The document discusses engineering as a profession and its importance to society. It then lists and briefly describes common branches of engineering, including aerospace, agricultural, automotive, biological, biomedical, chemical, civil, computer, electrical, energy, mechanical, petroleum, and nano engineering. The document also discusses the engineering atmosphere and most common branches in India, noting India produces over 15 lakh engineering graduates annually. It provides details on engineering opportunities and top recruiting companies abroad in countries like the US, UK, Canada, Australia, Germany, and more. Finally, it lists top Indian recruiters for various engineering fields in India.

1. ENGINEERING IN INDIA VS ABROAD
_ ANANTHAKRISHNAN MR

2. Why Engineering is so important
to Society?
 Engineering is a profession in which scientific
knowledge and mathematics is used and
experimented with to develop ways that benefit
mankind, making it extremely important to society for
several reasons.
 Engineering encompasses a whole range of
industries that could include on-site, practical
construction work as well as evaluating safety
systems from an office. They use the knowledge
they have within a specific industry in order to make
things work and solve problems, whether this be
with transport, medicine, entertainment, space or the
environment. In fact, engineering is behind
everything. Mobile phones? They’re down to
engineers. Make-up? Also, down to engineers. Cars,
computers, shoes and even cutlery? It’s all down to
engineers.

3. Common Branches in Engineering
 Aerospace Engineering
 Agricultural Engineering
 Automotive Engineering
 Biological Engineering
 Biomedical Engineering
 Chemical Engineering
 Civil Engineering
 Computer Engineering
 Electrical Engineering
 Energy Engineering
 Mechanical Engineering
 Petroleum Engineering
 Nano Engineering

4. Aerospace Engineering
Aerospace engineering deals with aeronautics and astronautic
engineering, including the design and analysis of aircraft,
satellites, and spacecraft.
Agricultural Engineering
This branch of engineering deals with farm machinery and
structures, natural resources, bioenergy and farm power systems.
Sub-disciplines include food engineering, aquaculture, and
bioprocess engineering.
Automotive Engineering
Automotive engineers are involved in the design, manufacture,
and performance of cars and trucks.

5. Biological Engineering
Biological engineering is applied biology and medicine. It includes
biomedical engineering, biochemical engineering, protein
engineering, genetic engineering, and tissue engineering.
Biomedical Engineering
Biomedical engineering is an interdisciplinary specialty that applies
engineering principles to medical and biological problems and
systems. This discipline commonly deals with medical therapies,
monitoring devices, and diagnostic tools.
Chemical Engineering
Chemical engineering (CE) applies chemistry to develop new
materials and processes to convert materials into useful products.

6. Civil Engineering
Civil engineering (CE) is one of the oldest forms of engineering.
Civil engineering pertains to the discipline pertaining to the design,
construction, analysis, and maintenance of structures, both natural
and man-made, including bridge, roads, dams, and buildings. Sub-
disciplines of civil engineering may include construction
engineering, materials engineering, control engineering, structural
engineering, urban engineering, municipal engineering,
biomechanics, and surveying.
Computer Engineering
Computer engineering integrates computer science with electrical
engineering to develop and analyze circuits, microprocessors, and
computers. Computer engineers tend to focus more on hardware
while software engineers traditionally focus on programming and
software design.

7. Electrical Engineering
Electrical engineering (EE) involves the study and application of
electricity and electronics. Some consider computer engineering and
software engineering to be subdisciplines of electrical engineering.
Electronic engineering, optical engineering, power engineering,
control engineering, and telecommunications engineering are EE
specialities.
Energy Engineering
Energy engineering is a multidisciplinary engineering field that
integrates aspects of mechanical, chemical, and electrical engineering
to address alternative energy, energy efficiency, plant engineering,
environmental compliance, and related technologies.

8. Mechanical Engineering
Mechanical engineering (ME) may be considered the mother of all
engineering branches. Mechanical engineering applies physical
principles and materials science to the design, manufacture, and
analysis of mechanical systems.
Petroleum Engineering
Petroleum engineers apply scientific principles to detect, drill and
extract crude oil and natural gas. Types of petroleum engineering
includes drilling engineering, reservoir engineering, and production
engineering.
Nanoengineering
Nanoengineering is the application of engineering on the vastly
miniaturized or nanoscopic scale.

