With the vision to empower the students and country to become an IT-enabled powerful environment, we bring forth you “The 10 Best Information Technology Institutes in India, 2018” – which are accelerating the student’s growth by offering best-in-class IT education.

1. NOWLEDGEREVIEW
T
H
E NOWLEDGEREVIEWEducation. Innovation. Success
TM
www.theknowledgereview.com
The
10Best
Information
Technology
Institutes
in India, 2018
INDIA - December 2018

3. Ad 2

4. Editorial
he time has come to build one”, said the officials of The
TDepartment of Science and Technology (DST) about the
development of the Indian quantum computers. Quantum
computing, in its current fifth generation, has emerged as a new trend in
computing and has proven to be more proficient over conventional
computing. Observing international entities, the Australian government has
announced AUD$25 million investment and the European Commission
Support investing $1.13 billion for quantum projects. This raises the
question, where does India stand in the race of quantum computing?
Our nation is attempting to take significant steps in quantum computing
technology. DST has already funded the projects to develop the quantum
computers. The physics departments at Indian Institute of Science,
Bangalore and Harish Chandra Research Institute, Allahabad are not far
behind and have also paved their way into the theoretical aspects of
quantum computing.
Critics label the limitations on the existing systems and the R&D sector of
the country saying that the Indian quantum computers are years away and
the current systems only solve the little problems. However, various causes
fall under the advantageous category of our nation. India has been home to
names in quantum computing like Raman Research Institute (RRI), DST
etc. that are conducting innovative research in quantum communication,
quantum computing, and quantum optics. Furthermore, the Indian
government has shown massive support in quantum computing setting up
initiatives like Quantum Information Science & Technology (QuST). The
aim of these initiatives is to revolutionize future computation and
communication systems. The government has introduced these
propositions from noted academicians and experts of the quantum
technologies.
To remain ahead of the quantum computing course, our nation can set up a
roadmap comprising groups of academicians, industry representatives, and
the end users. Being a home to the broad interest groups, one group
comprising academicians and theoretical computer scientists should work
in close collaboration. To inspire the young generation, our nation can set
up a strong value of fellowships encouraging more postdoctoral and
doctoral research works. Additionally, more workshops and conferences
can be held to promote quantum computing. The benefits will roll in the
form of further drug discovery, weather predictions, logistical planning,
finance, data analysis, and space discovery.
‘‘
T R
Is India Ready
for Quantum
Computing?
Anmol Preet Singh

5. DECEMBER, 2018
Copyright © 2018 Insights Success Media and Technology Pvt. Ltd., All rights reserved. The content and images used in this magazine should not be reproduced or
transmitted in any form or by any means, electronic, mechanical, photocopying, recording or otherwise, without prior permission from Insights success. Reprint rights
remain solely with Insights Success Media and Technology Pvt. Ltd. The Knowledge Review is powered by Insights Success Media and Technology Pvt. Ltd.
Business Development Manager Akansha Garewal
Co-designer Shweta Shinde
Marketing Manager Ankush Patel
Art & Picture Editor Rahul Kavanekar
Art & Design Head Amol Kamble
Associate Designers Poonam, Shweta
Editor-in-Chief Pooja M. Bansal
Sales Executives Amit, Priyanka, Truptesh
We are also available on :
SME-SMO Executives Swati, Manoj
Circulation Manager Tanaji
Digital Marketing Manager Prashant, Rahul
Technical Specialist Vivek, Pratiksha
Technical Head Swapnil Patil
Managing Editor Ananda Kamal Das
Executive Editor Anmol Preet Singh

6. CXO Standpoint
Nurturing Humanity throughHealth and
Technical Excellence
People’s University:
10
CXO Standpoint
Shrinks can shrink
your problems –
if you let them
The In luence of Technology
in the Education Industry
(Teaching Methods)
CONTENTS
32 16 40
Big Data and Analytics
in Higher Education
Expert's opinionEducationist’s Viewpoint
(A “NAAC” accredited University)
University at a Glance

7. ARTICLES
Achieving Academic Excellence
through Dedicated Curricular and
Co-Curricular Maneuvers
KMBB College of Engineering
and Technology
14 Future Begins Here
Model Institute of
Engineering & Technology 20
Shaping the Youth of India through
Highest Quality Education
Nitte Meenakshi Institute of
Technology
26
The 5G Race is ON!
Editor’s Quill
Dynamics of Data Center
and Cloud Management
Generation Showdown
Smart Transport: A Better Future
with the Practice of Satellites
Convoy 4.0
Preparing Students for Success
in a Changing World
Vivekanandha College of
Technology for Women
42
36 22 28

8. echnology is a paperless flair that has brought salient alternations to every aspect in the
Tprevailing time. The present-day technology has extended to our daily lives so much in
every given field that it has become an important resource. As the flow of water cannot be
stopped, the same has become with the technology, today it is at the top of the pyramid and has found
out the answers to many curious questions.
Information Technology Institutes are helping in the same way by understanding technology and
sharing its information to individuals on wide-ranging scales alongside delivering students with utmost
offerings. IT is an extensive sector, which has bloomed with its impeccable services over the past
couple of years. Current available applications and software are immense, repeatedly comes up with
new versions and updates, assist students to grow and develop at a faster scale. The prompt response
and authentication that students highlight for a specific application and software have made institutes
take essential initiatives for students to learn the advancements and on-going momentum of the IT
sector.
Administrating the students on every step and providing IT-enhanced offerings, today’s institutes have
stepped their best foot forward to create a Tech-enabled world. With the vision to empower the students
and country to become an IT-enabled powerful environment, we bring forth you “The 10 Best
Information Technology Institutes in India, 2018” – which are accelerating the student’s growth by
offering best-in-class IT education.
As University at a Glance our this month’s issue highlights People’s University; grooms creative
minds which find solutions to issues which seem without a solution.
Other than that, we have highlighted KMBB College of Engineering and technology; Model
Institute of Engineering & Technology; Nitte Meenakshi Institute of Technology; and lastly
Vivekanandha College of Technology for Women.
While gaining esteemed knowledge on these institutes, do not forget articles from the industry’s
experts Importance of Psychologist in Daily Lives and Influence of Technology in Education. Also, do
check out the articles masterly crafted by our in-house editors.
So, in trying to keep this short, let us flip out the pages and read on to the top technology institutes!
Information Technology Institutes –
Empowering Students for an Advanced Tomorrow
T R

10. US: (614) 602 6986
Email: info@theknowledgereview.com
For Subscription: www.theknowledgereview.com

11. URLName of the Institution Location of the Institution
Dr. Virendra Swarup Institute
of Computer Studies
vsicskanpur.org
KMBB College Of
Engineering and Technology
kmbb.in
LNCT University lnctu.ac.in
Model Institute of
Engg. & Technology
mietjmu.in
People’s University peoplesuniversity.edu.in
Suyash Institute of
Information Technology
siitgkp.edu.in
VES Institute of Technology ves.ac.in
Srinivas University srinivasuniversity.edu.in
810, W-1 Block, Juhi,Saket Nagar,Kanpur
C Sector, Sarvadharam, Kolar Road, Bhopal,
Madhya Pradesh
Kot Bhalwal, Jammu J&K
Ayodhya Bypass Rd, Peoples Campus,
Bhanpur, Bhopal, Madhya Pradesh
Srinivas Nagar, Mukka, Surathkal,
Mangalore
Hakkabad, Gorakhpur, Uttar Pradesh
Hashu Advani Memorial Complex,
Collector’s Colony, Chembur, Mumbai
Vivekanandha College
of Engineering for Women
vcenggw.ac.in
Elayampalayam,Tiruchengode -
TK,Namakkal District,Tamilnadu
Dalleiput, Khurda, Odisha
Nitte Meenakshi Institute
of Technology
nmit.ac.in P.B.No.6429. Yelahanka, Bangalore

