Here is
a collection of useful human resource tools and calculators:
·
Absence Rate Calculator - This calculator determines the lost time
rate for one or more employees.
·
ROI (Return on Investment) Calculators - 3
simple calculators to calculate the compounded return on your investment.
·
Revenue and Profit Per Employee Calculator - A
simple calculator to determine revenue and profitability per employee.
1.
Absence Rate Calculator
|
This calculator determines the lost time rate for one or more
employees. This calculator assumes that a year has an average of 260 work days
and 8 work hours per day.
An absence rate higher than 5% is considered high.
Note: This calculator is provided for educational purposes and cannot be used to make financial decisions. The Human Equation, Inc. makes no claims or guarantees about the accuracy or the reliability of these calculations.
Simply enter numbers in the calculator fields below. The results will appear automatically on the bottom of the page.
An absence rate higher than 5% is considered high.
Note: This calculator is provided for educational purposes and cannot be used to make financial decisions. The Human Equation, Inc. makes no claims or guarantees about the accuracy or the reliability of these calculations.
Simply enter numbers in the calculator fields below. The results will appear automatically on the bottom of the page.
Employee
salary: $ per
of absence(s)
Out of work
of absence(s)
Out of work
The absence rate is 7.69%, if absence is in hours then rate is .96%
This represents $2,307.69/ 288.46 in lost wages assuming a 260 work day year.
2.
Cost Per Hire
Calculator (CPH)
|
Use this calculator to determine your aproximate cost of
hiring an employee. The Cost Per Hire formula is very simple and is based on
the Cost Per Hire model developed by the Staffing Management Association (SMA) and the
Saratoga Institute a few years ago.
Formula:
CPH = AC + AF + ERC + TE + RE + (TRAC * 0.1)
Where:
Formula:
CPH = AC + AF + ERC + TE + RE + (TRAC * 0.1)
Where:
CPH
|
=
|
Cost
Per Hire
|
AC
|
=
|
Agency
Fees
|
AF
|
=
|
Advertising
Costs
|
ERC
|
=
|
Employee
Referral Costs
|
TE
|
=
|
Travel
Expenses
|
RE
|
=
|
Relocation
Expenses
|
TRAC
|
=
|
Total
Recruiter and Administration Costs *
|
* Assuming that the internal
recruiter and administrative staff perform other duties in the firm, the
studies by conducted by SMA and Saratoga Institute concluded that a 10% figure
for proration was a historical estimate of the costs involved for a hire.
Note: This calculator is provided for educational purposes and cannot be used to make financial decisions. The Human Equation, Inc. makes no claims or guarantees about the accuracy or the reliability of these calculations. The Human Equation, Inc. is NOT affiliated and does NOT endorse the Staffing Management Association (SMA) nor the Saratoga Institute.
Simply enter numbers in the calculator fields below. The results will appear automatically on the bottom of the page.
Note: This calculator is provided for educational purposes and cannot be used to make financial decisions. The Human Equation, Inc. makes no claims or guarantees about the accuracy or the reliability of these calculations. The Human Equation, Inc. is NOT affiliated and does NOT endorse the Staffing Management Association (SMA) nor the Saratoga Institute.
Simply enter numbers in the calculator fields below. The results will appear automatically on the bottom of the page.
Advertising
Costs:
|
$
|
Agency
Costs:
|
$
|
Employee
Referral Costs:
|
$
|
Travel/Lodging/Food
Costs:
|
$
|
Relocation
Costs:
|
$
|
Total
Internal Recruiter and Administration Costs:
|
$ (Salaries, benefits, etc)
|
3.
ROI (Return on
Investment) Calculators
|
Use these simple calculators to determine the compounded
return on your investment.
The concept of compounded return on investment is simple but it can be confusing if you are not paying attention. Credit card and loan companies are sometimes able to get away with enormous hidden fees, because many customers don't understand the concept of compounded interest.
Example: If you earn 10% per year for 10 years, how much will your investment appreciate? 100%?
No. Due to the magical effect of compounding, the answer is 159.37%.
