 days. Given current deliverables, milestones, and schedule, ASS is, indeed, a complex project requiring a diversity of resources, properly procured and administered, for each and every phases stated in “ASS Project Plan” document including: (i) Design, (ii) Manufacturing, (iii) Piloting, and (iv) Full Deployment. The estimation of costs and budgeting for ASS is, accordingly, a process subject to frequent reviews informed by a combination of Tangible and Non-Tangible Resources (as stated in “ASS Project Plan” document) as well as direct and direct costs, recurring and nonrecurring costs and any expedited costs. The following sections offer, consequently, a rough estimated of ASS projected costs for all identified project deliverables and milestones within estimated overall schedule calculated in “ASS Schedule” document”.
5.1. Project Resources
This section includes a consolidated statement of all project resources. The provided cost list below is, moreover, only indicatory and includes only major resources essential to
COST ESTIMATION & BUDGETING
3
initiate and keep running ASS main activities from start to finish. The detailed overall project cost of all resources requires, accordingly, more visits to inform cost estimates more accurately.
-3175119380
No.
Resource
Type
Cost/Hour ($)
Total Cost ($)
1
Market Research
Direct/Nonrecurring
--------
100,000
2
Lead Designer
Direct/Recurring
100
80,000 †
3
Manufacturing
Direct/Recurring
200
192,000††
4
Piloting
Direct/ Recurring
50
206,250*
(Limited Scale)
5
Piloting
Direct/ Recurring
60
270,000**
(Full Scale)
6
Five Year Warranty
Indirect/Expedited
--------
30,000
7
Annual Post
Indirect/Expedited
--------
25,000
Technical Sales
Support
8
Annual
Indirect/Expedited
--------
25,000
Maintenance
9
Quality
Indirect/Expedited
--------
25,000
Assurance
COST ESTIMATION & BUDGETING
4
* The Lead Designer is projected to work 8 hours a day, 5 days a week and over a 5-month span (as calculated for “Design” component in “ASS Schedule” document) at $100/hour.
* The Manufacturing process is projected to cost $200 per operation hour, 10 hours a day, 6 days a week over a 4-month span (as calculated for “Manufacture” component in “ASS Schedule” document).
* The Piloting (Limited Scale) work package is projected to cost $50 per hour for every Tester, working 5 hours a day, 5 days a week over 33 days (as calculated for “Pilot (Limited Scale)” component in “ASS Schedule” document). In Piloting (Limited Scale), 5 Testers are expected to perform testing activities in mutiple preassigned sites. The overall cost of Piloting (Limited Scale) is, accordingly, estimated as shown under “Total Cost ($)”.
* T...
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