HandZone, a manufacturer of high-quality gloves and a variety of accessories, already has both computer-aided design and computer-aided manufacturing. Unfortunately, the two systems cannot communicate with each other. David Warmdigit, a production manager at HandZone, has heard about some software that allows CAD and CAM to work together, and wants to learn more about it. David is interested in:

computer integrated manufacturing.

Explanation:

Robotic process automation can be defined as a technical process which typically involves the automatic performance of a task by a computer-based software.

Computer-assisted manufacturing (CAM) can be defined as manufacturing process which typically involves the use of specialized computer systems to instruct, guide, and control the transformation process of inputs (raw materials) into finished goods (outputs).

Basically, computer-assisted manufacturing (CAM) avails manufacturers or business owners the ability to infuse process control into their production or assembly line and as such enhancing the level of production, performance and efficiency.

Generally, process control is mainly used in manufacturing industries such as food and beverages industries, oil and gas refinery industries, power (electricity) generation industries, chemical processing industries, and wastewater management industries where the production of materials from raw materials are continuously without any interruption.

Hence, the main purpose of computer-assisted manufacturing (CAM) is to ensure that the manufacturing process is done with better quality, consistency, safety standards and efficiency through the adoption (use) of specialized software applications for machine automation.

In conclusion, we can deduce that David is interested in computer integrated manufacturing.