Element A B C D E F G H I J K L

Predecessors - - A B C,D E F F H H I,J G,K

Q1 - If this assembly was completed in a single cell, how many units will that cell produce per day, in a factory that runs (3) 8 hour shifts at 96% efficiency?

Q2 - Our customer is asking us to deliver 110 assemblies per day. What do we need the Ts (Service time, or TAKT time) of our production system need to be in order to support this customer demand? Can this be accomplished with a single station production system? What kind of production system do we need to have?

Q3 - Draw the precedence network for this production system.

Q4 - Design your production stations using 2 methods. For each method, show a table with how many stations you will have, and the work content in each station. Show your work.

- Largest Candidate Rule o What is the efficiency of this production line?

- Kilbridge and Wester Method o What is the efficiency of this production line?

- What are the benefits and risks to each production layout? Which production line arrangement would you choose? Why?

Q1 - If this assembly was completed in a single cell, how many units will that cell produce per day, in a factory that runs (3) 8 hour shifts at 96% efficiency? Q2 - Our customer is asking us to deliver 110 assemblies per day. What do we need the Ts (Service time, or TAKT time) of our production system need to be in order to support this customer demand? Can this be accomplished with a single station production system? What kind of production system do we need to have? Q3 - Draw the precedence network for this production system. Q4 - Design your production stations using 2 methods. For each method, show a table with how many stations you will have, and the work content in each station. Show your work. - Largest Candidate Rule - What is the efficiency of this production line? - Kilbridge and Wester Method What is the efficiency of this production line? - What are the benefits and risks to each production layout? Which production line arrangement would you choose? Why