12. Pradesh Act (No.18 of 2011) – People’s University, Bhopal
as a state Private University and is empowered to award
degrees as specified by UGC under Section 22 of the UGC
Act 1956 through its main campus in regular mode with the
approval of statutory bodies/councils, wherever required. It
is an ISO certified NAAC accredited university.
Faculty of Engineering
People’s University School of Research & Technology
(SORT) was established in 2007. The environment of the
institute is highly conducive for building strong foundation
of knowledge personality and enhancement of creativity
through innovation & motivation. Institute has well
equipped modern laboratories, a well stocked library,
computer networks and fully wi-fi campus. The core
strength of the institute lies in its pedagogy which includes
conceptual teaching, projects, presentation and workshops.
SORT believes that teaching has to be an optimal blend of
theory and practical. The institute believes in absolute
discipline and ensures that an example is set for the student
At People’s University the Faculty grooms creative
minds to face the challenges of developing society
and its concerns by working on projects and find
solutions to issues which seem without a solution. People’s
University was conferred as India’s Best University for
promoting Research in July 2018. People’s University was
established by the Madhya Pradesh legislature through an
amendment in Madhya Pradesh Niji Vishwavidyalaya
(Sthapana Avam Sanchalan) Adhiniyam-2007 as Madhya
PEOPLE’S
UNIVERSITY
(A “NAAC” accredited University)
NURTURING HUMANITY
THROUGH HEALTH AND
TECHNICAL EXCELLENCE
10 DECEMBER | 2018

13. by the institute itself. It is ensured
that classes are held on time and
syllabus is completed. SORT also
believes in training the students to be
the corporate leaders of tomorrow
with perceptive skills, deep rooted
fundamentals and an ethical
approach. School of Research and
Technology motto is to address the
critical needs of society and foster
economic development by nurturing
collaborative and friendly learning
communities in which all stake
holders can succeed and are involved
in the continuous assessment and
improvement process. SORT values
academic excellence,
professionalism, ethics and cultural
diversity among faculty, staff and
students.
School of Research & Technology
mission is:
To produce world-class technocrats
who can take up the challenges in a
competitive and dynamic global
society.
To provide diverse curricula that will
instill in the students the imagination,
talents, creativity and skills necessary
for the varied and rapidly changing
requirements of modern life.
To perform state-of-the art research
that will improve the nation’s
strategic engineering and
environmental technologies.
To prepare all students for successful
careers based on a strong moral and
ethical foundation.
The College offers following
Bachelors Degree Programs:
SORT offers full time, four years
B.Tech Degree, Three years Diploma
& Two Year M.Tech courses in
following disciplines:
Programme Name Seats
B.Tech (Computer Science & Engineering) 60
B.Tech (Electronics & Communication) 90
B.Tech (Information Technology) 30
B.Tech (Mechanical Engineering) 90
B.Tech (Electrical Engineering) 60
B.Tech (Civil Engineering) 90
M. Tech Computer Science 18
M. Tech Cyber Security 18
M. Tech Thermal Engineering 18
M. Tech Digital Communication 18
Programme Name Seats
M. Tech Power Systems 18
M. Tech Construction Technology & Management 18
M. Tech Urban Planning 18
Diploma (Computer Science & Engineering) 60
Diploma (Electronics & Telecommunication) 60
Diploma (Mechanical Engineering) 60
Diploma (Electrical Engineering) 60
Diploma (Civil Engineering) 60
DECEMBER | 2018 11
University at a Glance

14. B. Tech. (CS/IT) in Association with IBM in Cloud Computing & Virtualization Technologies, Business Analytics &
Optimization, Open Source and Open Standards Technologies; IBM courses are run for Engineering graduates.
People’s University Constituent Institutes:
The Nine Constituent Institutes of People’s University are already recognized /approved by concerned Statutory
Bodies/Councils like MCI/DCI/INC/PCI/AICTE & MP State Paramedical Council. The degree of Ph.D. is awarded in various
subjects of the following faculties: Medicine, Dentistry, Engineering, Management, Nursing, & Pharmacy. Centre for Scientific
Research and Development inaugurated by erstwhile President of India Pratibha Patil is providing research opportunities to the
budding scholars. Eligibility and syllabus for the courses is as per the prescribed norms of respective regulatory bodies /UGC
and published ordinances of the People’s University. Ayurveda and Super Speciality Hospitals are also rendering tender care to
the society.
The Campus Facilities:
The People’s University campus is spread over 69.19 acres in Bhopal. It is credited to be Central India’s largest single-campus
University. Environment-friendly campus is home to several architecturally striking buildings where every need of staff and
students is met. Tree-lined avenues and lush lawns dotted with beautiful flowering shrubs soothe the eye and create an ideal
learning ambiance. People’s University is one of the few Indian universities, with state-of-the-art computing resources and
network across the campus. University extends and facilitates Scholarship and Financial Aid Scheme for the students taking
admission at People’s University.
The libraries in each constituent unit houses a rich collection of text and reference books, journals, magazines, audio/videos,
CD-ROMs, research reports and Digital Library etc. in all areas and branches of study in all disciplines. Book Bank facility is
provided to student for exploring their knowledge. Digital Library enables the students and staff to search the availability,
request and reserve various books and other reference material available in the libraries at the comfort of their houses. LCD
projectors, Desk Top etc are attached in classes. The University Auditoriums are centrally air-conditioned with a fully sound
proof set up and equipped with latest technology for all types of audio/video presentations. A number of small digital
auditoriums are also available for seminars, meetings, workshops etc. They have their own stadium with facilities for games like
Volleyball, Basketball, Football, Hockey and Cricket. People’s University regularly conducts Intra and Inter College
tournaments for respective games. It has fully functional department headed by Sports Officer to look after the sports activities.
The University has Independent Boys and Girls NCC Battalion. It has also fully functional NSS Unit with multiple social
causes to its credit. Central multi-facility piece of equipment in People’s University gymnasium enables several enthusiasts to
work out. It is spacious and state-of-the art gym well equipped with modern facilities. Qualified gym instructors are available to
train students. The University has Medical/Dental Hospital which provides free Medical/Dental facilities to students and
employees of University. A branch of the Central Bank of India with its ATM operates in the Campus. Postal Services are
provided by branch of Indian Postal Service, Restaurants, Snacks Corner, Beauty Saloon, Guest House, Staff Quarters, Hostels,
Standby power supply; Fire Station and Photocopy Shop are located within the Campus. T R
A Creative & Innovative Chancellor:
Honored with Rashtriya Rattan Award; Millennium 2000 Sammaan and International Gold Star
Millenium Award Shri. Suresh N. Vijaywargia Chancellor Peoples University is an avid
entrepreneur. A man with incredible business acumen; he propelled his capabilities and established
himself as a successful leading businessman in Bhopal partnering business relationships with the
most affluent business houses in India and abroad.
Shri. Suresh N. Vijaywargia formed a charitable non-profitable public trust ‘Sarvajanik Jankalyan
Parmarthik Nyas’ with the prime objective of “Nurturing Humanity through Health and
Educational Excellence”. People’s University journey began with this objective when SJPN
decided to establish educational institutes as centre for excellence.
A Determined & Resolute Vice Chancellor
Dr. Rajesh Kapur Scientist and a former Senior Adviser to Government of India has widely
traveled and has been a member of various Inter-Governmental committees with active
participantion in FAO-WHO meetings in India and abroad. He has been a member of the
Governing Council and Scientific Advisory Committees/Research Councils of DBT and CSIR
Institutions.
12 DECEMBER | 2018

