This presentation discusses steps for making Indian engineering world class. It begins with an introduction to the engineering sector in India and the contributions of engineers. It is noted that while India has talent and potential, there are also gaps such as a lack of technical support, innovative culture, and communication barriers. Recommendations are provided such as connecting to professional societies, industry, and international leaders to foster collaboration and innovation. The presentation emphasizes the importance of research, patenting inventions, and developing a sustainable and socially impactful engineering approach to help India achieve its goal of becoming a technological superpower.

1. JIET SCHOOL OF ENGG. & TECH.
FOR GIRLS (JIET SETG)
Making Indian Engineering World Class
Presented By:
Ravina Dadhich
Raksha Mathur
III Year
EEE Department

2. Making Indian Engineering World
Class

3. Inside This Presentation
Introduction
Engineer’s Contribution
To National Development
Where We Lag?
Steps Of Improvement
Conclusion

4. Engineering is a diverse industry with a
number of segments.
The engineering sector is the largest of the
industrial sectors in India.
India’s engineering industry accounts for 27%
of the total factories in the industrial sector.
It represents 63% of the overall foreign
collaborations.
It employs approximately 4 million workers.
Introduction

5. Engineer’s Contribution To
National Development
 Engineers are key figures in the material progress of
the world.
 An Engineer is always considered as an asset to the
nation and society as he is the one who makes a
reality of the potential value of science by
translating scientific knowledge into tools,
resources, energy, and labour to bring science into
the service of the country

6.  Capacity creation in sectors such as infrastructure,
power, mining, oil and gas, refinery, steel, automotive,
and consumer durables are driving demand in the
engineering sector.
 This sector has a comparative advantage in terms of
manufacturing costs, market knowledge, technology and
creativity.
 The market size of the sector is driven by multiple
factors such as macro economic situation, GDP growth,
policy support and state of user industries.
 The sector’s growth is dependent on the growth of its
user industries.

7. World Class Engineer
TECHNICALLY BROAD
GLOBALLY ENGAGED
ETHICAL
INNOVATIVE
VISIONARY LEADERS

8. “The Path to Becoming a World-Class
Engineer … begins with undergraduate
study and requires a commitment to
lifelong learning and professional
development”

9. Where We Lag?
Lack Of Technical Support
Lack of Innovative culture
in Organizations
Lack Of Commitment &
Competitive Skills
Communication Barrier

10. WHY SO??
“ In India, you become an
engineer first and then figure
what to do with your life”

11. Steps Of Improvement
Making Patent of your inventions
Connect to National and Global
Professional Societies
Connect to the Society
Connect to the Industries
Communicate and interact with other highly
recognized international leaders in
engineering.

12. Patent Your Inventions
A patent is an exclusive right granted
for an invention to the inventor.
The invention can either be a product
or a process that provides a new way of
doing something, or offers a new
technical solution a problem.
The patent owner has the right to
decide who may or may not use the
patented invention during the period of
protection of the invention.

13. Benefits Of Patent
Patents provide incentives
to the individuals.
The incentives encourage
innovation, which ensures
that the quality of human
life is enhanced.
Protection stimulates
research, results in
technological development.

14. Connect To National And Global
Professional Societies
Engineering and technology education and research
cannot flourish without effective linkages and mechanisms
for collaboration and cooperation between universities and
institutions in India and at the global levels.
Institution on its part can set up portals for curriculum
watch, knowledge watch, technology watch, new product
and innovations watch which can be developed in
partnership with the professional societies.

15. Connect To The Society
It is important that the institutions begin to focus
on the society in which they are established so as to
be partner in progress.
We need to address the major problems such as
energy efficiency, energy conservation
,environmental degradation, water quality
management, creating trained manpower in areas of
emerging and new technologies and as also
partnering with local schools to create the desired
interest in science and engineering.

17. Connect To The Industries
This is absolutely necessary to focus on
relevance.
 Industry partnership in delivering expert
lectures, conducting technology workshops,
participation in joint guidance of major
projects and for internship to the students
forms the basics of the connect to the
industries.

18.  This connect to the industries should
further result into institutions and industries
working together on new challenges of
product innovation and technology
development.

19. Interaction With International
leaders In Engineering
 This connect ensures the vital flow of
information & knowledge on latest
happenings, enhances institutions out reach
to the vast body of research and knowledge
resources and strengthens the academia
industry interface.
Engineering and technology education
and research cannot flourish without
effective linkages and mechanisms for
collaboration and cooperation between
universities and institutions in India and at
the global levels.

20. Moving Towards Research
 Sustainable development is also a pre-
requisite of world-class engineering.
 Research should be oriented towards
sustainable development and should have
an overall positive social impact.
 Engineers should also practice 'frugal
engineering' in view of the scarce resources
and to mitigate the impacts on environment

21. Most Inspiring Icons of Indian
Engineering

22. Dr. Vikram Sarabhai
(Father of Indian Space
Program)
Sorab K. Ghandhi
(Pioneer of Electrical
Engineering Education)

23. Dr. Satish Dhawan (Father of
Experimental Fluid
Dynamics in India)
Satya Nadella - Microsoft
CEO

24. Dr. A.P.J. Abdul Kalam
(Missile Man of India)
Rajagopala Chidambaram
(Eminent Condensed Matter
Physicist and Nuclear
Scientist)

25. Anil Kakodkar (Prominent
Nuclear Scientist and Mechanical
Engineer)
Elattuvalapil Sreedharan
(Metro-man of India)

26. There is no doubt that Indian engineering is not world
class. We have immense talent and lot of potential. There
are certain problems in this field but they all can be
eradicated. If we try to increase the level of commitment
and competition, remove the technological and
communication barrier and try to innovate more, then our
engineers can make wonders. Working together towards
achieving our goal will make India a “Technological
Superpower”.

27. ANY QUERIES??

28. THANK YOU!!!