What is the Critical Path, Project Duration, Project Slack, Project Due date, and completion for the following;

Activity	Predecessor	Work days	Total woking hours	Labour Rate $/hours	Labour cost $	Material Cost	Equipment Cost	Travel cost	Total cost
1	Gather Data by distributing questionnaire	-	10	80	120	9600	0	0	0	9600
2	Gather Data by sharing out survey	-	10	80	120	9600	0	0	0	9600
3	Face to face meeting with customer	1,2	5	40	120	4800	0	0	0	4800
4	Call in interview with customer	1,2	3	24	120	2880	0	0	0	2880
5	Recognize the weak points of the existing system	3,4	20	160	120	19200	0	0	0	19200
6	Pinout the improvement areas of the existing system	5	20	160	120	19200	0	0	0	19200
7	Identify the must carryover from the existing system	6	10	80	120	9600	0	0	0	9600
8	Define user requirement	3,4	30	240	120	28800	0	0	0	28800
9	Define Automotive design standard	3,4	5	40	120	4800	0	0	0	4800
10	Define all system component	7,8,9	20	160	120	19200	0	0	0	19200
11	Specify subsystems logic	11	25	200	120	24000	0	0	0	24000
12	Sketch block diagram	12	15	120	120	14400	0	1000	0	14400
13	list down characteristic of all component ( voltage, current,interfaces,..)	10	8	64	120	7680	0	0	0	7680
14	list input signals available for the system	12.13	5	40	120	4800	0	0	0	4800
15	list output signals required to control OR power ON/OFF	14	5	40	120	4800	0	0	0	4800
16	Define number of controllers to be used	15	10	80	120	9600	0	0	0	9600
17	Specify space available for controllers	16	5	40	120	4800	0	0	0	4800
18	Choose controller type in each location	17	50	400	120	48000	120000	0	2000	170000
19	Communicate mechanical interface	18	1	8	120	960	0	0	0	960
20	Sketch draft component allocation for dashboard	10	20	160	120	19200	0	1000	0	19200
21	Specify space available for switches, gauges, controls,..	20	5	40	120	4800	0	0	0	4800
22	Identify max speed can be achieved and Select speedometer	21	5	40	120	4800	0	0	0	4800
23	Identify max torque available and Select tachometer	22	5	40	120	4800	0	0	0	4800
24	Recognize fuel tank size and Select fuel level sensor and gauge	23	10	80	120	9600	0	0	0	9600
25	Define engine coolant temperature requirement and select its gauge	24	5	40	120	4800	0	0	0	4800
26	Pinout engine and transmission warnings requirements	25	2	16	120	1920	0	0	0	1920
27	list down user warning requirements/ vehicle informative signs required (indicator, tire pressures,..)	26	5	40	120	4800	0	0	0	4800
28	Choose tell-tale display for signs	27	20	160	120	19200	4000	0	200	23400
29	Determine control interfaces required	28	4	32	120	3840	0	0	0	3840
30	Define proper type for each control (light, wiper and cruise, window, mirror, door lock, seat position adjust, A/C control,..)	29	20	160	120	19200	0	0	0	19200
31	Select display	21	10	80	120	9600	10000	0	200	19800
32	Determine switches function required	30	4	32	120	3840	0	0	0	3840
33	Define proper switch type for each function ( hazard, brake light switch, diff locks, height, start stop,..)	32	5	40	120	4800	0	0	0	4800
34	Select 12V sockets, USB entry port and volume adjust	31	12	96	120	11520	0	0	0	11520
35	Check Transmission options for gear selector and select one	34	2	16	120	1920	0	0	0	1920
36	Check Engine and Transmission options for Throttle pedal and select one	35	2	16	120	1920	0	0	0	1920
37	Check power availability to power up lights	35,33,19	8	64	120	7680	0	0	0	7680
38	Determine space allocated for lights	37	3	24	120	2880	0	0	0	2880
39	Select front position light, high beam light, front indicator and marker lights	38	16	128	120	15360	0	0	0	15360
40	Select rear position light, reverse light, brake light and rear indicator	39	16	128	120	15360	0	0	0	15360
41	Select side indicators	40	4	32	120	3840	0	0	0	3840
42	Select driver, co driver light and passenger lights	41	12	96	120	11520	0	0	0	11520
43	Calculate power budget	42	2	16	120	1920	0	0	0	1920
44	Decide on alternator	43	2	16	120	1920	0	0	0	1920
45	Select batteries	44	4	32	120	3840	0	0	0	3840
46	Draw system circuit diagram	45	60	480	120	57600	0	0	0	57600
47	Design wire sizes and check max current to pass through each	46	15	120	120	14400	0	0	0	14400
48	Protect wires with fuses	47	10	80	120	9600	0	0	0	9600
49	Check control circuits	46	5	40	120	4800	0	0	0	4800
50	Add relays to simplify the control	49	6	48	120	5760	0	0	0	5760
52	Categorize the harnesses	13,46	5	40	120	4800	0	0	0	4800
53	Establish harness routing and define layout	52	30	240	120	28800	0	0	0	28800
54	Sketch detailed harnesses drawings	53	90	720	120	86400	0	0	0	86400
55	Define high power requirement	46	5	40	120	4800	0	0	0	4800
56	Establish cable routing	55	12	96	120	11520	0	0	0	11520
57	Sketch detailed drawing for positive cables and negative straps	56	30	240	120	28800	0	0	0	28800
58	Evaluate the design	48,50,53,57	30	240	120	28800	0	0	0	28800
59	Book for PDR meetings with all stakeholders	58	1	8	120	960	0	0	0	960
60	Held the meetings and list down recommendation	59	10	80	120	9600	0	0	0	9600
61	Write the PDR reports	60	3	24	120	2880	0	0	0	2880
62	Develop software	61	20	160	120	19200	0	0	0	19200
63	Manufacture one set	61	70	560	70	39200	1200000	0	5000	1244200
64	Purchase other items	61	2	16	100	1600	970000	0	2000	973600
65	Purchase test bench material (table,..)	61	20	160	100	16000	20000	0	2000	38000
66	Build test bench	62,63,64,65	30	240	70	16800	2000	2000	0	18800
67	Conduct bench testing and write the report	66	20	160	120	19200	0	0	0	19200
68	Barrow vehicle	61	5	40	120	4800	100000	0	2000	106800
69	Strip the test bench	68	2	16	100	1600	0	2000	0	1600
70	Connect the new architecture using test bench material	69	30	240	100	24000	0	2000	0	24000
71	Conduct vehicle testing and write the report	70	18	144	120	17280	0	0	0	17280
72	Book for CDR meetings with all stakeholders	71	2	16	120	1920	0	0	0	1920
73	Held the CDR meetings and write the reports	72	5	40	120	4800	0	0	0	4800
74	Release designs for production	73	30	240	120	28800	0	2000	0	28800
75	Deliver to customer and acceptance	73	5	40	120	4800	0	0	2000	6800
76	Train drivers	74,75	10	80	100	8000	0	0	0	8000
77	Issue operation/service manual	76	30	240	100	24000	0	0	0	24000
			1071	8568	8900	973120	2426000		15400	3414520