16. S
ituated in Bhubaneswar,
KMBB College of
Engineering and Technology
was established in 2009 by Sambad-
Ama Odisha Charitable Trust. A
highly experienced board of
Governors professionally manages the
college. With its commitment to all-
round excellence, the college provides
high-quality academic experience to
the students. Away from the crowded
city life, the side of NH-5 at Daleiput
near Khurda in a scenic natural
environment locates the institute.
Built on a patch of 40 acres of land,
the campus has been developed to
house hostels for boys and girls,
academic staff quarters, auditorium,
and gymnasium, besides academic
and administrative buildings. The
college is approved by AICTE under
Ministry of HRD, Govt of India and
affiliated to Biju Patnaik University of
Technology (BPUT), Rourkela.
Unparalleled Educational and
Infrastructural Facilities
KMBB College provides a rich
amalgam of quality educational and
infrastructural facilities. The college
has highly qualified and committed
faculty who give their level best
towards overall development of the
students. The institute follows a
project-based pedagogy, which aims
at providing hands-on experience to
the students. It offers tailor made
courses to bridge the industry and
academia gap and to increase
employability. Additionally, it also
provides the scope of conducting real
life projects with the objective of
facilitating learning as well as making
the effort that makes it much more
enjoyable where the teacher and
students become partners in exploring
new ideas.
The college also conducts regular
visits of faculty from reputed
institutions like IITs, NITs, etc. Also,
faculties regularly visit the hostels to
offer personalized teaching sessions.
Regular seminars/symposia on current
issues are also carried out in the
institute. KMBB College has state-of-
the-art infrastructure with complete
Wi-Fi coverage of the campus. It also
has a well-stocked modern library
with digital facility and access to
collection of audio/video content. The
college offers tuition fees waiver
scheme for the students scoring more
than 8.0 CGPA.
Life beyond Studies
KMBB College conducts a variety of
extra-curricular activities for the
overall grooming and development of
the students. The college aims to
produce well-rounded technology
leaders for the future. Hence, it lays
emphasis on participation in activities
outside classroom and also provides
incentives for the same. Besides the
regular sports, games, annual day
competitions, and college festival
related activities, KMBB also offers
other options for further development
of personality and leadership ability
of the students. These include NSS,
Spic Macay, and AID. Association for
India’s Development (AID) is a USA-
based students’ organization, which
helps undertake socially constructive
development activities. AID India’s
Odisha chapter is active on KMBB
campus. It aims at creating a sense of
social commitment among students
and also gives them opportunities to
engage with the local community
The10Best
Information
Technology Institutes
IN India 2018
T R
The institute aims to become one of the best small residential integrated technology campuses in
the state with a focus on hands-on learning and strong emphasis on community development and
focused research
Achieving Academic Excellence through Dedicated Curricular and Co-Curricular Maneuvers
14 DECEMBER | 2018

17. through use of appropriate
technology. The college also conducts
many co-curricular and extra-
curricular activities like Techfest,
social outreach programs, cultural and
heritage programs, annual functions,
sports events, and so on.
About the Chairman
Soumya Ranjan Patnaik is the
Chairman of KMBB College of
Engineering and Technology. He is
the founder and editor of Oriya daily
Sambad, a renowned politician, and
also a feature film producer as well as
a successful business personality.
“KMBB College of Engineering and
Technology has been set up in
memory of my late parents to
establish a center of excellence in
technical education. While the
students will be expected to put in
hard work, academic integrity will be
the cornerstone of all teaching-
learning transactions. The institute
believes that with the involvement of
all stakeholders, students will not
only excel academically, but also
develop an integrated personality
with excellent communication skills,
that would ensure quality placement
for all” asserts Chairman.
Career Opportunities and
Exposures
The college provides a strong
platform for the career development
of the students. It offers a variety of
opportunities to students to hone their
skills and transform them into
seasoned professionals. The college
provides 100% placement support
through integrated personality
development and grooming for
employability. It has strong links with
industry both inside and outside of the
country providing further
employment assistance to the
students.
Anti-Ragging Initiatives
The college has taken various steps to
ensure that ragging is not practiced in
the campus. Ragging of students in
any form is strictly prohibited within
and outside the campus. An anti-
ragging squad is in operation under
the overall charge of the Director,
Administration, Saroj Kumar Panda.
Students are advised to bring cases of
ragging (either on the college campus
or hostel) to the notice of the Director,
Administration or the teacher
guardians or respective hostel
wardens. The college aims to make
sure that the students pursue their
education peacefully without facing
any external disturbances or
problems.T R
DECEMBER | 2018 15

18. Ms. Palak Sharma is an
Assistant Professor of
Marketing at Pune
Institute of Business
Management. She has
over 7 years of
academic experience
and 5 years of industry
experience. Specializing
in domains like sales
and distribution
management, retail
management,
entrepreneurship and
business to business
marketing; she is an
avid content creator for
Indian students and
academicians.
About the Author
Educationist's Viewpoint
16 DECEMBER | 2018

19. Shrinks
can shrink
yourproblems – if
you let them
In the society that we live in there is often a stigma
attached with the concept of visiting a
psychologist. People often hesitate in consulting a
therapist and if out of sheer necessity they do consult a
psychologist, the fact is considered as disgraceful.
What is surprising is that these same people can very
well be mildly hypochondriacs, rushing to a doctor's
clinic or hospital to ensure that nothing is wrong with
their physical health. But when it comes to mental
health, the need to visit a specialist evaporates.
While western civilizations may have overdone it with
people having multiple therapists to resolve different
problems, Indians are still struggling with the fact that a
psychological counseling is important too. We Indians
are comfortable in our understanding of mind and
continue to believe that any emotional support required
can be given by the network of friends and family.
Who needs a Psychologist?
This blatant ignorance and even avoidance of the topic
has led to worsening of problem. Recent research
suggests that mental illnesses and anxiety are major
contributors to adoption of smoking and drinking habits
among youth. Clinical depression, mood swings and
suicidal tendencies are increasing in adolescents due to
undiagnosed psychological conditions.
But unfortunately, parents are often the last ones to
realize that their child may need psychological
attention. Worse, parents often
remain in denial that something
may be wrong, at a psychological
level, with their child.
Today’s youth experiences a very
different world than the one we
experienced. Over exposure to
multi-media and social media,
sets very different standards of
lifestyle for them. Peer pressure is
not limited to the next kid in the
school but can be extended to the
‘have-it-all-super-child’ on the
social media feed of a child.
Thus, parents can often struggle
to understand the reason their
child is behaving oddly.
DECEMBER | 2018 17

20. he situation may not be critical yet, but if left on its own, it can deteriorate. Therefore, understanding the
Timportance of psychological counseling for both personal and professional issues is of essence. After all, the
reason psychologists are called ‘shrinks’ is because they can ‘shrink’ the magnitude of problems, which a
person may be facing, by lending a listening ear and by arriving at mutually agreed solutions.
How Psychologists can help in tackling problems of daily life?
We may be living in a socially connected and 24x7 awake world, but the human race has never recorded more cases
of loneliness and social awkwardness. Our young generation has grown up to learn digital communication before
learning inter-personal communication. Cyber bullying and trolling are common concerns, with which not only
children but adults also struggle. Psychological counseling can help with concerns like-
· Poor work life balance and the need to vent out
· Weak personal and social connections
· Inability to connect or open up with others
· Post traumatic stress
· Inability to cope with major life changes like moving away from home town for the first time, getting married,
becoming a parent, etc.
· Depression
· Suicidal thoughts
While some of these concerns may be quite alarming, others can remain latent for years before manifesting as a
glaring health issue. Often psychological disturbances can result in physiological problems as well. For instance,
stress and anxiety is being considered as the leading cause of metabolic syndrome and hormonal imbalances like
hyper or hypothyroidism.
Problems of educational life that can be managed by Psychological Counseling
Furthermore, there are various triggers in workplace that can disturb the mental equilibrium of a person and affect
his/her productivity as well as lifestyle. Adolescence is an age sensitive to external inputs and prone to mistakes
which can impact life and career of an individual. World’s leading educational institutions not only recognize this but
also ensure that their students have access to psychological counseling, whenever required. Students often finding it
hard to cope with the pressure of curricular and co-curricular activities can benefit from therapy.
Some students struggle with anger management and low emotional quotient, often faring poorly in inter-personal
situations. Therapy can help such students to devise personal mechanisms of coping and handling their emotions
better. Common educational concerns which psychological counseling can help manage are –
· Poor work-life balance
· Indecision and unclarity about academic choices
· Negative peer pressure
· Physical, emotional and social media bullying
· Learning disabilities like dyslexia
· Personality attributes like autism and ADD which make learning process difficult
· Gender and personal identity related issues
Despite all the ways in which a therapist can help people manage their daily lives and educational lives, there remains
a taboo attached to the idea of psychological counseling. If people can be sensitized to these ways in which a shrink
can effectively shrink their problems, the hesitance towards a psychologist visit can reduce. What is required is an
inherent acceptance of these benefits and a social inclusion of people who may need psychological support. T R
18 DECEMBER | 2018

