You have been serving as Electroscan's project manager and are well along in the 29 In-store Scanner project. Develop a narrative status report for the board of directors of the chain store that discusses the numbers of the project to date and at completion. Be as specific as you can using the numbers that you have been given. Remember that your audience is not familiar with the jargon used by project managers and computer software personnel so it needs to be translated into terms that they can understand. Your report will be evaluated on your detailed use of the data, your perspective of the current state and future status of the project and your recommendations. Permitted variances are within 10%. Any variations outside of that window requires a corrective action plan.

Scanner Project PV: 430 EV: 405 AC: 476 SV: -25 CV: -71 BAC: 925 EAC: 1128

H1.0 Hardware PV: 92 EV: 88 AC: 72 SV: -4 CV: 16 BAC: 260 EAC: 243

H1.1 Hardware Specifications PV: 20 EV: 20 AC: 15 SV: 0 CV: 5 BAC: 20 EAC: 15

H1.2 Hardware Design PV: 30 EV: 30 AC: 25 SV: 0 CV: 5 BAC: 30 EAC: 25

H1.3 Hardware Documentation PV: 10 EV: 6 AC: 5 SV: -4 CV: 1 BAC: 10 EAC: 8

H1.4 Prototypes PV: 2 EV: 2 AC: 2 SV: 0 CV: 0 BAC: 40 EAC: 40

H1.5 Test Prototypes PV: 0 EV: 0 AC: 0 SV: 0 CV: 0 BAC: 40 EAC: 40

H1.6 Order circuit boards PV: 30 EV: 30 AC: 25 SV: 0 CV: 5 BAC: 30 EAC: 25

H1.7 Preproduction models

PV: 0 EV: 0 AC: 0 SV: 0 CV: 0 BAC: 100 EAC: 100

OP1.0 Operating System PV: 195 EV: 150 AC: 196 SV: -45 CV: -46 BAC: 330 EAC: 480

OP1.1 Kernel Specifications PV: 20 EV: 20 AC: 15 SV: 0 CV: 5 BAC: 20 EAC: 15

OP1.2 Drivers PV: 45 EV: 55 AC: 76 SV: 10 CV: -21 BAC: 70 EAC: 97

OP1.2.1 Disk Drivers PV: 25 EV: 30 AC: 45 SV: 5 CV: -15 BAC: 40 EAC: 60

OP1.2.2 I/O Drivers PV: 20 EV: 25 AC: 31 SV: 5 CV: -6 BAC: 30 EAC: 37

OP1.3 Code Software PV: 130 EV: 75 AC: 105 SV: -55 CV: -30 BAC: 240 EAC: 368

OP1.3.1 Code software PV: 30 EV: 20 AC: 40 SV: -10 CV: -20 BAC: 100 EAC: 200

OP1.3.2 Document software PV: 45 EV: 30 AC: 25 SV: -15 CV: 5 BAC: 50 EAC: 42

OP1.3.3 Code interfaces PV: 55 EV: 25 AC: 40 SV: -30 CV: -15 BAC: 60 EAC: 96

OP1.3.4 Beta test software PV: 0 EV: 0 AC: 0 SV: 0 CV: 0 BAC: 30 EAC: 30

U1.0 Utilities PV: 97 EV: 118 AC: 148 SV: 21 CV: -30 BAC: 210 EAC: 260

U1.1 Utilities specifications PV: 20 EV: 20 AC: 15 SV: 0 CV: 5 BAC: 20 EAC: 15

U1.2 Routing utilities PV: 30 EV: 30 AC: 35 SV: 0 CV: -5 BAC: 30 EAC: 35

U1.3 Complex utilities PV: 30 EV: 60 AC: 90 SV: 30 CV: -30 BAC: 100 EAC: 150

U1.4 Utilities documentation PV: 17 EV: 8 AC: 8 SV: -9 CV: 0 BAC: 20 EAC: 20

U1.5 Beta test utilities PV: 0 EV: 0 AC: 0 SV: 0 CV: 0 BAC: 40 EAC: 40

S1.0 System integration PV: 46 EV: 49 AC: 60 SV: 3 CV: -11 BAC: 125 EAC: 145

S1.1 Architecture decisions PV: 9 EV: 9 AC: 7 SV: 0 CV: 2 BAC: 10 EAC: 8

S1.2 Integration hard/soft PV: 25 EV: 30 AC: 45 SV: 5 CV: -15 BAC: 50 EAC: 75

S1.3 System hard/software test PV: 0 EV: 0 AC: 0 SV: 0 CV: 0 BAC: 20 EAC: 20

S1.4 Project documentation PV: 12 EV: 10 AC: 8 SV: -2 CV: 2 BAC: 15 EAC: 12

S1.5 Integration acceptance testing PV: 0 EV: 0 AC: 0 SV: 0 CV: 0 BAC: 30 EAC: 30