Which production strategy uses components made ahead of time, with final assembly after the order?

Which production strategy uses components made ahead of time, with final assembly after the order?

• A. Assemble-to-Order
• B. Make-to-Stock
• C. Make-to-Order
• D. Engineer-to-Order

Answer: (A)

The idea being tested is how timing and inventory of components align with customer customization. Assemble-to-Order fits this description because parts and subassemblies are produced or stocked in advance, and the final product is assembled after the specific customer order arrives. This approach blends efficiency from using pre-made modules with the flexibility to customize at the end—think of computers or appliances built from a set of common subassemblies that are completed into the final configuration once the order details are known. This differs from make-to-stock, where finished goods are produced in anticipation of demand and kept on hand without final customization after order. It also differs from make-to-order, where production starts only after the order and there may be less pre-made subassembly on hand. Engineer-to-order involves designing and producing a unique product for each order, with substantial customization from scratch.

The idea being tested is how timing and inventory of components align with customer customization. Assemble-to-Order fits this description because parts and subassemblies are produced or stocked in advance, and the final product is assembled after the specific customer order arrives. This approach blends efficiency from using pre-made modules with the flexibility to customize at the end—think of computers or appliances built from a set of common subassemblies that are completed into the final configuration once the order details are known.

This differs from make-to-stock, where finished goods are produced in anticipation of demand and kept on hand without final customization after order. It also differs from make-to-order, where production starts only after the order and there may be less pre-made subassembly on hand. Engineer-to-order involves designing and producing a unique product for each order, with substantial customization from scratch.