22. Model Institute of
Engineering & Technology
Future Begins Here
Established in 1996, the Model
Institute of Engineering and
Technology (MIET) is the
first private engineering institute in the
state of J&K. It is ranked in top 100
T-Schools in the country and at 77th in
the list of private institutions and 93rd
in the combined list of Government
and private institutions by DataQuest
Magazine. MIET is also the only
NAAC A grade accredited technical
institution in the state of J&K. It is a
part of the Model Institute of
Education and Research (MIER) group
of institutions, which was established
in 1936 as the first private educational
enterprise in the State of J&K. Today,
MIER group serves the educational
needs of over thirty-five hundred
learners from the pre-school to the
post-graduation levels.
Research and Development has
received the highest attention at MIET.
Its faculty members have filed fifteen
patents at the Indian Patents and
Trademarks office. Furthermore, the
Center for Software Development has
incubated two IT products besides
developing three mobile applications.
Special initiatives of the institute such
as the Center for Research, Innovation,
and Entrepreneurship (CRIE) aim to
engage students with the right potential
in research-oriented innovative
projects for developing advanced
skills. Five projects from CRIE are on
the verge of being commercialized,
while one faculty-led startup building
advanced analytics solutions for
academia has already garnered its first
paying customers.
MIET alumni occupy high positions in
some of the most reputed organizations
in the industry including Amazon, HP,
IBM, EMC, and many more.
Additionally, the institute has tied with
University of Missouri Kansas-City
(UMKC), USA allowing its students to
pursue MS programs at UMKC under a
GRE-waiver clause with guaranteed
fifty percent tuition fee waiver.
The Tech-Savvy Director
Besides being a Professor in the
Department of Computer Science and
Engineering, Professor Ankur Gupta
is also the Director of MIET. Prior to
joining the academia, he worked at HP
as a Technical Team Lead, developing
software in the network management
and e-commerce domains.
Under his leadership, the institute has
become the first Indian institute to
deploy a cloud-based Quality Analytics
Framework called Performance Insight
360°, institutionalizing a culture of
quality and performance. The software
is made with the initiative “what
cannot be measured cannot be
improved”. Performance Insights 360°
measures tracks and benchmarks the
performance of each stakeholder on
various performance parameters.
Dr. Gupta is a recipient of the AICTE’s
Career Award for Young Teachers.
Furthermore, he is the Managing
Editor for International Journal and a
senior member of ACM, IEEE
alongside a life member of the
Computer Society of India.
Quick Glance at the Academic
Programs
The institute provides exceptional
quality education through its B.E,
MCA, and MBA programmes:
• B.E Computer Science and
Engineering
• B.E Electronics and Communication
Engineering
• B.E Information Technology
Engineering
The10Best
Information
Technology Institutes
IN India 2018
T R
The institute aims to deliver exceptional value to students, industry and the society
20 DECEMBER | 2018

23. • B.E Electrical Engineering
• B.E Civil Engineering
• Masters in Computer Applications
(MCA)
• Masters in Business Administration
(MBA)
Alumni Profile
MIET Alumni work with the top
organizations across the globe. 15% of
the alumni work overseas having
graduated from top international
schools such as Georgia Tech, UT
Dallas, Aalborg University, King’s
College, University of Edinburgh,
Central University of Missouri,
Technical University Munich,
University of Technology Sydney etc.
Awards and Recognition
Quality Council of India's D.L Shah
Platinum Award in 2016, Ricoh
Education Excellence Award for Best
Use of Technology in Student Services
2016, Startup Board Award at 8th India
Innovation Initiative, 2016, Finalist in
Startup India Summit, 2017, NITTTR
Outstanding Institution Award, 2014.
AICTE Most Promising Innovator
Award in December 2017 during
Innovation Initiative conducted jointly
by AICTE, CII and DST.
Strong Industry Connect
MIET has established linkages with top
corporates and industry giants such as
Amazon, DELL-EMC, Cisco,
Microsoft and IBM providing students
access to cutting-edge technologies and
enabling them to undertake advanced
projects in cloud computing, big data,
social networks, analytics, AI and
machine learning.
Words of Trust
“M.I.E.T is easily the best engineering
college in J&K. It gave me a lot of
opportunities to excel my knowledge
and skills in my field. The exposure
they provide is far way good for the
person who wants to achieve
something. I would like to thank all the
faculties and staff for making me a
better person”
-Shruti Dhingra (IT, 2014-18)
“The exposure that MIET provide is
far way good than any other college in
J&K. The faculties are always
available and willing to help. The
colleagues help you out in every way.
Here the potentials are harnessed,
skills are developed and confidence is
built”
-Adhirath Kesar (EE, 2014-18) T R
DECEMBER | 2018 21

24. MANAGEMENT
CLOUD
he International Data Corporation for
TEMC estimated that around 1.8
zettabytes (ZB) or around 1.8 trillion
gigabytes (GB), of digital information was
created in the year 2011. The amount of data in
2012 was approximately 2.8 ZB and is expected
to rise to 40 ZB by the year 2020. There is a
specific need for data centers to be created that
can not only store large information but which
can store it more efficiently, safely, securely and
confidentially. These data centers need to be on
the front on storing, processing, managing and
disseminating of the data. Forthcoming
technologies like Cloud are giving tough
competition to these centers.
Purpose
The terms, data center and cloud based data
centers may be confusing at times, but the only
common thing between them is that they store
the data. The main difference lies in their
physical working location. A company can have
an in-house data center or can store data in other
geographical location, whereas cloud stores
&
Dynamics
of DATA CENTER
22 DECEMBER | 2018

