This slideshow was written by Ken Chapman, but is substantially based on concepts from Managerial Economics and Organizational Architecture by Brickley Zimmerman & Smith, McGraw-Hill, Incentive Compensation  Dupont 1988: Incentive pay program instituted covering nearly 20,000 employees 6% of annual pay put at risk depending on company performance

This slideshow was written by Ken Chapman, but is substantially based on concepts from Managerial Economics and Organizational Architecture by Brickley Zimmerman & Smith, McGraw-Hill, Forms of Incentive Pay  Piece rates and commissions  Bonuses  Prizes  Salary revisions based on performance  Promotions  Preferred assignments  Stock ownership  Firings and penalties based on performance  Deferred compensation (e.g., un-invested pensions) that are lost on dismissal

This slideshow was written by Ken Chapman, but is substantially based on concepts from Managerial Economics and Organizational Architecture by Brickley Zimmerman & Smith, McGraw-Hill, Is Incentive Pay Desirable?  Example: Stock as part of Compensation CEOs Janitors  Students: Grading based on the class average  Example: Professor’s reward for research  Example: MD’s and utilization review

This slideshow was written by Ken Chapman, but is substantially based on concepts from Managerial Economics and Organizational Architecture by Brickley Zimmerman & Smith, McGraw-Hill, The Basic Incentive Problem  Assume effort costless to observe  Employees want to be happy U = I – e 2 Reservation utility = 1000  Firm’s want employees to work hard B = $100e  What is the optimum effort? Profit = 100e – (1000+e 2 )

This slideshow was written by Ken Chapman, but is substantially based on concepts from Managerial Economics and Organizational Architecture by Brickley Zimmerman & Smith, McGraw-Hill, The Basic Incentive Problem Cost of Effort = 1000+e 2 Benefit of Effort= 100e Benefits and Costs in $ Level of Effort

This slideshow was written by Ken Chapman, but is substantially based on concepts from Managerial Economics and Organizational Architecture by Brickley Zimmerman & Smith, McGraw-Hill, The Basic Incentive Problem Cost of Effort = 1000+e 2 Benefit of Effort= 100e Benefits and Costs in $ Level of Effort e*=50

This slideshow was written by Ken Chapman, but is substantially based on concepts from Managerial Economics and Organizational Architecture by Brickley Zimmerman & Smith, McGraw-Hill, Lessons from the example  If interests are aligned, there is no problem  Incentive conflicts are no problem when they are contractible  There is a tradeoff between the benefits to the firm and the cost to employees

This slideshow was written by Ken Chapman, but is substantially based on concepts from Managerial Economics and Organizational Architecture by Brickley Zimmerman & Smith, McGraw-Hill, Incentives from Ownership  Suppose effort is not observable, but that employees are paid for their output.  Maximize U = ($100e – $1,500)- e 2  Limitations of this approach Wealth Constraints Risk Aversion Team Production

This slideshow was written by Ken Chapman, but is substantially based on concepts from Managerial Economics and Organizational Architecture by Brickley Zimmerman & Smith, McGraw-Hill, Optimal Risk Sharing  Abby: Monthly income from trust fund is worth either $0 or $10,000 with probability.5 Expected Income =$5,000  Jess: Same income stream, same probabilities. Probabilities are independent.  Assuming the two are risk-averse, can they gain by pooling assets

This slideshow was written by Ken Chapman, but is substantially based on concepts from Managerial Economics and Organizational Architecture by Brickley Zimmerman & Smith, McGraw-Hill, Optimal Risk Sharing Joint OutcomeProbability Individual Payoff from splitting ($0;$0).25$0 ($0;$10,000).25$5,000 ($10,000; $0).25$5,000 ($10,000;$10,000).25$10,000 Expected Income = $5,000

This slideshow was written by Ken Chapman, but is substantially based on concepts from Managerial Economics and Organizational Architecture by Brickley Zimmerman & Smith, McGraw-Hill, Effective Incentive Contracts  Tradeoff between risk sharing and incentives From a risk-sharing viewpoint it is better to have fixed salaries Fixed salaries do not provide strong incentives

