Essay on Revenue and Production

Words: 3330
Pages: 14

BERGERAC CASE STUDY
Summary
The purpose of this report is to analyze the opportunity to produce plastic components for cartridge production and choose the best alternative. It is predicted that the annual demand growth is a triangular distribution with a minimum of 5%, most likely of 17% and a maximum of 25%. Due to the continuous growth in the demand, the alternatives cannot be compared using just the data for 2010. An analysis is carried out for the time period 2011 to 2015 and the present worth of the net income is considered as the criteria to select the alternative. The analysis basically can be divided into 5 steps: * Forecasting demand for next five years, * Estimating capacity required, * Developing production

Additionally, Mr. McCarthy has not considered the possible revenue from the existing operations of GenieTech with other customers. The possible merger could also serve as a possibility for development in a new product line which would favor the growth of the company. So, Mr. McCarthy has not considered all the factors when comparing the two alternatives which means it is not ideal to accept this analysis.
Financial analysis to choose between alternatives - Buy Vs Build using a 2011 to 2015 study period The analysis can be basically divided into 5 steps: First, the demand for the years 2011 to 2015 has to be forecasted. Second step is to estimate the capacity required to meet the demand in both buy and build options. The next step is to plan the production accordingly to meet the demand forecasted previously. The employee strike which is predicted to happen in the start of year 2013 should be accounted for when planning the production. The costs of operation and the revenues are then calculated which is used in the income statement. Final step is to compare the cash flows to determine the optimal solution that can be executed in the years 2011 to 2015.
Estimated demand for OmniVue cartridges and the testing instruments for years 2011 – 2015 The expected annual growth rate of demand is a triangular distribution with a minimum of 5%, a most likely of 17% and a maximum of 25%. From the estimated installed base