25. Generation Showdown
DECEMBER | 2018 23

26. information online. There is a physical need for storing electrical equipment in the centre. They also have to back up
the data which require more storage units. Cloud on the other hand is online and becomes operational just after a
quick registration.
Restraints
The cloud can offer unlimited storage but lacks certain security reasons. It can be upgraded and extended with ease.
On the other hand, in-house data centers have limited capacities. To increase it, the company has to invest in new
equipments and infrastructure; furthermore it occupies additional space and requires dedicated manpower to maintain
it. In addition to that, in-house data centres needs utmost care as they have to be cooled down to reduce the heat
generated by the equipment. This heat can cause the units to malfunction. Such incidents affect the company’s data
and costs. In terms of energy, a simple data center may need only a few kilowatts of energy, but an enterprise-scale
data center installation can demand tens of megawatts or more. Today, the green data center, are designed for
minimum environmental impact. These data centers have to be constantly monitored, which takes a great deal of time
and money but has its advantage in security.
Benefits
Cloud glistens in the eye of small businesses. It cost them less, provides affordable subscriptions and takes no time to
build. In the digital world of 2018, cloud is essential platform for several companies. A quick registration and you are
set. It takes no time to bring together its operation. The subscriptions are affordable and scalable from vendor to
vendor. The in-house data centers take times to build. It cost the company millions of dollars. One of the main
problems these centers face generally is the efficiency of equipment. The power and cooling systems often don’t
work as they are supposed to be. The solution to such complications is to maintain the accuracy via accessing a
real-time data source such as Power Usage Effectiveness (PUE) and Data Center Infrastructure Efficiency (DCiE).
Data Center Infrastructure Management (DCIM) tools address these problems and simplify the process. (DCIM)
tools are quickly becoming the solution of choice to control inefficiencies. As the saying goes “Money is Power”,
here it applies “Power is Money”.
Security
An in-house data center is more secure than the cloud based. CCTVs and security personnel provide better
management to these storage centers. Only authorized persons can access these records and therefore easy to identify
the culprit in event of data theft. As these are physical local network, the safety protocols are repeatedly updated and
help in transfer of data from one place to another, even to the third party businesses. Since the data center is a core
business asset, comprehensive security measures, like badge access and video surveillance, helps in detecting and
preventing malfeasance by employees, contractors and intruders. Cloud on the other hand, is external, remotely
controlled site which is difficult to secure. It is vulnerable to cyber, malware and virus attacks. A simple breach can
cause a whole lot of damage to data and the company. Numerous reports about such leaks have surfaced repetitively.
Verdict
Companies in need of dedicated system, space and control should opt for the in-house data centers. But to expand it,
they will need to buy more equipment, staff, and electricity. New and small business, which wants less cost and can
cope up with less control, cloud is best. According to the revenue increase rate reports, it is evident that enterprises
are transferring to the cloud on a large scale. Companies are opting for both cloud based and in-house centers,
allotting their data as per their needs. The remedy can be a hybrid solution comprising both storages. Google,
Microsoft, and Cisco have already created hybrid solutions. Cloud is sure flexile but it’s not that perfect to fully adapt
immediately. T R
24 DECEMBER | 2018

28. Nitte Meenakshi
Institute of Technology
Shaping the Youth of India through Highest Quality Education
In tertiary education, providing the
opportunities for research and
development to the students is
highly significant. The benefits of
research go way beyond just having an
impressive degree certificate. It
develops in them important abilities
like effective analytical skills, critical
thinking, and so on. Without research,
the students of today will lose the
ability to envision a better tomorrow.
An institution that concentrates on
developing research skills in its
students to yield benefits to the
common man and society at large and
to improve the living standards is Nitte
Meenakshi Institute of Technology
(NMIT).To aid the same, it has six
Centers of Excellence in the fields of
Robotics; Nano Materials & MEMS;
Small Satellites Research;
Computational Fluid Dynamics;
Design Engineering and Process
Simulation; Aerospace Engineering &
IoT; attracting young research talents
from all over the country.
Incepted in the year 2001, NMIT is
under the aegis of Nitte Education
Trust, Mangalore. It is located in a
sprawling area of 23-acre in the calm
sylvan environs of Yelahanka,
Bangalore. NMIT is one of the very
few Institutions in Karnataka that has
received permission from AICTE, New
Delhi to admit 15% students over and
above the sanctioned intake for its UG
Programs under PIO/FN quota.
Moreover, the college is the youngest
institution in the country to receive
autonomous status and also is
accredited by NAAC with ‘A’ Grade.
The Insightful Leaders of NMIT
Dr. N R Shetty Advisoris the for
NMIT and has been a key leader to
promote all academic and research
related activities. His visionary
thinking capability has accelerated the
growth rate of NMIT to the top 10
colleges in the state and secured NIRF
ranking of 100 in the country. It was
under his guidance that six multi-
disciplinary centers of excellence were
setup to promote research activities.
Another key personality is Dr. H C
Nagaraj Principal, who has been the
of NMIT since 2003. He is an excellent
leader, mentor and administrator. He is
one of the primary reasons the
institution has achieved a very high
ranking.
A Basket of Courses
NMIT offers Under-Graduate Program
of B.E. in various streams such as
Computer Science and Engineering,
Mechanical Engineering, Electronics
and Communication Engineering,
Information Science and Engineering,
Civil Engineering, Aeronautical
Engineering, and Electrical and
Electronics Engineering with a total
sanctioned intake of 960 students
annually. Its Post-Graduation programs
include M. Tech in Computer Science
and Engineering, Machine Design,
Structural Engineering, Renewable
Energy, Computer Network
Engineering, Digital Communication
and Networking, VLSI Design and
Embedded Systems,and Thermal
Power Engineering as well as Masters
in Computer Applications and Business
Administration. These programs are
approved by Visvesvaraya
Technological University (VTU),
Belagavi.
Additionally, the college offers Ph. D.
in Engineering, Sciences, and
Management, which are recognized by
Visvesvaraya Technological University
(VTU), Belagavi and University of
Mysore, Mysore.
In addition to this, NMIT has taken
various initiatives to promote
information technology among its
students. These comprise of Online
Student Monitoring Platform,Online E-
Library platform, High-Speed Internet
connectivity, Online Open-Source
Learning management systems, Online
course and certification platform, and
Computer-aided learning system to
name a few.
State of the art Infrastructure
NMIT keeps upgrading its
The10Best
Information
Technology Institutes
IN India 2018
T R
“Research is the reconnaissance party of industry, roving the unknown territories ahead
independently, yet not without purpose, seeing for the first time what all the following world
will see a few years hence.” - S. M. Kinter
26 DECEMBER | 2018

29. infrastructure depending on the
stakeholders and also according to the
academic, research, and development
requirements. The top priority of the
college is the accessibility and ease of
working or studying in the campus. All
the departments in the college are well
equipped with the latest equipments
and tools required to provide quality
technical training to students. The
campus also consists of various other
facilities like Library, ATMs, canteens,
gym, multipurpose co-operative
society, temples, food court, sewage
treatment plant for recycling of water,
medical center, sport facilities, and
much more. The entire campus is Wi-
Fi enabled.
Students’ Achievements
The students of NMIT have received
numerous awards and recognitions in
various national competitions like
Smart India Hackathon 2017 and
2018 India Smart Grid Week 2017, ,
TCS Techbytes state level in 2015, and
TCS Techbytes Tumkur Zonal winners
in 2015, 2016 & 2017 , to name a few.
The Institute has been recognized
internationally and seven of students
have completed Immersion Program in
North Dakota State University
(NDSU), Fargo, USA and one of the
students has represented India in the
th
12 Global Student Forum and World
Engineering Education Forum through
ISTE, New Delhi. Students have
developed several innovative projects,
one of which is “Design and
Development of Micro Turbo-Jet
Engine”, which was ranked first in the
state-level inter-collegiate
competition amongst 123 colleges.
This event was organized by VTU,
Belagavi. Our NCC cadets have
participated in the Republic Day
Parade of 2017 and 2018 at New Delhi.
Shaping the Students’ Future
NMIT has an active and dynamic
Training and Placement Cell whose
sustained efforts have resulted in a
large number of reputed industries
visiting NMIT for recruiting its
students. The cell also conducts
various training programs in the areas
of soft skills, analytical & problem
solving, and leadership skills. These
training programs are in collaboration
with Infosys, KPIT, UNISYS, SUBEX-
COE, WIPRO, and NIVE. NMIT has
international collaborations with
NDSU, Fargo, USA and DASSAULT
Systems, Paris.
“Words of Trust”
“Personally, I think it was a great
opportunity to do my final year project
at NDSU. We got to learn in a different
academic environment which adds a
lot to your life. The professors are
always ready to guide you and help
you with any obstacle.”-Anusha, Dept.
of Computer Science and Engineering,
NMIT.
“I was one of the candidates who got
selected for the Spring Internship
program at NDSU. I, under the
guidance of Dr. Kendall Nygard, Prof.,
Chair, Dept. of Computer Science,
worked on a Capstone project for
Microsoft. The overall experience was
overwhelming.”Akhil V, Dept. of
Computer Science and Engineering,
NMIT T R
DECEMBER | 2018 27

