Task: Use appropriate techniques to complete an analysis of the proposed project work and management requirements for the new product development proposal for Stage 2: Business Case ONLY, using the information contained in Appendix 1. Submit your analysis as a narrated PowerPoint presentation (maximum of 2 slides). Details of the task and its mark distribution are as follows: Task Details of analysis required - for Stage 2: Business Case Mark distributio n 30% 20% 1) Project a. Produce a Network Diagram (Using AOA technique). planning b. Produce a Gantt chart, using MS Excel. c. Calculate the float for each activity and subsequently define the critical path showing all calculations. 2) Resource a. Generate a histogram of the resource usage, using MS Excel. planning b. Identify the maximum team size required. 3) Project a. Identify the key milestones and the deliverables for this stage of the management project. b. Describe how the Project Manager might recover lost time within the stage. C. Based on the different resources title needed, propose an effective team structure including organisation chart and HR numbers. 4) Duration/costa. Determine the duration and the finish date for the stage. b. Calculate the total labour cost for the stage. 30% 20% B Stage 2: Business Case Activity Activity details Duration HR needed Predecessor code / days A Detailed project definition 3 BA, DE, ME B Detailed market analysis A 5 BA, MR C Detailed financial analysis 2 FC D Product design specification B 6 DE, ME, EE E Digital mock-up of final concept CD 3 DE, DA, ME Detailed product C.D DE, DA, ME, EE 5 architecture/hierarchy G Detailed business case F BA, DA, DE, ME, FC F 3 HR roles / Abbreviation key / Contractor Costs: Resource title Abbreviation Cost () / day Business Analyst BA 280 Engineering Technician ET 150 Financial Controller 200 FC Development Engineer DE 220 Marketing Researcher MR 200 ME 220 DA 210 Manufacturing Engineer Designer / Analyst Project Manager Test Technician Electronics / Software Engineer PM 300 TT 150 EE 240