Note: These calculators are provided for educational purposes and cannot be used to make financial decisions. The Human Equation, Inc. makes no claims or guarantees about the accuracy or the reliability of these calculations.
Simply enter numbers in the calculator fields below. The results will appear automatically on the bottom of the page.
The concept of compounded return on investment is simple but it can be confusing if you are not paying attention. Credit card and loan companies are sometimes able to get away with enormous hidden fees, because many customers don't understand the concept of compounded interest.
Example: If you earn 10% per year for 10 years, how much will your investment appreciate? 100%?
No. Due to the magical effect of compounding, the answer is 159.37%.
Note: These calculators are provided for educational purposes and cannot be used to make financial decisions. The Human Equation, Inc. makes no claims or guarantees about the accuracy or the reliability of these calculations.
Simply enter numbers in the calculator fields below. The results will appear automatically on the bottom of the page.
Interest
= ((Future Value / Present Value)^(1 / Holding Period)) -1
|
|
I
invested $
I held for years I ended up with $ |
Your return is 10% per
year
|
OR
Future
Value = Present Value * (1 + Interest)^(Holding Period)
|
|
I
want to invest $
I want to hold it for years Earning % per year |
Your future value is
$2,593.74
|
OR Present Value = Future Value / (1 + Interest)^(Holding Period) |
|
I
ended up with $
After holding for years Earning % per year |
You started with
$1,000.00
|
Human Capital ROI
This measures the return on capital invested in pay and benefits. The formula is:
Revenue - Nonhuman Expenses/Pay and Benefits
Pay includes all money spent on regular and contingent labor.
This measures the return on capital invested in pay and benefits. The formula is:
Revenue - Nonhuman Expenses/Pay and Benefits
Pay includes all money spent on regular and contingent labor.
4. Cost of Turnover Calculator
|
Employee turnover significantly affects the financial performance of an organization. For example, according to the American Management Association, managers in the trucking industry estimate the per-driver replacement expense between $3,000 and $5,000. Correspondingly, a major insurance company recently estimated that its average cost per hire was $35,000.
So how much does turnover affect your company’s bottom line? The Human Equation has devised this comprehensive cost-of-turnover formula to answer this question.
This formula is intended to calculate the “hard” costs of turnover. This includes the time involved in recruitment, selection, and training of new personnel as well as the costs associated with advertising expenses and manpower. It does not take into account such indirect costs as employee morale, the time for new employees to equal their predecessor’s level of competency, or the lost productivity associated with employees assisting in the transition period. While these are all valid issues when considering turnover, they are difficult to equate with a clear and uniform monetary value.
The financial and non-financial outcomes of reducing employee turnover are significant. By reviewing various aspects of your organization and taking appropriate action, you have the ability to reduce your organization’s employee turnover. While this process requires dedication, it will save time, effort, and money in the long run.
Note: This calculator is provided for educational purposes and cannot be used to make financial decisions. The Human Equation, Inc. makes no claims or guarantees about the accuracy or the reliability of these calculations.
Simply enter numbers in the calculator fields below. The results will appear automatically on the bottom of the page.