9. ATMOSPHERE WITH ENGINEERS
IN INDIA
INDIA HAS THE LARGEST NUMBERS OF ENGINEERS AS WELL
AS THE LARGEST NUMBER OF ENGINEERING EDUCATION
INSTITUTES AND INFRASTRUCTURE IN THE WORLD. AS OF
2021, INDIA ANNUALLY PRODUCES FIFTEEN
LAKH ENGINEERING GRADUATES. INDIA'S TECHNICAL
EDUCATION INFRASTRUCTURE INCLUDES 2500 ENGINEERING
COLLEGES, 1400 POLYTECHNICS AND 200 SCHOOLS OF
PLANNING AND ARCHITECTURE.[1]

10.  Of the hundred thousands engineering graduates produced every
year, less than 5% of the engineers are produced by the pan-India
national level autonomous institutes created by the acts of
parliament, such as the Indian Institutes of
Technology (IITs), National Institutes of Technology (NITs)
and Indian Institutes of Information Technology (IIITs)[citation
needed] The remaining over 90% of the engineering graduates are
produced by the private and non-autonomous state level
engineering education institutes which must obtain the approval
from the regulatory authority All India Council for Technical
Education (AICTE) to run such courses before they start admitting
students.[1]
Most common engineering branches
in Undergraduate are Computer science and
engineering, Electronics and Communication
engineering, Electrical and electronic engineering, Mechanical
engineering, Civil engineering and Chemical engineering

11. Engineering in abroad
THE decision to study abroad for an engineering education is a simple one.
Western countries normally offer a well-rounded education while
providing access to the latest innovations and research facilities.
However, given the plethora of choices today, it is becoming increasingly
difficult for Indian students to choose where to study abroad.
There are many popular destinations – the US, the UK, Singapore,
Australia, Canada, New Zealand, Germany and Japan. Also, many
schools have partnerships, which allow students more flexibility. Every
country has its own set of rules for admission but some are common
across the board.

12. Engineering Recruiters
Abroad

13. Country Top Courses Top Recruiters
US Mechanical
Electrical
Electronics
Nanotechnology
Computer Science
Software developing
Robotics Engineerings
Apple
Google
Nvidia
Intel
Qualcomm
Syskahennessy
Wsp
UK AeroSpace
Bio
Chemical
Mechanical
Civil
Automotive
Computer
Air bus
Aston Martin
BMW Corp
Bacbock
BAE Systems
Cadent
Atkins

14. Canada Archeitecture E
Sustainability E
Computer E
Bio Medical E
Mech Eanical
Civil E
Manufacturing E
Marine
Bombardier
JACOBS
Pratt and Whitney
Stantec
TRIUMF
SNC
AECOMM
Igloo Innovations
Australia Civil E
Marine E
Structural E
Mettalargical E
Materilas E
Geological Science E
CPB Contarctors
John Holland
We build
BMD
Fulton Hogan
Sun Engineering prv
BSc Marine grp

15. Germany Automotive
Computer
Mechanical
GEA grp AG
Enercon
Bleichert
Audi AG

16. Engineering
recruiters in India

17. Course Recruiters
Petroleum Engineering Natural resources international ltd.
Spencer Ogden
ONGC
HPCL
Bharath gas
Computer Science and Engineering Google
Microsoft
Wipro
Infosys
TCS
Aerospace Engineering Airbus
DRDO
ISRO
HAL
Indian Air Force

18. Chemical Engineering Bayer CropScience Ltd.
PI Industries Ltd.
Atul Ltd.
Pidilite Industries Ltd.
Tata Chemicals Ltd.
Electronics and Communication
Engineering
Siemens
Bajaj Electrical Ltd
Wipro Lighting Corporate
Microtek
Tata Electric Company
Nuclear Engineering Indira Gandhi Centre for Atomic
Research (IGCAR)
DHIO Research and Engineering Pvt.
Ltd.
The Nuclear Power Corporation of
India Limited.
Uranium Corporation of India
Nuclear Thermal Power Corporation

19. Civil Engineering Reliance Industries
Tata Consulting Engineers
Hindustan Construction Company
Ltd.
Bridge & Roof Co
Ultra Tech Cement
Electrical Engineering Bharat Heavy Electricals Limited
(BHEL)
Power Grid Corporation of India
Limited (PGCIL)
Tata Motors
Power Grid Corporation of India Ltd.
State Electricity Board

20. My Conclusion
Getting a B.Tech degree in India or
Abroad values the same as qualities
and passion for a student to become a
engineer is the most important factor.

21. A Famous Future
Engineer

24. THANK YOU