Based on the following:

• The estimated purchase price for the equipment required to move the operation in-house would be $500,000. Additional net working capital to support production (in the form of cash used in Inventory, AR net of AP) would be needed in the amount of $25,000 per year starting in year 0 and through all 5 years of the project to support production.

• The current spending on this component (i.e. annual spend pool) is $875,000. The estimated cash flow savings of bringing the process in-house is 20% or annual savings of $175,000. This includes the additional labor and overhead costs required.

• Your company has access to a credit line and could borrow the funds at a rate of 6%.

• Finally, the equipment required is anticipated to have a somewhat short useful life, as a new wave of technology is on the horizon. Therefore, it is anticipated that the equipment will be sold after five years for $25,000. (i.e. the terminal value).

Your colleague the Product Manager, is convinced the new capability will allow better control of quality and on-time delivery, and that it will last longer than 5 years. He recommends using a 7 Year Equipment Life (which means a 7-year project and savings life), flat annual savings, 10% discount rate. In other words, assume that the machine will last 2 more years and deliver 2 more years of savings. He also feels the equipment will have an estimated terminal value of $15,000 at the end of its 7-year useful life.

Using the data presented above (and ignoring the extraneous information), for this profit and supply chain improvement project, calculate each of the following (where applicable): Show Calculations

o Nominal Payback

o Discounted Payback

o Net Present Value

o Internal Rate of Return