Designing a Pay Structure Case Study Worksheet
Designing a Pay Structure Case Study Worksheet
There is one individual task – worth 50 points – due on Friday, February 21st.
Task A: Create a complete job description for the Benefits Manager position using O*NET.
- Visit onetonline.org
- Find the Benefits and Compensation Manager job description
- Using the model job description that I gave you in class (not the ones included in this case study), create a Benefits Manager job description.
- Helpful hints:
- There’s not Benefits Manager job description on O*Net. Use the Benefits and Compensation Manager job description and remove any references to compensation.
- There may be information required that is not in the O*Net description – you can either find another Benefits Manager job description online to use for additional information, or you can simply make things up.
- A printed copy of your Benefits Manager job description (Word doc) is due in class on Thursday, September 18th (not, Sept 18th as stated in your syllabus).
……………………………………………………………………………………………………………………………………………………………
The rest of the case study tasks can be completed by a team of no more than 2 students (or you may work alone). Together this is worth 100 points of your class grade. This worksheet must be completed and submitted in class on Friday, February 28th.
Task B: Calculate the job evaluation points for the administrative assistant, payroll assistant, operational analyst, and benefits manager jobs (benchmark jobs). Provide a rationale for assigning specific degrees to the various jobs.
Four degrees should be sufficient for rating the various jobs. For example, the four degrees for education level are identified as:
1 = High School/GED
2 = Associates
3 = Bachelors
4 = Masters/Graduate
Create the rationale for assigning the other five (5) degrees.
Degree of Technical Skills
1 = General Workers
2 = limited practical knowledge
3 = Practical work knowledge
4 = Skilled Labor
Scope of Control
1 = Control over research and development
2 = Control Over Expenditure
3 = Control over salaries Control
4 = Control over policies
Impact of Job
1 = None
2 = Low
3 = Average
4 = High
Degree of Problem Solving
1 = None
2 = Low
3 = Average
4 = High
Task Complexity
1 = None
2 = Low
3 = Average
4 = High
Calculate the job evaluation points for the administrative assistant, payroll assistant, operational analyst, and benefits manager jobs (benchmark jobs).
Administrative Assistant
Compensable Factor | Degree (1, 2, 3, 4) | Weight | Points |
Skill (50%) | |||
– Educational Level | 1 | 25% | 25 |
– Degree of Technical Skills | 1 | 25% | 25 |
Responsibility (30%) | |||
– Scope of Control | 1 | 10% | 10 |
– Impact of Job | 2 | 20% | 40 |
Effort (20%) | |||
– Degree of Problem Solving | 2 | 10% | 20 |
– Task Complexity | 2 | 10% | 20 |
TOTAL POINTS | 140 |
Payroll Assistant
Compensable Factor | Degree (1, 2, 3, 4) | Weight | Points |
Skill (50%) | |||
– Educational Level | 2 | 25% | 50 |
– Degree of Technical Skills | 2 | 25% | 50 |
Responsibility (30%) | |||
– Scope of Control | 2 | 10% | 20 |
– Impact of Job | 1 | 20% | 20 |
Effort (20%) | |||
– Degree of Problem Solving | 3 | 10% | 30 |
– Task Complexity | 3 | 10% | 30 |
TOTAL POINTS | 200 |
Operations Analyst
Compensable Factor | Degree (1, 2, 3, 4) | Weight | Points |
Skill (50%) | |||
– Educational Level | 3 | 25% | 75 |
– Degree of Technical Skills | 3 | 25% | 75 |
Responsibility (30%) | |||
– Scope of Control | 3 | 10% | 30 |
– Impact of Job | 3 | 20% | 60 |
Effort (20%) | |||
– Degree of Problem Solving | 3 | 10% | 30 |
– Task Complexity | 3 | 10% | 30 |
TOTAL POINTS | 300 |
Benefits Manager
Compensable Factor | Degree (1, 2, 3, 4) | Weight | Points |
Skill (50%) | |||
– Educational Level | 4 | 25% | 100 |
– Degree of Technical Skills | 4 | 25% | 100 |
Responsibility (30%) | |||
– Scope of Control | 3 | 10% | 30 |
– Impact of Job | 3 | 20% | 60 |
Effort (20%) | |||
– Degree of Problem Solving | 3 | 10% | 30 |
– Task Complexity | 3 | 10% | 30 |
TOTAL POINTS | 350 |
Task C: Calculate the weighted means (for base pay) for each benchmark job.
