Question: Problem: (16 marks) Let consider the following assembly line. Time is given in parentheses and in minutes. L (2) K (3) A (1) J(4) D(4)

Problem: (16 marks) Let consider the following
Problem: (16 marks) Let consider the following assembly line. Time is given in parentheses and in minutes. L (2) K (3) A (1) J(4) D(4) B (3) G (2) H (2) E (1) C(4) F(1) 1(2) 2. Compute the maximum and minimum hourly production rate of this assembly line. 3. The company wants to produce 80 units per day (I day is equivalent to 8 working hours). a. What is the minimum number of possible stations? b. Assign tasks using the "Largest number of followers" rule by completing the table below. Compute the efficiency of each workstation, the percentage of idle time, and the global efficiency Workstation Remaining Eligible tasks Assigned Updated Idle time time tasks remaining time c. Assign tasks using the Ranked Positional Weight technique. Compute the percentage of idle time and the global efficiency. d. Assign tasks using the Killbridge & Wester technique. Compute the percentage of idle time, and the global efficiency c. Draw the best workstation assignment Problem: (16 marks) Let consider the following assembly line. Time is given in parentheses and in minutes. L (2) K (3) A (1) J(4) D(4) B (3) G (2) H (2) E (1) C(4) F(1) 1(2) 2. Compute the maximum and minimum hourly production rate of this assembly line. 3. The company wants to produce 80 units per day (I day is equivalent to 8 working hours). a. What is the minimum number of possible stations? b. Assign tasks using the "Largest number of followers" rule by completing the table below. Compute the efficiency of each workstation, the percentage of idle time, and the global efficiency Workstation Remaining Eligible tasks Assigned Updated Idle time time tasks remaining time c. Assign tasks using the Ranked Positional Weight technique. Compute the percentage of idle time and the global efficiency. d. Assign tasks using the Killbridge & Wester technique. Compute the percentage of idle time, and the global efficiency c. Draw the best workstation assignment

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