Separation
Processing
|
||||
|
Exit Interview
|
|||
|
|
·
Hours X Wage of Inteviewer $
|
=
|
$
|
|
|
·
Hours X Wage of Exiting Employees $
|
=
|
$
|
|
Severance Package
(If the employee is terminated)
|
|||
|
|
·
$ (varies by company)
|
=
|
$
|
|
Administrative
functions related to the Exiting Employee
|
|||
|
|
·
Hours X Wage of Administrative Support $
|
=
|
$
|
|
Unemployment
Compensation
(if applicable)
|
|||
|
|
·
$ (Varies by State)
|
=
|
$
|
|
Total Cost of
Separation Processing
|
=
|
$
|
|
|
||||
Vacancy
|
||||
|
Orientation of
Temporary Help
|
|||
|
|
·
Hours X Wage of Trainer $
|
=
|
$
|
|
|
·
Hours X Wage of Temp $
|
=
|
$
|
|
Coworker burdens
(overtime, added shifts, etc)
|
|||
|
|
·
Hours X Wage of Coworker $
|
=
|
$
|
|
Total Cost of Covering
Vacancy Gap
|
=
|
$
|
|
|
||||
Replacement
Hiring
|
||||
|
Development of Advertisement
|
|||
|
|
·
Hours X Wage of Developer $
|
=
|
$
|
|
Cost of the
Advertisement
|
|||
|
|
·
# of Ads for this position X Cost of 1 Ad $
|
=
|
$
|
|
Headhunter
|
|||
|
|
·
15% X New Hire’s Annual Salary $
(15% is an avg. percentage charged by headhunters) |
=
|
$
|
|
Screening Applicants
|
|||
|
|
·
Hours X Wage of Screener $
|
=
|
$
|
|
Interviewing
Applicants
|
|||
|
|
·
Hours X Wage of Interviewer $
|
=
|
$
|
|
Hiring Decision
Meeting
|
|||
|
|
·
Hours X Avg. Wage of Participants $
X # of Participants |
=
|
$
|
|
Background Check
|
|||
|
|
·
Hours X Wage of Reference Checker $
|
=
|
$
|
|
|
·
# of Applicants for the position X Cost of Background Check $
(The average cost of a background check into an applicant's criminal, education, employment and driving history was $45 in 2002.) |
=
|
$
|
|
Testing
(Aptitude, Drug, Personality)
|
|||
|
|
·
Hours X Wage of Tester $
|
=
|
$
|
|
|
·
# of Applicants for the position X Cost of a Test $
|
=
|
$
|
|
Total Cost of
Replacement Hiring
|
=
|
$
|
|
|
||||
Training
New Hire
|
||||
|
Administrative
functions related to the New Employee
|
|||
|
|
·
Hours X Wage of Administrative Support $
|
=
|
$
|
|
Orientation
|
|||
|
|
·
Hours X Wage of Trainer $
|
=
|
$
|
|
|
·
Hours X Wage of New Employee $
|
=
|
$
|
|
On-the-Job Training
|
|||
|
|
·
Hours X Wage of New Employee $
|
=
|
$
|
|
|
·
Hours X Wage of Trainer $
|
=
|
$
|
|
|
·
Hours X Wage of Employees covering for New
Employee $
X # of Employees covering |
=
|
$
|
|
Information Literature
(manuals, brochures, policies,
etc.)
|
|||
|
|
·
# of Manuals X Cost of 1 Manual $
|
=
|
$
|
|
Total Cost of Training
New Hire
|
=
|
$
|
|
|
||||
Total
Cost of Turning Over One Employee
|
||||
|
·
Total Costs of
Separation Processing + Vacancy Gap + Replacement Hiring + Training New Hire
|
=
|
$
|
|
|
||||
Total
Cost of Turnover to Your Business
|
||||
|
·
# of Exiting Employees
per year X Total
Cost of Turning Over One Employee
|
=
|
$
|
|
|
Summary of Results
Summary of Results
- Total Cost of Separation
Processing $45,500.00
- Total Cost of Covering
Vacancy Gap $26,000.00
- Total Cost of Replacement
Hiring $5,161,500.00
- Total Cost of Training New
Hire $93,500.00
- TOTAL COST OF TURNOVER TO
YOUR BUSINESS $79,897,500.00
5.
Salary Breakdown
Calculator
|
This calculator takes an annual salary and breaks it down
into small units of time. The average number of work days per year is 260 days,
but you can adjust this number based on your company's number of paid/unpaid
time-off days. You might want to refer to our Public
Holiday Dates page if you haven't
determined this yet.
Note: This calculator is provided for educational purposes and cannot be used to make financial decisions. The Human Equation, Inc. makes no claims or guarantees about the accuracy or the reliability of these calculations.
Simply enter numbers in the calculator fields below. The results will appear automatically on the bottom of the page.
Note: This calculator is provided for educational purposes and cannot be used to make financial decisions. The Human Equation, Inc. makes no claims or guarantees about the accuracy or the reliability of these calculations.
