Organic Name Reactions for the students and aspirants of Chemistry12th.pptx
Challenges and Opportunities in VB Technical education- vinutha srikanth
1. Challenges
and
Opportunities in value
based
Technical Education
and AcVcirneudthiat aSrtikiaonnth
Associate Professor
Dept. of E & EE
KSSEM, Bangalore
2. Opening remark
India’s higher technical education system is
on the threshold of major institutional
reforms.
It is the right time to envision a bright future
and create the desired eco-system to develop
Technological Universities of 21st
Century in India.
1
3. Contents
Introduction
Features of Traditional Engineering
Education
Weaknesses in Today’s Engg. Graduates
Future Technological Challenges
Features of Successful Engineering
Education Programs
Conclusion
2
4. History of Technical Education
From prehistoric times, engineers have always led
humanity for a better life.
Till 1800s, engineering education was learned by
apprenticeship (emphasis on hands-on experience).
After 1800s, universities and colleges in Europe and
US, started granting formal engineering degrees.
In 1932, ABET established: The beginning of an era of
accreditation.
3
5. Features of Traditional Education System
More focused on abstract themes
Instructor centered learning
Depth in specialized fields
Very little use of computers, Multimedia,
Internet
More focused on individual efforts
4
6. Current Weaknesses in Today’s
Engg. Graduates
• Weakness in understanding manufacturing
processes
• Mostly analysts in specific areas
• Narrow view of engineering
• No understanding of quality process
• Weak communication skills
• Lack of design capabilities
• Weak teamwork & project management skills
5
7. Technical Education in India
Technical education is imparted at three
different levels in India.
Industrial training institutes (ITI), which runs
trade courses for skilled workers.
Polytechnics, that run diplomas to produce
middle level (supervisory level), technicians.
Engineering colleges and IITs, conducting
under graduate programs.
6
8. Technical Education in India
We find a glaring disparity between leading technological
institutions such as the IITs, State Technological universities
and other engineering colleges in the country.
The main difference is in respect of the very nature of
activity pursued in these institutions.
The IITs are institutions of higher learning engaged in
teaching, research and extension activities to empower the
nation with world class human resources, cutting edge R&D
and Product Innovations.
7
9. Drawbacks of the current system
Recruitment procedure for staff
Selection of the students
Curriculum
Tie up with the industry
Teachers knowledge enhancement with the
technology
Funds from the government or management
for incorporating new technologies.
8
10. Future Technological Challenges
• Engineering institutes (mainly private) are becoming
profit-making bodies. Technical education is perceived
as business opportunity.
• Diverting youth to technical education.
• Severe shortage of qualified & competent faculty
especially in IT field.
• Due to IT revolution, there is increase in capacity
of IT related branches & hence other disciplines
are being suffered.
9
11. Future Technological Challenges
• Lack of interest among graduating engineers to pursue
teaching career.
• In present scenario, quality of education needs to be
addressed urgently.
• The major challenge is quality of course. Courses
should be worldwide accepted
• Competitions from foreign universities.
• Tendency of research scholars to prefer computer
based research over experiment research.
• Quality of software and its security problem.
• Promotion of Industry-Institute Interaction.
10
12. Engineering SSkkiillllss EEsssseennttiiaall ffoorr
CCoommppeettiittiivvee GGrraadduuaatteess
• Strong technical capability
• Skills in communication and persuasion
• Ability to lead and work effectively as a
member of a team
• Understanding of the non-technical forces
that profoundly influence engineering
decisions
• Commitment to lifelong learning
• Skills in design and project management
• Multidisciplinary
11
13. Conclusion
• Educational quality control is the cornerstone
for successful engineering program
• Such quality control takes place through
accreditation
• Accreditation reflects a professional judgment
that certain students are met
12
14. I would like to thank the
Management(ISTE and Kammavari
Sangham, Organizers and Staff of
KSIT, for Providing this
opportunity for Discussion