30. SMART
TRANSPORT
A Better Future with the Practice of Satellites
S
mart transportation systems use the
fourth industrial revolution and aim to
provide inter-connected services
relating to different modes of transport and
traffic management. These enable users to be
informed at the first hand and aid in making
safer and smarter use of transport networks.
Transportation systems rely on the information
sent between vehicles and different transport
infrastructures-railways, airports, bus stops.
With satellite technology, a lot of reliable
knowledge can be collected to form sensible
transport systems. This knowledge permits
vehicles and infrastructures to adapt to
ever-changing conditions such as; Weather
conditions; the location of vehicles; and traffic
observation. With this area of knowledge and
new technology from the IoT, transportation
systems can be revolutionized.
Employment of Satellites in Transportation
Systems
At present, the information gathered from
land-based systems is in charge of the data
sent among vehicles and transport
frameworks. Space information gathered from
satellites will make this exchange of data
quickly. Regardless of whether different
systems are separate or are inaccessible,
satellites can at present gather and get
information.
28 DECEMBER | 2018

31. Convoy 4.0
DECEMBER | 2018 29

32. The current world is acquainted with the utilization of satellite route frameworks utilized in transport however, satellite
innovation is limitlessly moving forward. This is the way it will be exercised later on.
The Future of Vehicles
Satellites are being used to follow the area and speed of a vehicle and the surroundings. This innovation is being
progressed to enhance street wellbeing and to make travel more advantageous. Space information can distinguish
unfriendly climate conditions that may influence the streets. For instance, if a circling satellite grabs information that
demonstrates a storm is going to begin, it will send a flag to an adjacent transport center point, which at that point will
send a flag to all vehicles in the influenced area. The vehicle’s satellite route framework can divert the driver on an
elective course or to an administration station. Information on the state of the vehicle can likewise be exchanged to the
driver. They will be informed on the off chance that they are low on fuel or if their wheels are not appropriate for
driving in specific conditions.
For bigger vehicles utilized for long travels, a tachometer can be introduced to alarm the driver about when to they have
to take a break. For a more productive adventure, the innovation can time rest stops for when the vehicle should be
refueled.
To reduce clog, satellites can recognize activity and send signs to vehicles to occupy their drivers. On account of a
mischance, the vehicles included will send a flag to a satellite, which will at that point alarm either the crisis
administrations or street side help within their area. This will enhance reaction time to mishaps and abbreviate venture
times.
The Future of Ships and the Use of Drones
At the point when ships need to dock, satellites will send a flag to the port. Information about the ship’s payload, speed
and area will be sent to the port so laborers can make the suitable arrangements. Contamination around a port can be
observed and controlled. On the off chance that there is excessive contamination, ports can send signs to ships
instructing them to hold up until the point that contamination has scattered before they can dock.
Automated drones will be utilized to enhance the transportation of conveyances. Satellites can recognize their area to
follow their course and guarantee they are flying through an unhampered way.
The Future of Public Transport
Space information will drastically enhance how we utilize open transport. Later on, satellites will lessen interruptions
and take into account less demanding drives. Satellite information will enhance hold up times when going by transport.
A traveler will have the capacity to send a flag to a close-by transport, which would then be able to distinguish their
area and gather them.
To decrease disturbances for workers, trains can send satellite signs when they require adjusting. In the event that there
is an issue with the train, upkeep organizations can be educated before it turns into a more concerning issue.
Correspondingly, space information is additionally being used for the support of airplanes to upgrade the wellbeing of
air travel.
Semi-smart transportation is currently available in our everyday life in the form of pollution control, and better traffic
management. Needless to say, this smart transportation is here to stay. By creating a connected ecosystem, citizens can
enjoy their journeys and smart transportation can enhance the quality in their lives. T R
30 DECEMBER | 2018

34. BIG DATA &
ANALYTICS IN
HIGHER EDUCATION
ig data is BIG!”
BThe interest in big data and learning analytics revealed
itself in the responses I received to the tweet above that I
sent earlier this year. On my way to a smart-learning
conference in China and in an attempt at humor, I hit send
on this tweet, and almost immediately, the likes and
retweets started pouring in. This exchange illustrated the
popularity of big data—and learning analytics—among my
few and newly found followers.
A quick Google search for images related to big data and
learning analytics also illustrates the currency of these
terms; the results page is a colorful myriad of infographic
after infographic. The use of big data and learning analytics
has the opportunity to transform the field of education. The
same has been said about blackboards, filmstrips, overhead
projectors, radio, television, and, yes, even computers.
Education researchers have been conducting media studies
for decades, comparing television instruction to teachers,
teachers to computers, and most recently online instruction
to face-to-face instruction. For the most part, the conclusion
has been the same: When it comes to media impact on
learning, there is no significant difference. In the ever-
evolving world of technology, it’s imperative that education
professionals stay conversant on the current trends.
There’s a lot of data out there. Forbes magazine states that
more data has been created in the past two years than in the
entire history of the human race. Virtually everything we do
in our modern society generates some form of data. We
produce data on social media and networks. Scientific
instruments collect all sorts of data. Mobile devices
ubiquitously track all information, all the time. Sensor
technologies and networks constantly measure an
assortment of data.
Data are collected through the Web through searches, game
consoles, entertainment networks, e-commerce, purchases
at department and grocery stores, bank and credit card
transactions, social networks, and yes, even colleges and
universities.
Data in Education
Student data generated through the education system can be
sorted into two broad categories: institutional data and
instructional data. Institutional data include admissions
statistics (high school class rank, admissions test scores),
instructional records (past grades, program information),
”
32 DECEMBER | 2018

35. Dr. Marcus D. Childress is dean of the School of
Education at Baker University (Kansas, USA). He
earned his Ph.D. in Instructional Design and
Technology from Virginia Tech. Dr. Childress’
research interests include instructional design,
online learning, using virtual worlds for training
and education, and the future of learning
technologies. His research has been documented
in publications such as Distance Education,
Journal of Research on Computers in Education,
International Journal of Educational
Telecommunications, EDUCAUSE Quarterly, and
Academic Leadership Journal. He is co-editor
of the AECT/Springer online major
reference work Learning, Design,
and Technology: An International
Compendium of Theory, Research,
Practice and Policy, with J. Michael
Spector and Barbara J. Lockee.
In addition to his higher
education experience, Dr.
Childress’ training involvement
includes consulting with the
Intel Corporation (senior
trainer, Intel Teach to the
Future); the People’s Bank of
China Training Center;
Virginia Modeling, Analysis
and Simulation Center; and
the United States Joint
Training Analysis and
Simulation Center. He is a
past-president (2012-2013)
of the Association for
Educational
Communications and
Technology (AECT) and has
served on the AECT
executive committee and
board of directors.
ABOUT THE AUTHOR
DECEMBER | 2018 33
CXO Standpoint

