This document discusses automation and control systems. It describes different types of automation including fixed, programmable, and flexible automation. It provides an example of Tesla's highly automated factory that uses hundreds of robots to perform various manufacturing tasks like metal bending and assembly. The document also lists advantages of automation such as faster fault identification, accurate and consistent information, increased production, and improved safety. It discusses computer-aided design and manufacturing (CAD/CAM) and notes advantages like application flexibility, design flexibility, time and energy savings, and cost savings.

1. AUTOMATION

2. CONTROL SYSTEM
Ease Of Human Work
automation

3. What
is
control system ?

4. Manual control system

5. automatic control system

6. Types of
Automation
Fixed
Automation
Programmable
Automation
Flexible
Automation

8. Fixed Automation

9. Programmable Automation

10. Flexible automation
"Tesla has built the most
modern factory in
the world. It happens to
build cars, but it could
build anything. It is not
just automated, it’s a
veritable robot army.
Hundreds of general-
purpose KUKA robot arms
do everything from metal-
bending to assembly. Flat-
topped robot vehicles
carry car chassis around,
charging themselves on
inductive pads as they go.
Robot painting arms from
Fanuc can open car doors
to spray around them, and
then close them
again when they’re done."

11. ADVANTAGES
OF
AUTOMATION
FASTER FAULT
IDENTIFICATION
ACCURATE
AND
CONSISTENT
INFORMATION
IMPROVED
AVAILABILITY
OF SYSTEM
INCREASED
PRODUCTION
REDUCED COST
IMPROVED
SAFETY
CONDITIONS
MAINTENANCE
OF QUALITY &
QUANTITY

12. Computer-aided design
AND
Computer-aided manufacturing

13. COMPUTER
DESIGN
DESIGNS AND
MODELS
ANALYSIS OF
DESIGN
REVIEWED,
REVISED, AND
REFINED
MANUFACTURING
3D PRINTER
PROTOTYPES

14. Advantages
of
CAD/CAM
Application
Flexibility
Design
Flexibility
Automated
Specification
Checking Time and
Energy
saving
Cost Saving

15. THANK YOU