Front Desk Receptionist | # of Incumbents | Average Base Pay | Formula | |
1 | $ 21,000.00 | =(1/9)*21,000 | $ 2,333.33 | |
2 | $ 22,000.00 | =(2/9)*22,000 | $ 4,888.89 | |
1 | $ 18,000.00 | =(1/9)*18,000 | $ 2,000.00 | |
2 | $ 21,000.00 | =(2/9)*21,000 | $ 4,666.67 | |
2 | $ 18,500.00 | =(2/9)*18,500 | $ 4,111.11 | |
1 | $ 17,500.00 | =(1/9)*17,500 | $ 1,944.44 | |
TOTAL | 9 | $ 19,944.44 |
Administrative Assistant | # of Incumbents | Average Base Pay | Formula | |
4 | $ 25,000.00 | =(4/24)*25,000 | $ 4,166.67 | |
4 | $ 31,000.00 | =(4/24)*31,000 | $ 5,166.67 | |
3 | $ 30,000.00 | =(3/24)*30,000 | $ 3,750.00 | |
5 | $ 33,000.00 | =(5/24)*33,000 | $ 6,875.00 | |
4 | $ 29,000.00 | =(4/24)*29,000 | $ 4,833.33 | |
4 | $ 28,000.00 | =(4/24)*28,000 | $ 4,666.67 | |
TOTAL | 24 | $ 29,458.33
|
Payroll Assistant | # of Incumbents | Average Base Pay | Formula | |
2 | $ 35,000.00 | =(2/13)*35,000 | $ 5,384.62 | |
3 | $ 34,000.00 | =(3/13)*34,000 | $ 7,846.15 | |
1 | $ 35,000.00 | =(1/13)*35,000 | $ 2,692.31 | |
3 | $ 35,000.00 | =(3/13)*35,000 | $ 8,076.92 | |
2 | $ 36,000.00 | =(2/13)*36,500 | $ 5,615.38 | |
2 | $ 29,000.00 | =(2/13)*29,000 | $ 4,461.54 | |
TOTAL | 13 | $ 34,076.92 |
Operations Analyst | # of Incumbents | Average Base Pay | Formula | |
2 | $ 55,000.00 | =(2/20)*21,000 | $ 2,100.00 | |
4 | $ 57,000.00 | =(4/20)*22,000 | $ 4,400.00 | |
3 | $ 56,000.00 | =(3/20)*18,000 | $ 2,700.00 | |
5 | $ 58,500.00 | =(5/20)*21,000 | $ 5,250.00 | |
3 | $ 59,000.00 | =(3/20)*18,500 | $ 2,775.00 | |
3 | $ 54,000.00 | =(3/20)*17,500 | $ 2,625.00 | |
TOTAL | 20 | $ 19,850.00 |
Benefits Manager | # of Incumbents | Average Base Pay | Formula | |
1 | $ 62,000.00 | =(1/10)*21,000 | $ 2,100.00 | |
2 | $ 61,500.00 | =(2/10)*22,000 | $ 4,400.00 | |
1 | $ 60,000.00 | =(1/10)*18,000 | $ 1,800.00 | |
3 | $ 64,000.00 | =(3/10)*21,000 | $ 6,300.00 | |
2 | $ 63,000.00 | =(2/10)*18,500 | $ 3,700.00 | |
1 | $ 66,000.00 | =(1/10)*17,500 | $ 1,750.00 | |
TOTAL | 10 | $ 20,050.00 |
Task F: Calculate the predicted base pay for each benchmark job.
Coefficients | |
Intercept (a) | -23699.88404 |
X Variable 1 (b) | 357.4191052 |
Regression Formula: Y= a + bX
Job | a | b | Job Eval Points (X) | Predicted Base Pay (Y) |
Front Desk Receptionist | -23699.89 | 357.42 | 120 | $ 19,190.51 |
Admin Assistant | -23699.89 | 357.42 | 140 | $ 26,338.91 |
Operations Analyst | -23699.89 | 357.42 | 200 | $ 47,784.11 |
Payroll Assistant | -23699.89 | 357.42 | 300 | $ 83,526.11 |
Benefits Manager | -23699.89 | 357.42 | 350 | $ 101,397.11 |
Task G: Because your company wants to lead in base pay by 3 percent, adjust the predicted pay rates to determine the base pay rate you will offer for each benchmark job.
Job | Predicted
Base Pay |
Market Leading Rate |
Front Desk Receptionist | $ 19,190.51 | $ 19,766.23 |
Admin Assistant | $ 26,338.91 | $ 27,129.08 |
Operations Analyst | $ 47,784.11 | $ 49,217.63 |
Payroll Assistant | $ 83,526.11 | $ 86,031.89 |
Benefits Manager | $ 101,397.11 | $ 104,439.02 |
Task H: Create pay grades by combining any benchmark jobs that are substantially comparable for pay purposes. Clearly label your pay grades.
Job | Points | Predicted Salary | Grade |
Front Desk Receptionist | 120 | $ 19,766.23 | 3 |
Admin Assistant | 140 | $ 27,129.08 | 3 |
Operations Analyst | 200 | $ 49,217.63 | 2 |
Payroll Assistant | 300 | $ 86,031.89 | 1 |
Benefits Manager | 350 | $ 104,439.02 | 1 |
Explain why you combined any benchmark jobs to form a grade.
I combined jobs based on the point range and salary. For example the front desk receptionists and admin assistant have a point range between 100 and 150 and salary range between $15,000 and $30,000. For payroll assistant and benefit manager, point range is between 300 and 350 and salary range is above $50,000.
Task I: Use your answer to Task H to determine the pay range (i.e., minimum and maximum) for each pay grade.
NOTE: | 10% | Pay Grade spread for Office/Clerical | |||
30% | Pay Grade spread for Professional Mid-Level and Managers |
For grades with more than one job, the midpoint is the average of the predicted midpoint (with the 3% increase) of all of the jobs in the grade.
Pay Grades | |||
Jobs in Grade | Minimum | Midpoint | Maximum |
Grade 1 | $66,664.82 | $ 95235.455 | $123,806.09 |
Grade 2 | $34,452.34 | $ 49,217.63 | $63,982.92 |
Grade 3 | $25,791.70 | $ 23447 | $21,102.30 |
Task J: Given the pay structure you have generated, consider the following:
- Does this pay structure make good business sense? Do you think it is consistent with the organization’s business strategy?
I was not expecting the pay structure to be in the shape that it is in. I mean the pay structure has a good range of salaries for different grades. The firm creates customized and technically proficient electrical engineering plans for regional clients according to the description of the case study. I think that the services of the company are very technical and the gap between the different pay grades is justifiable.
- What are the implications of this pay structure for other HR systems, such as retention and recruiting?
The most important jobs in the company are predicted to have a good some of salary. This will help in the retention and recruiting of these job titles. These are the personnel who may be on a high demand in the job market, therefore, their retention is more important than the lower grade jobs.