36. and accessed support services (library, help desk, counseling). Instructional data, on the other hand, consists of
information related to grading (quizzes, assignments, participation and attendance) and learning management
system and engagement (online discussions, content viewed, interaction with students and instructors, time spent
online). Both categories of student-generated data can be processed via analytics. To harness this data and
properly use it in teaching and learning, educators must understand learning analytics.
Learning analytics focuses on students and their behaviors, with the primary audience being learners and
instructors. Learning analytics support learning goals by targeting instructional, curricular, and support resources.
EDUCAUSE, a nonprofit association dedicated to advancing higher education through information technology,
defines learning analytics as “the use of data and models to predict student progress and performance, and the
ability to act on that information.”
Learning analytics has the potential to help answer the following questions:
• What assessments (quizzes, tests) in a course are the most important predictors of a student’s success?
• When is a student at risk of failing a course?
• What prerequisite courses are most critical to a student’s success in a course?
• When should a student receive tutoring or counseling?
• How many times should a student access an online course during the week?
• What are the not-to-be-missed activities in a course that predict student success or failure?
Being able to answer these questions drives me to make my bold statement: Learning analytics is a true game-
changer. Online learning and improved processing power have provided an opportunity to gather and analyze
student data like never before.
Ethical Concerns
There are, however, some ethical concerns, because using student data for learning analytics raises important
issues about student data privacy and how colleges and universities use and share that data. In addition, how a
college or university acts on these findings may come under scrutiny. What happens when learning algorithms go
awry and unintentionally steer students in the wrong direction? What about students who do not “fit” into the
algorithm? Will their academic future be jeopardized? As promising as learning analytics appears to be, it would
be smart for colleges and universities to think deeper and create policies and procedures that prioritize students’
best interests. Numerous other concerns will surely arise as we make our learning analytics journey.
Conclusion
Will learning analytics transform education or will it find itself relegated to the dusty shelf with the audience-
response systems—both underused and oversold? Time will tell. If I were a betting man, however, I would go all-
in on learning analytics because I believe it truly is a game-changer in the world of teaching and learning.
And here is one final bold prediction: The ease with which we can gather data and analytics through online
instruction and our ability to take action to support student learning may soon make online instruction superior to
face-to-face instruction, at least until we discover how to collect such data in a face-to-face instructional
environment. Alas, that is a debate for another time and place. T R
34 DECEMBER | 2018

38. 5GThe
Race
IsOn!
36 DECEMBER | 2018

39. here has been a significant development in the field of telecom generations. Looking upon these generations, a
Tsimple conclusion can be made; the GSM generation fixed the security issues with the analog, 3G sorted out the
data needs, LTE improved upon the unpleasant experiences of 3G and now the time has arrived for the fifth
generation i.e. the 5G. Intel’s general manager has described 5G as the post-smartphone area. Currently, the software are
being tested, the hardware is in works, and carriers are all ready to capture the 5G network. The year 2019 will definitely
witness the rise of 5G wireless networks alongside the phones that will be running it. The fifth generation’s higher speeds
and lower latency will create new experiences in the augmented and virtual reality, smart-cars, smart homes and for all the
machines that talk to each other.
Some Fun and Fast Facts
• The manufacturing giant Qualcomm recently unveiled its new Soc i.e. Snapdragon 855, which include the X50 5G
modem to be used in 5G-enabled smartphones. Lenovo unveiled its Z5 pro GT to be the first smartphone powered
by this monster processor. It will be the first phone with the 5G connectivity beating all the other competition in the
market
• Out of India, both the Verizon and AT&T have announced plans to launch smartphones with 5G. One Plus, LG are
also developing their own phones
• The luxury phone manufacturer Apple has put on hold its 5G phone manufacturing and is reported to launch 5G-
enabled devices in 2020
Editor’s Quill
DECEMBER | 2018 37

40. The Current State
In Hawaii, a demonstration by Verizon highlighting a 5G smartphone showed a 1Gb file
download in just 17 seconds, which will even be more faster when the commercial 5G
connectivity sets up. The non-standard specifications for 5G are the new radios, which
covers 600 and 700 Mhz bands and 50 GHz millimeter wave end of the spectrum. These
non-standard specifications apply to the 5G radios build in the base of LTE. With the LTE
base, the new radios will play nicely with the areas having zero to none 5G connectivity
and will shift to the 4G networks when needed. Earlier this June, 5G network operators fine
tuned their software using the equipment complying with the full complete standards.
The industry giants such as Qualcomm and Intel are working to incorporate 5G models in
phones, car, and home automation. These new radios are in midst of testing in order to
make sure they are interoperable with the network infrastructure and operators.
Qualcomm’s newly introduced SD 855 can give a blazing download speed of 29 Gbps.
Qualcomm has said to form partners with over twenty operators currently to roll out its
5G-enabled processors and even around eighteen device manufacturers have already
committed to using its technology.
Where does Smartphone Manufacturers Stand?
Now that the chipset makers and the network providers are all set, phone manufacturers are
also bucking up in delivering the best of 5G devices. These devices are going to be special
and a lot different from the current generation smartphones. However, the phones built
today, even when the standards of 5G are completed, will not feature the 5G capabilities.
In terms of big names, Apple has hold on to 2020 to roll out 5G devices and wait until the
wireless carriers have worked out all the early testing in 2019. OnePlus has also aligned
itself with the SD 855 processor and their next phone may feature 5G capabilities. Sprint
and LG are doing the same. However, Motorola has been a step ahead with its Moto Mods
in delivering 5G speeds. The phone manufacturer has announced 5G mods for Moto Z3
and the 5G connectivity can be attached to the back of the phone.
Beyond 5G
Users have always been dreaming to take advantage of the new generation in every
technology and now it is the time of 5G with its astonishing speed and automated features.
The consequences will take place in terms of machines talking to each other in cars, houses
seamlessly alongside reduced latency. Furthermore, 5G will be a household name in AR,
VR and will mainstream these technologies for the users.
This all seems too exciting, but there is a lot of work to do. Companies are testing the new
radios to play nicely with the government and infrastructure norms. The year 2018
witnessed a lot of development in 5G connectivity and we can estimate that the 5G will
conquer the year 2020 once it establishes itself properly in 2019. T R
38 DECEMBER | 2018

42. Since past, many years
technology has been improving
the education industry and thus
developing entire human race.
Technology has made our classrooms
digital with screens, projectors, etc.
There are advanced labs set up for
computer programming, Bloomberg
terminals for finance and equity
learning, etc. The technology was very
much essential since students learn
much more by doing (experiential
learning) than by listening or seeing.
Educational institutions are charging
technology fees or infrastructure fees
which is required to build such high-
class infrastructure for better learning.
The access to the internet and online
resources enables researchers to share
their ideas and knowledge on specific
topics which can be accessed by
anybody around the world. The
Massive Open Online Courses
(MOOC) have opened a new world of
knowledge. Top Universities and
Professors around the world are
launching their courses via MOOC
which can be accessed by anyone in
any corner of the world. We can say
this as an example of democratizing
education which is good for humanity
as a whole. There are many startups in
EduTech space which are also working
towards same.
All of this creates a huge amount of
data regarding lectures, content,
videos, etc. Students sometimes get
lost in the sea of information and need
help in analyzing and evaluating the
information and also determining the
authenticity and validity of the content.
The main challenge is the adoption of
technology is to upskilling of the
teaching staff. They need to learn new
technical skills to be relevant.
Whatever we have discussed till now
have already been implemented in
most of the developed countries, but
the developing nations are still very
far.
The fourth industrial revolution has
brought new technologies like Virtual
Reality, Augmented Reality, Internet of
Things (IoT), Machine learning,
Artificial Intelligence, Blockchain, etc.
Their technologies are going to
completely transform the world and
almost all the industries including
education industry. Experiential
learning will reach a new height with
the help of virtual reality and
augmented reality. There are many
apps already available for this.
Machine Learning will help in
personalizing the learning for
individual student and redesigning the
assessments. Artificial intelligence can
help in tracking the mental steps which
a student take to approach a problem
and modify the feedback, exercises and
explanations and intervention to
promote self-regulation, self-
monitoring, and self-explanation would
revolutionize engagement.
Algorithms can help in clustering the
students in similar groups based on
their ways of learning and evaluating
the outcome. Chatbots using Natural
Language Processing and Deep
Learning can answer common student's
queries. AI will free-up teachers and
give more time for one-on-one
interaction with the students and solve
more complicated personal or
behavioral issues or misconceptions.
Advanced Machine Learning using
Text Mining and computer vision can
also help in evaluating answer sheets
which are in the form of free-form text.
It does not mean AI will replace
teachers. The role of the teachers will
remain intact to take care of individual
learning needs for every student.
Machine Learning can predict
strengths and weakness of a student in
particular subject, his learning pace
and understanding level. By analyzing
their test scores, worksheets,
interactions and their course, helps in
creating a significantly different and
unique learning pathway which is
customized and fun-filled. There are
multiple ways of applying AI in the
education system. One of the most
widely accepted and used is Intelligent
Tutoring System (ITS) which have
given a significant impact and made
progress in past few years.
On the other side, artificial intelligence
can also analyze teacher’s data
(subject, content, methods, evaluation
criteria, etc.) and give feedback to
improve the teaching process. Teachers
can take that feedback positively and
takes necessary steps to improve.
AI can also predict the career path for
the students which is very complicated
and sensitive decision to be made.
Currently, it takes all the factors
including parent’s profession, society
preference, market trend and highest
paid jobs. But it does not take into
consideration student’s interest,
behavior, likes dislikes, aptitude, etc.
AI can take all these factors and predict
a better career path for the students.
AI and Machine Learning can have a
tremendous impact on the education
industry. It can help us find the
solutions for all the problems which
were existing in the education industry
but were getting neglected. It can
revolutionize the entire education
industry just based on past data and
harnessing that to make data-driven
and better decisions.
About the Author
Ram Manohar, a dynamic leader
& machine learning enthusiast, is
the Head of Business Analytics &
Data Science division at Pune
Institute of Business
Management. He has around
eight years of industry experience
in Business Analytics and Data
Science. He holds a Computer
Science & Engineering degree
from Cochin University of Science
and Technology and Post
Graduate Diploma in
Management (PGDM) from
Indian Institute of Management
(IIM), Udaipur. T R
40 DECEMBER | 2018

