4. (15 points) Robot-MRP Problem. The Assembly, Inc. which manufactures a Robot toy, has received three orders recently from its dealer network. The orders are 30 units, 45 unit, and 40 units to be delivered at the beginning of week 3, 5, and 8, respectively. Information of the Robot is given in the table below. The production manager of the Robot concerns about the component G. You are called upon to plan the possible future production schedule. Draw a product structure tree for the Robot using low level code. Using the MRP planning form (next page), you are required to make a trial MRP run for 8 weeks specifically focused on component G (and its parents!). Open order (receiving time) Item Robot B E F G H Lead time 2 1 1 2 3 2 On Hand Components 10 B, G, C(3) 5 E, F 20 G(2), H 60 none 70 none 75 none 10 none Lot size L4L Multiple 25 L4L Multiple 100 Multiple 200 Multiple 80 Multiple 150 25 (beginning of week 1) 55 (beginning of week 1) 320 (beginning of week 2) 1 4. (15 points) Robot-MRP Problem. The Assembly, Inc. which manufactures a Robot toy, has received three orders recently from its dealer network. The orders are 30 units, 45 unit, and 40 units to be delivered at the beginning of week 3, 5, and 8, respectively. Information of the Robot is given in the table below. The production manager of the Robot concerns about the component G. You are called upon to plan the possible future production schedule. Draw a product structure tree for the Robot using low level code. Using the MRP planning form (next page), you are required to make a trial MRP run for 8 weeks specifically focused on component G (and its parents!). Open order (receiving time) Item Robot B E F G H Lead time 2 1 1 2 3 2 On Hand Components 10 B, G, C(3) 5 E, F 20 G(2), H 60 none 70 none 75 none 10 none Lot size L4L Multiple 25 L4L Multiple 100 Multiple 200 Multiple 80 Multiple 150 25 (beginning of week 1) 55 (beginning of week 1) 320 (beginning of week 2) 1