A Brief overview on Smart factory covering all the aspects related to it.

1. A B.Tech Seminar on
“SMART FACTORY – FACTORY OF THE FUTURE”
Submitted by Mr. Sanket Tembhurkar (20170182)
Under the guidance of Dr. Mudigonda Sadaiah
DEPARTMENT OF MECHANICAL ENGINEERING,
DR. BABASAHEB AMBEDKAR TECHNOLOGICAL UNIVERSITY,
LONERE,
RAIGAD – MAHARASHTRA – 402 103,
(2019-2020)

2. Contents
 Four phases of industrialization
 Introduction-What is Smart Factory?
 Operational Excellence
 Cybernetics and Mechatronics
 Features of Smart Factory
 Main technologies driving Smart factory
 Benefits and Shortcomings of Smart Factory

3. What if (a) never transformed into (b)?
Implications?
(a) (b)

4. Four phases of Industrialization

5. What is Smart Factory?
 Merging of physical and virtual worlds using mainly Cybernetics
and Mechatronics.
 Conversion of Traditional automation into fully connected flexible
system(self-learning and self-adapting).
What does ‘It’ actually do?
Integrates different assets such as physical,
operational and human assets to increase productivity
and efficiency through a digital twin.

6. Operational Excellence

7. Cybernetics and Mechatronics
Cybernetics
 Scientific study of how
humans, animals and
machines control and
communicate with each
other.
Mechatronics
 the synergistic combination of
precision mechanical
engineering, electronic
control and systems thinking in
the design of products and
manufacturing processes.

8. Features of Smart factory
 Data Driven Decision Making
 Monitoring and Managing Asset Performance
 Optimization and Reliability
 Business Intelligence

9. Main technologies driving Smart factory
Artificial Intelligence(AI): -
 Quality Checks
 Maintenance
 Supply chain communication
 Post-Production Support
 Faster, more reliable design

10. Industrial Internet of Things(IIOT): -
 Production flow optimization
 Inventory management
 Facility management
 Logistics

11. IOT in Manufacturing

12. Cloud Computing: -
On-demand availability of computer system resources,
data storage and computing power, without direct active
management by the user.
Machine Learning: -
Scientific study of algorithms and statistical models that
computer systems use to perform a specific task without using
explicit instructions, relying on patterns and inference instead.

13. Taking steps towards the Smart Factory

14. Benefits of Smart
factory
 Reduction in Human Errors
 Improvement in Quality
Consistency
 Guaranteed Productive Gains
 Flexibility in Customization
 Customer Satisfaction
 Knowledge Transfer
 Increased safety and revenue
generation
 Analyzing Big Data(Volume,
Variety, Veracity, Velocity)
 Cyber Security
 Access to Internet is Must
 Employment shift towards
more higher standards
Shortcomings of
Smart factory

15. Overview

16. Conclusion
 Smart factory is an evolving solution
 Disruption has become the core competency for
organizations to stay ahead.
 Lack of single definition of smart factory
 Increased Asset Efficiency
 Integration leads to complexity
 Rules and Regulations should be employed all over the
world for standardization

17. THANK YOU!