This slideshow was written by Ken Chapman, but is substantially based on concepts from Managerial Economics and Organizational Architecture by Brickley Zimmerman & Smith, McGraw-Hill, Principal-Agent Model  Principal The one writing the contract The employer  Agent The one working on the principal’s behalf The employee

This slideshow was written by Ken Chapman, but is substantially based on concepts from Managerial Economics and Organizational Architecture by Brickley Zimmerman & Smith, McGraw-Hill, Principal-Agent Example  Erica works for DNAcorp Erica’s Output (Q) is determined by her effort (e) and some random events out of her control (). The variance of these random events is  2. Q= e +  Erica’s personal costs = e 2  Owner’s Profit = (e + ) – W W is the wage paid to Erica  Suppose Compensation =$ *($100e + )

This slideshow was written by Ken Chapman, but is substantially based on concepts from Managerial Economics and Organizational Architecture by Brickley Zimmerman & Smith, McGraw-Hill, Erica’s Effort Choice Compensation= e Costs to Erica= e 2 Costs in $ Level of Effort e*=10

This slideshow was written by Ken Chapman, but is substantially based on concepts from Managerial Economics and Organizational Architecture by Brickley Zimmerman & Smith, McGraw-Hill, Erica’s Effort Choice Compensation= e Costs to Erica= e 2 Costs in $ Level of Effort e*=10e*=15 Compensation = e

This slideshow was written by Ken Chapman, but is substantially based on concepts from Managerial Economics and Organizational Architecture by Brickley Zimmerman & Smith, McGraw-Hill, Factors that Favor Incentive Pay  The value of the output is sensitive to employee effort  The employee is not very risk-averse  The level of risk that is beyond the employee’s control is low  The employee’s response to incentives is high  The employees output can be measured at low cost

This slideshow was written by Ken Chapman, but is substantially based on concepts from Managerial Economics and Organizational Architecture by Brickley Zimmerman & Smith, McGraw-Hill, Informativeness Principle  Include all performance indicators that provide additional information about the employee’s effort if they can be included at low cost. Greater precision in the measure reduces the cost of inefficient risk bearing.

This slideshow was written by Ken Chapman, but is substantially based on concepts from Managerial Economics and Organizational Architecture by Brickley Zimmerman & Smith, McGraw-Hill, Group Incentive Pay  Advantages May be easier to measure Encourages cooperation and teamwork Employees monitor each other

This slideshow was written by Ken Chapman, but is substantially based on concepts from Managerial Economics and Organizational Architecture by Brickley Zimmerman & Smith, McGraw-Hill, C.E.O. Compensation  Why are CEO’s paid more?  Japanese CEO’s receive less than their US counterparts. Why?  When incentive pay for CEO’s is announced, the stock price rises. Why?

Sample Problems This slideshow was written by Ken Chapman, but is substantially based on concepts from Managerial Economics and Organizational Architecture by Brickley Zimmerman & Smith, McGraw-Hill, Evaluate the statement: “investment banking is a demanding profession: investment banks want their employees to work as hard as possible.”

Sample Problems This slideshow was written by Ken Chapman, but is substantially based on concepts from Managerial Economics and Organizational Architecture by Brickley Zimmerman & Smith, McGraw-Hill, Discuss the tradeoffs between efficient risk-bearing and incentives in compensation packages.

Sample Problems This slideshow was written by Ken Chapman, but is substantially based on concepts from Managerial Economics and Organizational Architecture by Brickley Zimmerman & Smith, McGraw-Hill, Consider two successful sales companies. One company pays its salespeople a high commission, whereas the other pays its salespeople a straight salary. Assume that both companies are paying their salespeople in an optimal manner. Explain potential differences in the firms that might help to explain the differences in the pay policies.

Sample Problems This slideshow was written by Ken Chapman, but is substantially based on concepts from Managerial Economics and Organizational Architecture by Brickley Zimmerman & Smith, McGraw-Hill, Evaluate the following statement: “John is paid a straight salary with no bonus pay. Obviously, he has no incentives to do a good job.”

Sample Problems This slideshow was written by Ken Chapman, but is substantially based on concepts from Managerial Economics and Organizational Architecture by Brickley Zimmerman & Smith, McGraw-Hill, Some school districts have compensated teachers based on the performance of students on standardized tests. Do you think this is a good idea? Explain.