Simply enter numbers in the calculator fields below. The results will appear automatically on the bottom of the page.
Annual
Salary: $
Number of Work Months in a Year: $
Number of Work Weeks in a Year: $ (52 weeks per year is the average)
Number of Work Days in a Year: $ (260 days per year is the average)
Number of Work Hours in a Day: $ (8 hours per day is the average for full-time employees)
Number of Work Months in a Year: $
Number of Work Weeks in a Year: $ (52 weeks per year is the average)
Number of Work Days in a Year: $ (260 days per year is the average)
Number of Work Hours in a Day: $ (8 hours per day is the average for full-time employees)
Assuming a salary of $30,000.00 per year. An employee makes:
·
$2,500.00 per month
·
$576.92 per week
·
$115.38 per day
·
$14.42 per hour
·
$0.24 per minute
·
$0.004006410256410256 per second
·
$0.000004006410256410256 per millisecond
6.
Revenue and Profit
Per Employee Calculator
|
Use this simple calculator to determine your revenue and
profit per employee. This calculator averages out the number of full-time and
part-time employees based on a 40 hour week. Example: If you have 2 part-time
employees who each work an average of 20 hours per week, then both part-time
employees are equivalent to a single full-time employee.
Use positive figures for all expenses.
Note: This calculator is provided for educational purposes and cannot be used to make financial decisions. The Human Equation, Inc. makes no claims or guarantees about the accuracy or the reliability of these calculations.
Simply enter numbers in the calculator fields below. The results will appear automatically on the bottom of the page.
TOTAL REVENUES $
Use positive figures for all expenses.
Note: This calculator is provided for educational purposes and cannot be used to make financial decisions. The Human Equation, Inc. makes no claims or guarantees about the accuracy or the reliability of these calculations.
Simply enter numbers in the calculator fields below. The results will appear automatically on the bottom of the page.
TOTAL REVENUES $
o
Net Sales: $
(income from delivering products or services minus sales discounts, returns, and allowances)
(income from delivering products or services minus sales discounts, returns, and allowances)
o
Other Revenues: $
(rent, patents, interests)
(rent, patents, interests)
·
TOTAL EXPENSES $
o
Cost
of goods sold (COGS): $
(direct costs of production of goods, labor, raw materials, etc)
(direct costs of production of goods, labor, raw materials, etc)
o
General
and administrative (G & A): $
(officer salaries, legal and professional fees, utilities, insurance, depreciation of office building and equipment, office rents, office supplies)
(officer salaries, legal and professional fees, utilities, insurance, depreciation of office building and equipment, office rents, office supplies)
o
Selling
General and Administrative (SGA) expenses: $
(sales and employee salaries, advertising, shipping, travel expenses, commisions, etc)
(sales and employee salaries, advertising, shipping, travel expenses, commisions, etc)
o
Research
and development (R & D) expenses: $
o
Depreciation
and amortization charges: $
o
Interest
Expense: $
(costs of borrowing)
(costs of borrowing)
o
Provision
for income taxes: $
o
Other
expenses or losses: $
(charges not related to primary business operations)
(charges not related to primary business operations)
·
NUMBER OF EMPLOYEES: (average
based on 40 hours per week)
o
Full-time
employees: (including
directors and officers)
o
Part-time
employees:
o
Average
hours per week for part-time employees:
Results
Revenue Per Employee: $84,175.08
(Total Revenues / Number of Employees)
(Total Revenues / Number of Employees)
Gross Profit Per Employee: $42,087.54
((Net sales - COGS) / Number of Employees)
((Net sales - COGS) / Number of Employees)
Operating Income Per Employee: $23,569.02
aka EBIT: ((Total Revenues - (Total Expenses, excluding interest and taxes)) / Number of Employees)
Profit Per Employee: $12,626.26
((Total Revenues - Total Expenses) / Number of Employees)
aka EBIT: ((Total Revenues - (Total Expenses, excluding interest and taxes)) / Number of Employees)
Profit Per Employee: $12,626.26
((Total Revenues - Total Expenses) / Number of Employees)
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