5 Written questions
5 Matching questions
- Gantt Chart
- statistical quality control
- lean production
- total quality management
- forward scheduling
- a you start with the date materials are available, then create the most efficient schedule, and then determine a shipping date based on that schedule
- b Unlike final inspection methodologies, involves every factor in producing high-quality goods—management, customers, employees, and suppliers. At any point, employees and leaders are aiming to produce high quality.
- c horizontal bar graph used to lay out each task in a project, the order in which these tasks must be completed, and how long each task will take.
- d set of principles concerned with reducing waste and improving flow
- e Continual monitoring of each stage of the entire production process
5 Multiple choice questions
- description of how resources are to be used to develop a product in a specific way
- where you are given a shipping or due date and you have to determine the start date and the most efficient schedule based on when everything has to be finished.
- The planning, implementation, and control measures used to convert resources into finished products. (focused on products)
- groups together similar tasks, and the partially assembled product moves from one station to the next as workers perform a particular step in the production process
- Consists of managing the activities and processes to produce and distribute goods and services
5 True/False questions
flexible manufacturing system → uses the design data to control the machinery used in the manufacturing process
Computer-Aided Manufacturing (CAM) → combine design and manufacturing functions with other automated functions, such as order taking, shipment, and billing for the complete automation of a manufacturing plant
utility supply → availability of public infrastructure services (electricity, water, natural gas, and communications)
Computer-Integrated Manufacturing (CIM) → uses the design data to control the machinery used in the manufacturing process
Computer-Aided Design (CAD) → uses the design data to control the machinery used in the manufacturing process