About the Course
This course is intended to give students knowledge and skills about the digital manufacturing process as it relates to products. Its goal is to use digital technologies in manufacturing, services, supply chains, products, and processes. Digital manufacturing technology connects systems and processes throughout the manufacturing process, resulting in an integrated manufacturing approach that spans design, production, and final product maintenance.
This course gives us insight into the concept of smart factories and digital transformation, including everything from digital twins to robotic process automation. Applications of Product Life Management, ERP, Value Chain Management, and IIoT covered extensively.
Course Objective
- Describe the theoretical aspects of Digital Manufacturing
- Explain the Drivers and Technologies of Digital manufacturing
- Understand the Product Lifecycle Management and Value Chain Management
- Describe the technical impact of digital manufacturing using AI, CPS, and IIOT.
- Show the Robotic ARM for Industrial Automation with an embedded-C, Cyber Physical System
- Create a smart factory using the use case study as a guide.
Key Topics
Learning Outcomes
- Describe the various technologies used in Digital manufacturing
- Illustrate how the data is shared in Digital Manufacturing to simplify the process
- Evaluate the feasibility of implementing Digitalization
- Show the fundamental ideas behind CPS and IIOT technologies’ perspectives
- Design project works concerning Robotics and Digitalization
- Summarize the use of Industry
- 0 as a whole