43. The Inuence Of
Technology In The
Education Industry
(teaching Methods)
Articial Intelligence (AI)
and Machine learning (ML)
Expert's Opinion
DECEMBER | 2018 41
Ram Manohar

44. Vivekanandha College of
Technology for Women
Preparing Students for Success in a Changing World
In this new era of technology, it is
mandatory for any institute to
divulge into a value-based smart
digital education for women in order to
make them a globally competitive
force. Vivekanandha College of
Technology for Women (VCTW) does
the same with an ambition to develop a
better civil society, with the women
empowerment. Being the largest
women institution in Asia, the institute
was established in the year 2009 with
the objective to extend the frontiers of
professional knowledge to rural
women students and to empower them
with the power of knowledge. Situated
in the earliest and extraordinary district
of Namakkal, Tamil Nadu, this
institution is affiliated to Anna
University, Chennai and is approved by
AICTE, New Delhi.
VCTW fabricates students into healthy
and disciplined young citizens of
character and culture with the ability to
manage risk and improve their
economic status and well-being. The
institute empowers students and
produces women engineers with self-
esteem and professionalized
technocrats. Furthermore, it has a
constant placement record of students
in CTS, TCS, Accenture, IBM, ZOHO,
Oracle etc.
Torchbearer of VCTW
VCTW is under the command of an
untiring work of a philanthropist, a
living legend, and recipient of Vidhya
Rattan, Rashtriya Rattan, Hind Rattan,
and Kongunattu Sathanaiyalar,
Professor Dr. M. Karunanithi. He
was bestowed with such greatness for
his sincere and committed work for the
successful enhancement of women and
empowerment in different educational
genres. Being the Chairman and
Secretary, his vision and mission is to
foster all the women development in
all their walks of life. He is a versatile
person and a pioneer in women
empowerment and a role model to all
the young minds. He is a man of
wisdom who paves the right path for
thousands and thousands of women
students.
Tailor-Made Facilities for the
Students
The college provides state-of-the-art
infrastructure for the proper welfare of
the women students. VCTW’s
Department of Computer Science and
Engineering has an excellent
infrastructure in terms of laboratories,
classroom, seminar hall, etc.
Laboratories are networked with
seamless Wi-Fi internet facility
connectivity with the speed of 50Mbps.
The Special Interest Group is formed
in Open Source Systems, Network, and
Security, IoT and Data Mining which
provides a wider platform for the
faculty and students to explore their
technical skills in their relevant interest
area. The membership activities in
professional bodies like CSI, ISTE,
IET, ICTACT thrives the students to
participate in various state and national
level technical events.
The college provides ICT enabled
teaching aids and advanced machinery
for better student learning as well for
research/consultancy services. It has
Anna University Chennai syllabus,
regulations and examination system for
the students. Grand auditorium with a
seating capacity of five-thousand, air-
conditioned seminar hall, adequate
sports infrastructure, IAS coaching
center, beauty parlor, typewriting,
driving and stitching classes, gym
facilities, fully furnished hostel
facilities and more, which the college
provides for the holistic development
of its students. Management provides
the free transport covering eight
districts and hundred and fifty
kilometers, facility for women students
as well.
The college operates a fleet of buses,
The10Best
Information
Technology Institutes
IN India 2018
T R
The college is committed to providing world-class infrastructure, faculty and cutting-edge
technology to empower the rural women as technocrats, scientists, and entrepreneurs of the nation
with discipline and human values
42 DECEMBER | 2018

45. vans, numbering more than two-
hundred for easy mobility of the
women students from different parts of
the districts. Vivekanandha educational
institutions additionally own
Vivekanandha Medical Care Hospital,
which is 150 bedded multi-specialty
hospitals that are mainly established
for the welfare of the women students’
studying across the entire institution.
For financially disadvantaged students,
the management offers a scholarship of
around three crores through
Ariviuthiran. Also, seventy-five to
ninety lakhs rupees every year, which
includes free transport and free hostel
accommodation. Special scholarships
are given to differently-abled students,
sports students, and underprivileged
students in terms of fee waivers.
About the Academic Programs
The college provides excellent UG and
PG programs, which includes:
· B.E. Computer Science and
Engineering
· B.E. Electronics & Communication
Engineering
· B.E. Electrical and Electronics
Engineering
· B.Tech Information Technology
· BE - Civil Engineering
· M.E. Computer Science and
Engineering
Impressive Opportunities and
World-Wide Exposure
The college provides coaching classes
for various competitive exams
including PSC, Bank examinations,
UPSC, SSC, and so on. Through
Career Guidance Cell, Higher
Education cell, Industry Institute
Interaction cell, and Placement Cell,
the students are getting necessary
exposure. In addition, students get
industrial training through PALs
program. Excellent placement record
with prolific procurement ensures that
more than ninety percent students get
placed in Tier-I companies including
HCL, Wipro, Cognizant, TCS and
more. MoU has been signed with IBM
and Australian University Ironwood for
higher education.
Words of Trust
“It is very great to be part of
Vivekanandha College of Technology
for Women. VCTW faculties are very
encouraged and friendly. The college
environment is very pleasant. Training
and Placement Cell continuously
provides assistance regarding the
placement. VCTW has made the best
efforts to provide all the facilities”
- N.Subhanisha IV-CSE-B
“Vivekanandha College of Technology
for Women has made me a better
person. It has motivated me to develop
a positive attitude towards my studies
and discover more about myself. Staffs
are very helpful and engrossed in
students’ well-being. They make sure
every class is interactive and
enthusiastic”
- R.Gokularagavi IV-CIVIL A
T R
DECEMBER | 2018 43

46. VISVESVARAYA NATIONAL
INSTITUTE OF TECHNOLOGY
The Centre of Technical Excellence
vnit.ac.in
South Ambazari Road, Nagpur, Maharashtra.